mhurhangee/ep-ind-claims huggingface dataset:
A vehicular display system comprising: a device having a display part and adapted to be disposed in a predetermined position in a vehicle, wherein the display part is configured to display contents (80, 91) such that at least one of a display size and a display position of each of the contents (80, 91) is changed in accordance with positions of eyes of a driver sitting on a driver's seat in the vehicle with respect to a reference position in the vehicle, wherein the device is a mobile device having a mobile display part and an imaging unit for picking up an image and recognizes the positions of the driver's eyes and the reference position from the image picked up by the imaging unit, wherein the predetermined position where the mobile device is disposed is present on an opposite side of the driver with respect to a steering wheel of the vehicle, and wherein said at least one of the display size and the display position of each of the contents (80, 91) is changed on the basis of whether or not the mobile display part is obstructed from view by the steering wheel when the mobile display part is viewed from the positions of the driver's eyes, and characterized in that the vehicular display system further comprises a vehicle on-board unit fixedly mounted on the vehicle, wherein the contents (80, 91) comprise a vehicular content representing vehicular information collected by the vehicle on-board unit, and a mobile content representing mobile information produced independently by the mobile device, and wherein the at least one of the display size and the display position of each of the contents (80, 91) is changed such that the vehicular content is displayed on one of an upper side and a lower side of an obstructing line where the mobile display part is obstructed from view by the steering wheel, and the mobile content is displayed on the other of the upper side and the lower side of the obstructing line. a device having a display part and adapted to be disposed in a predetermined position in a vehicle, wherein the display part is configured to display contents (80, 91) such that at least one of a display size and a display position of each of the contents (80, 91) is changed in accordance with positions of eyes of a driver sitting on a driver's seat in the vehicle with respect to a reference position in the vehicle, wherein the device is a mobile device having a mobile display part and an imaging unit for picking up an image and recognizes the positions of the driver's eyes and the reference position from the image picked up by the imaging unit, wherein the predetermined position where the mobile device is disposed is present on an opposite side of the driver with respect to a steering wheel of the vehicle, and wherein said at least one of the display size and the display position of each of the contents (80, 91) is changed on the basis of whether or not the mobile display part is obstructed from view by the steering wheel when the mobile display part is viewed from the positions of the driver's eyes, and
A method for subscriber data management in a communications network, the method comprising the step of a data management system receiving information from signalling flows and automatically acting upon this information to modify subscriber data in a database, wherein the information concerns message delivery operations, and wherein a notification server, upon receipt of a response from a message service centre, transmits a message containing said information to the data management system.
A process for preparing a solidified or crystalline maltitol comprising the successive steps of a) Carrying out liquefaction of a starch milk, b) Carrying out saccharification of the liquefied starch milk in the presence of alpha-amylase, and beta-amylase and a debranching enzyme selected from the group of pullulanase, iso-amylase and mixtures thereof, c) Further adding maltogenic alpha-amylase and/or iso-amylase, and further adding additional alpha-amylase at about 70 to 85% spent time of total saccharification time, for obtaining a maltose containing syrup comprising at least 85% maltose based on dry matter and less than 1.5% glucose based on dry matter, optionally followed by demineralisation of maltose containing syrup, d) Molecular sieving of the maltose containing syrup to obtain a fraction comprising at least 95% maltose based on dry substance of fraction, e) Hydrogenating catalytically fraction for obtaining a liquid maltitol enriched product, f) Increasing dry substance of liquid maltitol enriched product, g) Solidifying or crystallizing the liquid enriched product for preparing a solidified or crystalline maltitol, wherein in step b) the saccharification is taking place in presence of from 1% to 4% of residual activity of total amount of alpha-amylase applied in the liquefaction. a) Carrying out liquefaction of a starch milk, b) Carrying out saccharification of the liquefied starch milk in the presence of alpha-amylase, and beta-amylase and a debranching enzyme selected from the group of pullulanase, iso-amylase and mixtures thereof, c) Further adding maltogenic alpha-amylase and/or iso-amylase, and further adding additional alpha-amylase at about 70 to 85% spent time of total saccharification time, for obtaining a maltose containing syrup comprising at least 85% maltose based on dry matter and less than 1.5% glucose based on dry matter, optionally followed by demineralisation of maltose containing syrup, d) Molecular sieving of the maltose containing syrup to obtain a fraction comprising at least 95% maltose based on dry substance of fraction, e) Hydrogenating catalytically fraction for obtaining a liquid maltitol enriched product, f) Increasing dry substance of liquid maltitol enriched product, g) Solidifying or crystallizing the liquid enriched product for preparing a solidified or crystalline maltitol,
A cell culture substrate comprising laminin-521 and E-cadherin, wherein the laminin-521 is an intact protein or a protein fragment, wherein a protein fragment contains one, two or three functional domains that possesses binding activity to another molecule or receptor.
A crimping machine, which comprises a moveable carriage that can move linearly in two directions, which is guided in a stationary carriage; where the moveable carriage moves by means of a leadscrew - nut mechanism which is actuated by a gear motor secured to the moveable carriage; the movable carriage having a tilting head coupled thereto, where pre-crimping blades and crimping blades are secured to conduct the bending of tabs disposed in perimeter edges of the part to be crimped; characterised in that: - the leadscrew of the leadscrew -nut mechanism is a non-rotating, non-moving stationary element secured by one of its ends to an upper base that is an integral part of the stationary carriage; - the nut of the leadscrew - nut mechanism has a combined rotational and translational movement with respect to the leadscrew, where the rotation of the nut pulls the moveable carriage along, moving it in one direction or the other, depending on the direction of rotation of said nut. - the leadscrew of the leadscrew -nut mechanism is a non-rotating, non-moving stationary element secured by one of its ends to an upper base that is an integral part of the stationary carriage; - the nut of the leadscrew - nut mechanism has a combined rotational and translational movement with respect to the leadscrew, where the rotation of the nut pulls the moveable carriage along, moving it in one direction or the other, depending on the direction of rotation of said nut.
A registration method, applied to a network side device in a mobile bearer system, wherein the network side device comprises a baseband unit, BBU, and an optical line terminal,OLT, connected to the BBU, and the method comprises: receiving, by the BBU, a registration request message sent by the OLT, wherein the registration request message comprises a size of a silent window required for ONU registration; determining, based on the size of the silent window required for ONU registration, whether to allow the OLT to perform the ONU registration; temporarily stopping, by the BBU based on the registration request message, allocating a bandwidth resource to user equipment device when determining to allow the OLT to perform the ONU registration; and instructing, by the BBU, the OLT to complete ONU registration. receiving, by the BBU, a registration request message sent by the OLT, wherein the registration request message comprises a size of a silent window required for ONU registration; determining, based on the size of the silent window required for ONU registration, whether to allow the OLT to perform the ONU registration; temporarily stopping, by the BBU based on the registration request message, allocating a bandwidth resource to user equipment device when determining to allow the OLT to perform the ONU registration; and instructing, by the BBU, the OLT to complete ONU registration.
A liner assembly for a gas turbine engine, the liner assembly comprising: a substrate with a substrate aperture; a coating on the substrate that extends a length of the substrate aperture wherein the coating is thicker than a thickness of the substrate, said substrate is a hot sheet with a multiple of apertures, and said coating extends a length of each of the multiple of apertures, characterised in that the coating defines a coating inner periphery at least partially within a substrate inner periphery, and the coating inner periphery is smaller than the substrate inner periphery such that the diameter of the substrate aperture along the passage forms a desired coating inner periphery smaller than the substrate inner periphery. a substrate with a substrate aperture; a coating on the substrate that extends a length of the substrate aperture wherein the coating is thicker than a thickness of the substrate, said substrate is a hot sheet with a multiple of apertures, and said coating extends a length of each of the multiple of apertures, characterised in that the coating defines a coating inner periphery at least partially within a substrate inner periphery, and the coating inner periphery is smaller than the substrate inner periphery such that the diameter of the substrate aperture along the passage forms a desired coating inner periphery smaller than the substrate inner periphery.
Rotating frame for the gantry of a computed tomography unit, which has receiving areas, to which rotating components (20, 22, 24) of the computed tomography unit can be attached, wherein the rotating frame is produced at least in part using additive manufacturing, characterised in that it has undercuts formed by means of additive manufacturing, wherein an undercut of the undercuts designed by means of additive manufacturing contributes to a receiving area of the receiving areas being encompassed at least in part from two sides by sections of the rotating frame.
Distillative process for obtaining ditrimethylolpropane from solutions comprising ditrimethylolpropane, characterized in that: (a) the solution comprising ditrimethylolpropane is separated in a first distillation unit into a first tops fraction comprising low-boiling compounds having a lower boiling point than ditrimethylolpropane and a bottoms fraction; (b) the bottoms fraction obtained after step a) is introduced into a second distillation unit having at least 5 theoretical plates, said unit being configured as a thin-film evaporator with a column attachment, and a second tops fraction comprising intermediate-boiling compounds having a lower boiling point than ditrimethylolpropane is drawn off, and a bottoms fraction is withdrawn; and (c) the bottoms fraction obtained after step b) is introduced into a third distillation unit having at least 4 theoretical plates, said unit being configured as a thin-film evaporator with a column attachment, in which ditrimethylolpropane is obtained as a third tops fraction and high boilers are removed as a bottoms fraction. (a) the solution comprising ditrimethylolpropane is separated in a first distillation unit into a first tops fraction comprising low-boiling compounds having a lower boiling point than ditrimethylolpropane and a bottoms fraction; (b) the bottoms fraction obtained after step a) is introduced into a second distillation unit having at least 5 theoretical plates, said unit being configured as a thin-film evaporator with a column attachment, and a second tops fraction comprising intermediate-boiling compounds having a lower boiling point than ditrimethylolpropane is drawn off, and a bottoms fraction is withdrawn; and (c) the bottoms fraction obtained after step b) is introduced into a third distillation unit having at least 4 theoretical plates, said unit being configured as a thin-film evaporator with a column attachment, in which ditrimethylolpropane is obtained as a third tops fraction and high boilers are removed as a bottoms fraction.
An apparatus (150; 110) for communication in a multiple-input multiple-output, MIMO, communications system, said apparatus comprising: at least one processor (190; 140) configured to determine (612; 712) performance metrics for a plurality of ranks, each rank indicative of a different number of data streams to send simultaneously via a MIMO channel, to apply (614; 714) adjustments to the performance metrics for the plurality of ranks to obtain adjusted performance metrics, the adjustments accounting for system losses, said system losses being caused by any device or unit used to process any of said data streams when transmitted or received in said MIMO communications system; and to select (616; 716) a rank to use for data transmission from among the plurality of ranks based on the adjusted performance metrics; and a memory (192; 142) coupled to the at least one processor. at least one processor (190; 140) configured to determine (612; 712) performance metrics for a plurality of ranks, each rank indicative of a different number of data streams to send simultaneously via a MIMO channel, to apply (614; 714) adjustments to the performance metrics for the plurality of ranks to obtain adjusted performance metrics, the adjustments accounting for system losses, said system losses being caused by any device or unit used to process any of said data streams when transmitted or received in said MIMO communications system; and to select (616; 716) a rank to use for data transmission from among the plurality of ranks based on the adjusted performance metrics; and a memory (192; 142) coupled to the at least one processor.
A method for preparation of a nicotine-containing particulate material for release of nicotine, the method comprising i) dissolving nicotine or a pharmaceutically acceptable salt, complex or solvate thereof in a hydrophilic solvent, and ii) entrapping the nicotine contained in the hydrophilic solvent in a microcrystalline cellulose to obtain a particulate material, wherein nicotine or the phamaceutically acceptable salt, complex or solvate thereof is retained inside the voids of the microcrystalline cellulose, and wherein the concentration of the nicotine or the pharmaceutically acceptable salt, complex or solvent thereof in the particulate material obtained is at the most about 8% w/w, and the concentration being calculated as the nicotine base. i) dissolving nicotine or a pharmaceutically acceptable salt, complex or solvate thereof in a hydrophilic solvent, and ii) entrapping the nicotine contained in the hydrophilic solvent in a microcrystalline cellulose to obtain a particulate material,
A fixed system for protection against falls from height, comprising posts (22, 23, 24, 25, 26) and a steel rope of a horizontal system positionable substantially parallel to a roof surface whereby the fixed system comprises a further steel rope of a vertical system, whereby an upper segment of the further rope is fixedly connected to one of the posts of the horizontal system, the steel rope of the horizontal system being, in the installed state of the system on a roof, fixedly situated above the roof level by means of at least two of the posts of the horizontal system (22, 23, 24, 25, 26) and the steel rope of the vertical system or horizontal system is provided with a connection assembly characterized in that the connection assembly comprises a plug provided with a mandre, a guide and a circular tubing, in which the end of one segment of the steel rope of the vertical or horizontal system (1,5) is fixed in position, as well as a plug socket for the plug, positioned in a mounting element provided with a guide with a circular tube, in which the end of the next segment of the steel rope of the vertical or horizontal system (1, 5) is in fixed position respectively.
Process for preparing polyether alcohols having alkoxysilyl groups by means of DMC catalysis, characterized in that one or more epoxy-functional alkoxysilanes are added individually or in a mixture with further epoxide compounds and optionally further comonomers, either in block form or in random distribution, onto a chain starter of the formula R 1 -H having at least one reactive hydroxyl group, where R 1 is a saturated or unsaturated, optionally branched radical, or a polyether radical of the alkoxy, arylalkoxy or alkylarylalkoxy group type, in which the carbon chain may be interrupted by oxygen atoms or corresponds to a polyetheralkoxy radical or to a singularly or multiply fused phenolic group.
method for manufacturing a resistance spot welded joint of thin steel sheets (1, 2) comprising: a main step of forming a nugget performed first, a non-welding step for cooling performed next, a first re-welding step using a first electric current performed after the non-welding step, and a second re-welding step using a second electric current performed after the first re-welding step, wherein the first electric current is lower than the second electric current, and when one cycle corresponds to 0.02 s, the non-welding step has a non-welding time (Tc) in the range of 4 to 30 cycles and a total welding time of the first and second re-welding steps (Tp = Tp1 + Tp2) is 20 cycles or less. a main step of forming a nugget performed first, a non-welding step for cooling performed next, a first re-welding step using a first electric current performed after the non-welding step, and a second re-welding step using a second electric current performed after the first re-welding step, wherein the first electric current is lower than the second electric current, and when one cycle corresponds to 0.02 s, the non-welding step has a non-welding time (Tc) in the range of 4 to 30 cycles and a total welding time of the first and second re-welding steps (Tp = Tp1 + Tp2) is 20 cycles or less.
A system (300, 2200) for locating and tracking an object (302, 304, 310, 2204), the system comprising: (a) an object (302, 304, 310), wherein the object (302, 304, 310 2204) includes a hazardous material; (b) a locating device configured to determine a location of the object (302, 304, 310, 2204); (c) a tracking system (106,306,422) configured to store tracking information associated with the object (302, 304, 310, 2204), wherein the tracking information includes at least one of an identification information, routing information, and/or boundary information for the object (302, 304, 310, 2204); characterised in that, (d) the tracking system includes a radio frequency identification (RFID) tag (320, 410, 2210) for, in response to excitation from an RFID interrogator, transmitting spectrum information of the hazardous material for matching with measurements of the spectrum of for the hazardous material from a requestor, wherein the RFID tag (320, 2210) also transmits at least one of a hazardous material database, expected hazardous material characteristics, and material safety data sheet (MSDS) routing information for the object (302, 304, 310, 2204). (a) an object (302, 304, 310), wherein the object (302, 304, 310 2204) includes a hazardous material; (b) a locating device configured to determine a location of the object (302, 304, 310, 2204); (c) a tracking system (106,306,422) configured to store tracking information associated with the object (302, 304, 310, 2204), wherein the tracking information includes at least one of an identification information, routing information, and/or boundary information for the object (302, 304, 310, 2204); characterised in that, (d) the tracking system includes a radio frequency identification (RFID) tag (320, 410, 2210) for, in response to excitation from an RFID interrogator, transmitting spectrum information of the hazardous material for matching with measurements of the spectrum of for the hazardous material from a requestor, wherein the RFID tag (320, 2210) also transmits at least one of a hazardous material database, expected hazardous material characteristics, and material safety data sheet (MSDS) routing information for the object (302, 304, 310, 2204).
A method for an engine control system for a construction machine including a lower driving structure, an upper swing structure mounted on the lower driving structure, an attachment mounted on the upper swing structure, a main hydraulic pump connected to an engine, a detection means for detecting pressure on an outlet side of the main hydraulic pump, a controller, a detection means including a pressure sensor for detecting the pilot signal pressure according to the operation of an operation lever and a pressure sensor for detecting the pilot signal pressure according to the operation of a traveling pedal, which detection means transmits a detection signal to the controller, and a pressure sensor installed on an outlet of the hydraulic pump and configured to detect pressure on an outlet side of the hydraulic pump, the method comprising: a first step of determining whether pilot signal pressure, which is detected when at least one of an operation lever and a traveling pedal for respectively operating the attachment, the swing device, and the traveling device is operated, exceeds a first set pressure; and a second step of determining whether a pressure detected by the pressure sensor installed on the outlet of the main hydraulic pump exceeds a second set pressure, wherein if the pilot signal pressure detected in the first step is lower than the first set pressure and the pressure of the main hydraulic pump detected in the second step exceeds the second set pressure, engine driving is compulsorily stopped by means of a control signal from the controller. a first step of determining whether pilot signal pressure, which is detected when at least one of an operation lever and a traveling pedal for respectively operating the attachment, the swing device, and the traveling device is operated, exceeds a first set pressure; and a second step of determining whether a pressure detected by the pressure sensor installed on the outlet of the main hydraulic pump exceeds a second set pressure, wherein if the pilot signal pressure detected in the first step is lower than the first set pressure and the pressure of the main hydraulic pump detected in the second step exceeds the second set pressure, engine driving is compulsorily stopped by means of a control signal from the controller.