mhurhangee/ep-ind-claims huggingface dataset:
A method performed in a system for mobile communications, the system comprising: a mobile station; a lookup table; at least one access network controller; a core network portion of a licensed mobile communications network; the method being for establishing communication between the mobile station and the core network portion via an unlicensed-radio communications network and characterized in comprising the following steps: the mobile station sending to the lookup table, via an access point adapted to communicate with the mobile station via an unlicensed-radio interface, information indicative of a location area identity of the last cell the mobile station is roaming from or has been in contact with, the lookup table receiving said information and sending to the mobile station an address of one of the at least one access network controllers, said access network controller being associated with said location area identity, the mobile station receiving said address and establishing a connection with said access network controller via the access point to enable communication between said mobile station and said core network portion. a mobile station; a lookup table; at least one access network controller; a core network portion of a licensed mobile communications network; the method being for establishing communication between the mobile station and the core network portion via an unlicensed-radio communications network and characterized in comprising the following steps: the mobile station sending to the lookup table, via an access point adapted to communicate with the mobile station via an unlicensed-radio interface, information indicative of a location area identity of the last cell the mobile station is roaming from or has been in contact with, the lookup table receiving said information and sending to the mobile station an address of one of the at least one access network controllers, said access network controller being associated with said location area identity, the mobile station receiving said address and establishing a connection with said access network controller via the access point to enable communication between said mobile station and said core network portion. the mobile station sending to the lookup table, via an access point adapted to communicate with the mobile station via an unlicensed-radio interface, information indicative of a location area identity of the last cell the mobile station is roaming from or has been in contact with, the lookup table receiving said information and sending to the mobile station an address of one of the at least one access network controllers, said access network controller being associated with said location area identity, the mobile station receiving said address and establishing a connection with said access network controller via the access point to enable communication between said mobile station and said core network portion.
A method of reporting link quality for radio blocks performed in a mobile terminal, wherein a radio block is configured by selecting timeslots from different TDMA frames, said timeslots having the same timeslot number in said TDMA frames, and wherein each radio block uses a single modulation scheme among a plurality of modulation schemes, the method comprising: determining a link quality parameter for each modulation scheme and each timeslot assigned to the mobile terminal; determining the number of times each modulation scheme is used in each of the assigned timeslots over a reporting period; selecting at least one modulation scheme; and reporting link quality information for said selected modulation scheme to a network, wherein, selecting comprises: selecting the most used modulation scheme and if there are several mostly used modulation schemes, selecting one modulation scheme among said mostly used modulations schemes based on its modulation order or its error rate. determining a link quality parameter for each modulation scheme and each timeslot assigned to the mobile terminal; determining the number of times each modulation scheme is used in each of the assigned timeslots over a reporting period; selecting at least one modulation scheme; and reporting link quality information for said selected modulation scheme to a network, wherein, selecting comprises: selecting the most used modulation scheme and if there are several mostly used modulation schemes, selecting one modulation scheme among said mostly used modulations schemes based on its modulation order or its error rate.
An earphone comprising: a vibration conductor adapted to conduct vibration to a contact part of the ear cartilage; and a vibration source for the vibration conductor, characterized in that the vibration conductor has a spherical shape. a vibration conductor adapted to conduct vibration to a contact part of the ear cartilage; and a vibration source for the vibration conductor, characterized in that the vibration conductor has a spherical shape.
System with a mobile telephone (20, 20') and a communication unit for receiving and displaying information on a display unit in the form of a television screen or a computer monitor, having an identification element and a communication element, wherein the identification element includes a data set that serves to identify the communication unit in a communication network, the communication unit has a first characteristic addressing, a communication link (60, 60') can be established between the communication network and the communication unit via the communication element, the communication unit is connectable to a display unit in the form of the television screen or the computer monitor, wherein the first characteristic addressing of the communication unit matches a second characteristic addressing of the mobile telephone (20, 20'), and the communication unit, receives information sent to the mobile telephone (20, 20'), and consequently, the information sent to the mobile telephone (20, 20') is also transferred to the communication unit and the mobile telephone (20, 20') in parallel, and the information can be displayed via the display unit in the form of the television screen or the computer monitor, wherein the communication unit comprises a first interface for data transfer connection, which is used for communicating data with the mobile telephone (20, 20'), wherein an exchange of intelligence or the information takes place between the communication unit and the mobile telephone (20, 20') via data communication for the purpose of comparison, and any information that has been read or received previously is furnished with a corresponding indicator.
Apparatus for processing information, configured to request the recording of user data by an information-recording apparatus for recording into an information-recording medium, having a plurality of recording layers (0, 1), each of the layers having a data area for recording the user data, a first one of the recording layers configured to act as a reference for determining the physical position of said data area in each of said recording layers, the data areas providing logical addresses with continuity from the first to the second data area for recording the user data, the apparatus comprising: designating means configured to modify the data area from an initial-data area preset for the information-recording medium, by setting the data area on the second recording layer over the same radial extent as the data area on the first recording layer, so as to divide an overall data area to be used for recording the user data between the first recording layer and the second recording layer, the designating means being configured to designate to said information-recording apparatus the data area for said first recording layer within the extent of the initial-data area preset for said information-recording medium, such that the data area to be used for the recording of the user data is allocated to said first recording layer and to said second recording layer.
Cartridge for testing a biological sample, the cartridge being at least substantially flat and card-like and comprising a receiving cavity with a connection for receiving the sample and a closure element for fluidically closing the connection, the cartridge comprising a packaging enclosing the cartridge in the delivery state, characterised in that the packaging comprises a support apparatus for supporting the cartridge, the support apparatus being formed by raised portions and/or reinforcements in order to support the cartridge on its lower face, and/or a mounting apparatus for mounting the cartridge in a form-fit, interlocking, clamping and/or latching manner, and/or a lower part comprising a peripheral edge for receiving and mounting the cartridge, and a removable or pull-off lid for closing the lower part, wherein the connection is arranged on a flat side of the cartridge that, in the packaging, is oriented upwards and/or towards a lid of the packaging such that, when the packaging is open, the cartridge can be filled in the packaging and the connection can be closed in the packaging. a support apparatus for supporting the cartridge, the support apparatus being formed by raised portions and/or reinforcements in order to support the cartridge on its lower face, and/or a mounting apparatus for mounting the cartridge in a form-fit, interlocking, clamping and/or latching manner, and/or a lower part comprising a peripheral edge for receiving and mounting the cartridge, and a removable or pull-off lid for closing the lower part,
A control apparatus to control a moving object, the moving object having an autonomous movement function, the control apparatus comprising: a control section adapted to control a movement of the moving object based on a completion level of a map (420, 520), the map (420, 520) including a plurality of regions and indicating information on whether or not the moving object is permitted to enter each of the plurality of regions, wherein the completion level of the map (420, 520) is defined as a ratio of regions, among the plurality of regions, in which creating or updating the information is ended, relative to a whole of the plurality of regions. a control section adapted to control a movement of the moving object based on a completion level of a map (420, 520), the map (420, 520) including a plurality of regions and indicating information on whether or not the moving object is permitted to enter each of the plurality of regions, wherein the completion level of the map (420, 520) is defined as a ratio of regions, among the plurality of regions, in which creating or updating the information is ended, relative to a whole of the plurality of regions.
Supply device for supplying a postal sorting conveyor with postal mail items, said supply device comprising an unstacking head which is designed to put the postal mail items on edge in series on the sorting conveyor, an unstacking plate which extends upstream of the unstacking head and is designed to unstack the postal mail items one by one toward the unstacking head, and a conveyor for supplying postal mail items which is designed to convey the postal mail items on edge in a stack and flat against the unstacking plate, characterized in that the unstacking plate extends only across the width of the supply conveyor between a first plate end and a second plate end opposite the first plate end, said unstacking plate comprising a fixed portion which extends longitudinally on the supply conveyor from the unstacking head to form the first plate end, said fixed portion being designed to move the postal mail items one by one toward the unstacking head, said unstacking plate also comprising a mobile portion which extends the fixed portion longitudinally on the supply conveyor to form the second plate end, said mobile portion being designed to be passive in moving postal mail items toward the unstacking head, and in that said mobile portion is pivotally mounted from the fixed portion between a first position in which the fixed portion and the mobile portion are aligned and a second position in which the fixed portion and the mobile portion are angularly offset.
A method of controlling a polymerization reaction in a polymerization reactor system, the method comprising: (i) introducing a transition metal-based catalyst composition, an olefin monomer, and optionally an olefin comonomer into a polymerization reactor within the polymerization reactor system; (ii) contacting the transition metal-based catalyst composition with the olefin monomer and the optional olefin comonomer under polymerization conditions to produce an olefin polymer; and (iii) introducing a synergistic amount of hydrogen and an organozinc compound into the polymerization reactor system to reduce a weight-average molecular weight (Mw) and/or to increase a melt index of the olefin polymer; wherein the synergistic amount of hydrogen and the organozinc compound comprises a hydrogen:organozinc compound molar ratio in a range from 100:1 to 25,000:1 and wherein hydrogen is added to the polymerization reactor system at a hydrogen:olefin monomer molar ratio in a range from 0.01:1 to 0.2:1. (i) introducing a transition metal-based catalyst composition, an olefin monomer, and optionally an olefin comonomer into a polymerization reactor within the polymerization reactor system; (ii) contacting the transition metal-based catalyst composition with the olefin monomer and the optional olefin comonomer under polymerization conditions to produce an olefin polymer; and (iii) introducing a synergistic amount of hydrogen and an organozinc compound into the polymerization reactor system to reduce a weight-average molecular weight (Mw) and/or to increase a melt index of the olefin polymer;
An engine mount assembly (36; 74) of a gas turbine engine, comprising: a pylon; an intermediate case of a gas turbine engine; a forward mount platform connected to the pylon and disposed adjacent the intermediate case; a whiffletree assembly connected to the forward mount platform through a first balljoint; and a first A-arm connected to a first side of the intermediate case and a second A-arm connected to a second opposing side of the intermediate case, wherein the first and second A-arms (62A, 62B) are mounted to the forward mount platform and mounted to opposing ends of the whiffletree, and wherein the first and second A-arms (62A, 62B) react a thrust load at the intermediate case substantially parallel to a centerline axis of the gas turbine engine. a pylon; an intermediate case of a gas turbine engine; a forward mount platform connected to the pylon and disposed adjacent the intermediate case; a whiffletree assembly connected to the forward mount platform through a first balljoint; and a first A-arm connected to a first side of the intermediate case and a second A-arm connected to a second opposing side of the intermediate case, wherein the first and second A-arms (62A, 62B) are mounted to the forward mount platform and mounted to opposing ends of the whiffletree, and wherein the first and second A-arms (62A, 62B) react a thrust load at the intermediate case substantially parallel to a centerline axis of the gas turbine engine.
A method for providing calendar services in a Universal Plug and Play, UPnP, home network by a Telephony Server, TS comprising a calendar services module, characterized in that the method comprises: registering at least one Telephony Control Point, TelCP (102A-N), which are connected to the TS via the UPnP home network, for delivering triggered notification of a calendar event set in a UPnP calendar; determining whether the calendar event meets predetermined conditions; determining whether the registered at least one TelCP (102A-N) is outside the UPnP home network when the calendar event meets the predetermined conditions; triggering a notification, indicating that the calendar event meets the predetermined conditions, to the registered at least one TelCP (102A-N); and delivering the triggered notification to a wireless network device (106A-N) associated with one of the registered at least one TelCPs (120A-N) via a wireless area network when a user of the registered at least one TelCP is outside the UPnP home network. registering at least one Telephony Control Point, TelCP (102A-N), which are connected to the TS via the UPnP home network, for delivering triggered notification of a calendar event set in a UPnP calendar; determining whether the calendar event meets predetermined conditions; determining whether the registered at least one TelCP (102A-N) is outside the UPnP home network when the calendar event meets the predetermined conditions; triggering a notification, indicating that the calendar event meets the predetermined conditions, to the registered at least one TelCP (102A-N); and delivering the triggered notification to a wireless network device (106A-N) associated with one of the registered at least one TelCPs (120A-N) via a wireless area network when a user of the registered at least one TelCP is outside the UPnP home network.
Device for vaporizing oxalic acid comprising: a container configured for receiving oxalic acid to be vaporized, heating means configured for heating the container and keeping its temperature at a pre-established value, a tank configured to be filled with oxalic acid in powder, a dispenser connected to the container and to the tank, comprising a dosing device which connects the tank to the container, characterised in that said dosing device comprising at least one recess (A, B), configured for receiving from the tank a dose of oxalic acid in powder and afterwards pour it in the container, wherein it further comprises vibrating means of the device configured to create a vibration to enable the passage of the powder of oxalic acid from the recess (A, B) of the dosing device to the container.
A method of preparing an active immunoconjugate, wherein said immunoconjugate is composed of two polypeptide chains joined by a disulfide bond, and wherein the immunoconjugate is the Moxetumomab pasudotox immunotoxin comprising the VH-PE38 subunit of SEQ ID NO: 1 and the VL subunit of SEQ ID NO:2, the method comprising refolding said immunoconjugate in a fed-batch refolding process and purifying the refolded immunoconjugate on one or more chromatography columns.
An organic light emitting display device, comprising: a device substrate including at least a pixel region comprising a plurality of pixels; an encapsulation substrate arranged to overlap with at least one region of the device substrate including the pixel region; a sealing agent arranged between the device substrate and the encapsulation substrate to seal a sealing region between the device substrate and the encapsulation substrate; at least one wire formed on the device substrate arranged to cross a first edge of the encapsulation substrate so that a first end of the or each wire is arranged inside the sealing region and a second end of the or each wire is arranged outside of the sealing region; a first protective layer formed of at least one inorganic layer on the or each wire; and a second protective layer formed of at least one organic layer on a portion of the first protective layer, wherein the second protective layer is arranged to be adjacent to or at least partially overlap with the first edge of the encapsulation substrate and to be outside of the sealing region and outside of the sealing agent; wherein the second protective layer is formed with a laminated structure of at least two organic insulators, wherein at least one of the organic insulators in the second protective layer is formed in a region that crosses the at least one wire but the at least one of the organic insulators does not overlap the at least one wire. a device substrate including at least a pixel region comprising a plurality of pixels; an encapsulation substrate arranged to overlap with at least one region of the device substrate including the pixel region; a sealing agent arranged between the device substrate and the encapsulation substrate to seal a sealing region between the device substrate and the encapsulation substrate; at least one wire formed on the device substrate arranged to cross a first edge of the encapsulation substrate so that a first end of the or each wire is arranged inside the sealing region and a second end of the or each wire is arranged outside of the sealing region; a first protective layer formed of at least one inorganic layer on the or each wire; and a second protective layer formed of at least one organic layer on a portion of the first protective layer, wherein the second protective layer is arranged to be adjacent to or at least partially overlap with the first edge of the encapsulation substrate and to be outside of the sealing region and outside of the sealing agent; wherein the second protective layer is formed with a laminated structure of at least two organic insulators, wherein at least one of the organic insulators in the second protective layer is formed in a region that crosses the at least one wire but the at least one of the organic insulators does not overlap the at least one wire.
An implantation catheter for implanting a vascular implant into a vessel of a human or animal, comprising a catheter shaft having a proximal end and a distal end, a vascular implant carried by the catheter shaft, and a pressure sensor (29; 30) for sensing a vascular pressure at the distal end, wherein the implantation catheter comprises an inflatable balloon arranged circumferentially around an outside of the catheter shaft in a distal end section of the catheter shaft, characterized in that a distal end of the balloon flushes with the distal end of the catheter shaft.
A method of manufacturing a package thin film, comprising the steps of: S1: performing pretreatment to a substrate, thereby a surface of the substrate being provided with positive charges or negative charges; S2: immersing the pretreated substrate in a nano material solution with contrary charges with respect to those in the step S1 or in a solution of a polycation organic material provided the pretreated substrate carries negative charges; S3: taking out and drying the substrate to form a nano material layer or a polycation organic material layer attached on the substrate; S4: immersing the substrate with the nano material layer or the polycation organic material layer in a moisture absorbent solution with charges contrary to the nano material solution or to the polycation organic material solution; S5: taking out and drying the substrate again to form a moisture absorption layer attached on the nano material layer or the polycation organic material layer; S6: immersing the substrate in a sealant solution; S7: taking out the substrate again so as to cure the sealant adhered to the nano material layer or the polycation organic material layer and the moisture absorption layer to form a sealing layer; and S8: stripping the sealing layer from the substrate. S1: performing pretreatment to a substrate, thereby a surface of the substrate being provided with positive charges or negative charges; S2: immersing the pretreated substrate in a nano material solution with contrary charges with respect to those in the step S1 or in a solution of a polycation organic material provided the pretreated substrate carries negative charges; S3: taking out and drying the substrate to form a nano material layer or a polycation organic material layer attached on the substrate; S4: immersing the substrate with the nano material layer or the polycation organic material layer in a moisture absorbent solution with charges contrary to the nano material solution or to the polycation organic material solution; S5: taking out and drying the substrate again to form a moisture absorption layer attached on the nano material layer or the polycation organic material layer; S6: immersing the substrate in a sealant solution; S7: taking out the substrate again so as to cure the sealant adhered to the nano material layer or the polycation organic material layer and the moisture absorption layer to form a sealing layer; and S8: stripping the sealing layer from the substrate.