mhurhangee/ep-ind-claims huggingface dataset:
A method for providing subscription data from a data providing unit (60; 40') to a mobile station for communication via a mobile communications system (10; 10') implemented according to the GSM standard, wherein the method comprises the following steps in the data providing unit (60; 40'): receiving a request from the mobile station to start a challenge-response authentication procedure implemented in the mobile communications system (10; 10'), wherein the request contains a mode indicator data element; creating a challenge containing subscription data, wherein the format of the challenge complies with the challenge-response authentication procedure implemented in the mobile communications system (10; 10'); and transmitting the challenge carrying subscription data to the mobile station, the method characterised in that the subscription data carried by the challenge allows the mobile station to authenticate itself with respect to the mobile communications system (10; 10') using the GSM challenge-response authentication procedure and comprises an IMSI number and/ or an authentication key Ki. receiving a request from the mobile station to start a challenge-response authentication procedure implemented in the mobile communications system (10; 10'), wherein the request contains a mode indicator data element; creating a challenge containing subscription data, wherein the format of the challenge complies with the challenge-response authentication procedure implemented in the mobile communications system (10; 10'); and transmitting the challenge carrying subscription data to the mobile station, the method characterised in that the subscription data carried by the challenge allows the mobile station to authenticate itself with respect to the mobile communications system (10; 10') using the GSM challenge-response authentication procedure and comprises an IMSI number and/ or an authentication key Ki.
A method for providing satellite communications coverage for a geographical area comprising: operating a plurality of gateways including a first gateway and a second gateway; wherein the first gateway is configured to utilize at least one first spot beam transmitted by a satellite, the at least one first spot beam being associated with at least one first coverage area within the geographic area, to provide relayed satellite communications to a plurality of first subscriber terminals located in the at least one first coverage area; wherein the second gateway is configured to utilize at least one second spot beam transmitted by the satellite, the at least one second spot beam being associated with at least one second coverage area within the geographic area, to provide relayed satellite communications to a plurality of second subscriber terminals located in the at least one second coverage area; and upon a failure condition associated with the at least one first spot beam, expanding the at least one second coverage area to include a portion of the at least one first coverage area, to provide relayed satellite communications to at least some of the first subscriber terminals utilizing the at least one second spot beam and without utilizing the at least one first spot beam. operating a plurality of gateways including a first gateway and a second gateway; wherein the first gateway is configured to utilize at least one first spot beam transmitted by a satellite, the at least one first spot beam being associated with at least one first coverage area within the geographic area, to provide relayed satellite communications to a plurality of first subscriber terminals located in the at least one first coverage area; wherein the second gateway is configured to utilize at least one second spot beam transmitted by the satellite, the at least one second spot beam being associated with at least one second coverage area within the geographic area, to provide relayed satellite communications to a plurality of second subscriber terminals located in the at least one second coverage area; and upon a failure condition associated with the at least one first spot beam, expanding the at least one second coverage area to include a portion of the at least one first coverage area, to provide relayed satellite communications to at least some of the first subscriber terminals utilizing the at least one second spot beam and without utilizing the at least one first spot beam.
A strip to be wound on an outer circumferential surface of a core body in a circumferential direction to form an inner liner having a shape close to a finished sectional shape of a tire, said strip being formed of one of a single layer including a first layer arranged in a tire innermost layer and composite layers of the first layer and a second layer disposed adjacently to a carcass ply and made of a thermoplastic elastomer composition, wherein the single layer or first layer of the composite layer, respectively, includes 60 to 95 mass % of the butyl rubber or natural rubber and/or 1 to 50 parts by mass of the polymer component of a tackifier selected from the group consisting of C9 petroleum resins, C5 petroleum resins, terpene resins, aromatic modified terpene resins, terpene phenol resins, cumarone resins, rosin esters, hydrogenated rosin resins and alkylphenol resins said first layer being a thermoplastic elastomer composition containing a styrene-isobutylene-styrene block copolymer and at least one kind of a tackifier, a butyl-based rubber and a natural rubber, and said strip having a strip main body having a thickness of 0.02 mm to 1.0 mm and ear portions formed on opposite sides of the strip main body, the ear portions having a thickness smaller than said thickness and a width of 0.5 mm to 5.0 mm.
A data transmission method comprising: classifying, by using a transmission time interval, TTI, as a classification basis, TTIs on a carrier in a cell into a time division multiplexing, TDM, TTI and a code division multiplexing, CDM, TTI; and sending, to a user equipment, UE, control information carrying the classified result for instructing the UE to send uplink data in the TDM TTI or the CDM TTI according to the classified result and a data scheduling type of the UE wherein the classified result is characterized by: a common process number that is used to identify each TTI obtained by means of the classification, and a bit that is in a one-to-one correspondence with each common process number, wherein different bits are respectively used to identify the TDM TTI and the CDM TTI that are obtained by means of the classification. classifying, by using a transmission time interval, TTI, as a classification basis, TTIs on a carrier in a cell into a time division multiplexing, TDM, TTI and a code division multiplexing, CDM, TTI; and sending, to a user equipment, UE, control information carrying the classified result for instructing the UE to send uplink data in the TDM TTI or the CDM TTI according to the classified result and a data scheduling type of the UE wherein the classified result is characterized by: a common process number that is used to identify each TTI obtained by means of the classification, and a bit that is in a one-to-one correspondence with each common process number, wherein different bits are respectively used to identify the TDM TTI and the CDM TTI that are obtained by means of the classification.
A cleaning head for a mop comprising: a fixing portion adapted to fix the cleaning head on a mop handle, a base mounted at the lower end of the fixing portion via a hinge, at least two wings (70a, 70b) extending from opposite side edges of the base, each wing (70a, 70b) being pivotable with respect to the base between a rest position, in which it extends substantially in the extension of the base, and a raised position, so that the cleaning head can to be maneuvered between - a substantially rectilinear working position in which the wings (70a, 70b) are in their rest positions, and - a substantially U-shaped folding position in which the wings (70a, 70b) are in their raised positions, characterized in that said cleaning head comprises an immobilizer configured to block at least a degree of freedom of the base with respect to the fixing portion when the base is not bearing against a working surface. a fixing portion adapted to fix the cleaning head on a mop handle, a base mounted at the lower end of the fixing portion via a hinge, at least two wings (70a, 70b) extending from opposite side edges of the base, each wing (70a, 70b) being pivotable with respect to the base between a rest position, in which it extends substantially in the extension of the base, and a raised position, so that the cleaning head can to be maneuvered between - a substantially rectilinear working position in which the wings (70a, 70b) are in their rest positions, and - a substantially U-shaped folding position in which the wings (70a, 70b) are in their raised positions, characterized in that said cleaning head comprises - a substantially rectilinear working position in which the wings (70a, 70b) are in their rest positions, and - a substantially U-shaped folding position in which the wings (70a, 70b) are in their raised positions, characterized in that said cleaning head comprises an immobilizer configured to block at least a degree of freedom of the base with respect to the fixing portion when the base is not bearing against a working surface.
A method for welding a sphere onto a metal sheet having the following steps: • providing a sphere, • providing a first electrode, • providing a second electrode, • providing a metal sheet, • picking up the sphere by the first electrode and orienting the sphere with respect to the metal sheet, • pressing the metal sheet and the sphere together, wherein the sphere is pressed against the metal sheet by the first electrode and the metal sheet is pressed against the sphere by the second electrode, • welding the sphere and the metal sheet by generating a welding current between the two electrodes (1, 15) characterised in that the sphere is picked up by a suctioning of the sphere by means of a suction device which is associated with the first electrode, wherein • provided in an end face of the first electrode is a recess, into which the sphere is suctioned so that a side of the sphere which is to be welded protrudes out of the recess, and • the sphere rests on a contact circle of an inner side of the recess along a small circle, and the welding current is generated by discharging a capacitor, the welding current being generated for less than 1 second, especially for less than 60 ms, especially for less than 10 ms. • providing a sphere, • providing a first electrode, • providing a second electrode, • providing a metal sheet, • picking up the sphere by the first electrode and orienting the sphere with respect to the metal sheet, • pressing the metal sheet and the sphere together, wherein the sphere is pressed against the metal sheet by the first electrode and the metal sheet is pressed against the sphere by the second electrode, • welding the sphere and the metal sheet by generating a welding current between the two electrodes (1, 15) • provided in an end face of the first electrode is a recess, into which the sphere is suctioned so that a side of the sphere which is to be welded protrudes out of the recess, and • the sphere rests on a contact circle of an inner side of the recess along a small circle, and
A drive belt for a continuously variable transmission with at least one endless carrier and with a number of transverse members, which transverse members comprise a base part and two pillar parts that are respectively provided on a respective side of the base part thereof and that define an opening of the transverse members there between, and which transverse members are arranged in a row along the circumference of the endless carrier that is located between the pillar parts thereof, at least a first of the two pillar parts comprising a first hook part that at least partly extends over the endless carrier in the axial direction, whereby the endless carrier is located between such first hook part and the base part, with at least two types (I, II) of the transverse members (1-a, 1-b) being included in the drive belt, whereof the said first of the two pillar parts that comprises the first hook part is located on respectively opposite sides of the endless carrier, while an axial extent A13 of the first hook part relative to a side of the opening defined by the first of the two pillar parts satisfies the requirements that: A 5 − A 8 * R 8 / R 5 > A 13 > A 5 − A 8 wherein: - A5 represents the axial dimension of the opening between the two pillar parts; - A8 represents the axial dimension of the endless carrier; - R8 represents the radial dimension of the endless carrier; and - R5 represents the radial dimension of the opening between the first hook part base part of the transverse member, characterised in that a second of the two pillar parts comprises a second hook part that extends over the endless carrier to a lesser extent as compared to the said first of the two pillar parts and in that an axial extent A14 of this second hook part relative to a side of the opening defined by the second of the two pillar parts satisfies the requirement that: A 14 < 0.5 A 5 − A 8. - A5 represents the axial dimension of the opening between the two pillar parts; - A8 represents the axial dimension of the endless carrier; - R8 represents the radial dimension of the endless carrier; and - R5 represents the radial dimension of the opening between the first hook part base part of the transverse member,
Attachment device of a setting system for a watchmaking or jewellery item comprising: a setting support; a vertical helical-developing spring extending axially between the setting support and the item so that the setting support can be made to oscillate; characterised in that the attachment system comprises a distal attachment member arranged to receive, by driving in, a distal extremity of the spring in order to attach the spring to the item; a distal axial groove effected in a distal extremity of the spring and extending axially, the distal axial groove allowing the radial absorption of at least a part of the driving in effort of the distal extremity on the distal attachment member; a distal radial groove effected in the distal extremity of the spring and extending in a peripheral manner; and a distal catch secured to the distal attachment member, the distal catch being arranged to allow the driving in of the distal extremity on the distal attachment member and to cooperate with the distal radial groove when the distal extremity is driven in the distal attachment element to axially lock the spring. a setting support; a vertical helical-developing spring extending axially between the setting support and the item so that the setting support can be made to oscillate; characterised in that the attachment system comprises a distal attachment member arranged to receive, by driving in, a distal extremity of the spring in order to attach the spring to the item; a distal axial groove effected in a distal extremity of the spring and extending axially, the distal axial groove allowing the radial absorption of at least a part of the driving in effort of the distal extremity on the distal attachment member; a distal radial groove effected in the distal extremity of the spring and extending in a peripheral manner; and a distal catch secured to the distal attachment member, the distal catch being arranged to allow the driving in of the distal extremity on the distal attachment member and to cooperate with the distal radial groove when the distal extremity is driven in the distal attachment element to axially lock the spring.
The method of extruding elements, especially made of metal, by transferring the input material in the gap between the infeed wheel and the friction block and extruding it through a die, wherein in the output zone the material is deflected from the infeed wheel tangentially or at an angle within 90 characterized in that the material is caused to flow locally within the die zone, by a mandrel's rotary action.
Dental suction arrangement for the removal of saliva and other fluids, where the suction arrangement includes a suction line (101, 602, 702) and an absorption body (111, 611, 711) to be placed for the removal of saliva and other fluids, whereby the suction line includes a suction part which is arranged in the absorption body and which is equipped with hole members (104, 904a-e) communicating with the absorption body, wherein the suction line (101, 602, 702) has a prefabricated form and size for positioning said absorption body at the bottom of a cavity, or close to said bottom, wherein the absorption body (111, 611, 711) is made of elastically deformable and adaptable material in order to adapt it to the desired shape, and said hole members (104, 904a-e) are distributed along the longitudinal extent of said suction part as well as on its periphery, and that the suction part is detachable connected with the rest of the suction line together with its associated absorption body and the suction tube 101 has an exposed part 102 which is visible and bent to be fixed around the patient's chin and said suction line (101,602,702) is configured to extend along an elevated portion upward from said bottom, and at least partially surrounding said portion for secure fixing, and the dental suction arrangement comprises a tongue holder that has a structured surface.
A storage stable therapeutic composition having wet adherent properties comprising a base material, 0.01 to 0.3 wt.% triamcinolone acetonide, and 0.25 to 6 wt.% lidocaine hydrochloride, the base material comprising from 3 to 15 wt.% of a water soluble salt of a copolymer of a lower alkyl vinyl ether and maleic acid or anhydride and from 85 to 97 wt.% of a polyalkylene glycol.
Device for supporting and guiding (10,100) an aerial carrying-hauling cable of a cable lift installation, said device comprising: - a support structure, - a plurality of rotary sheaves designed to press on the cable to guide it when it is running, - and damping means connected with the sheaves to adjust to the deflection and load of the cable, each rotary sheave being associated with a damping connection articulated around a pivot to form an individual module fixed individually to the support structure, and the different individual modules being staggered along the support structure in the form of a beam (13, 130), characterized in that the damping connection of each module comprises a pair of leaf springs located symmetrically on each side of the sheave and in that the beam (13, 130) comprises a profile of reverse U-shaped transverse cross-section having two vertical wings (14, 15) parallel to one another so as to delimit a compartment for housing the different individual modules, and the sheave of each module is mounted rotating freely around a first axis on one of the ends of the corresponding damping connection, the other end of said connection being articulated on the pivot, which is fixed transversely to the two wings (14, 15) of the profile. - a support structure, - a plurality of rotary sheaves designed to press on the cable to guide it when it is running, - and damping means connected with the sheaves to adjust to the deflection and load of the cable, each rotary sheave being associated with a damping connection articulated around a pivot to form an individual module fixed individually to the support structure, and the different individual modules being staggered along the support structure in the form of a beam (13, 130), characterized in that the damping connection of each module comprises a pair of leaf springs located symmetrically on each side of the sheave and in that the beam (13, 130) comprises a profile of reverse U-shaped transverse cross-section having two vertical wings (14, 15) parallel to one another so as to delimit a compartment for housing the different individual modules, and the sheave of each module is mounted rotating freely around a first axis on one of the ends of the corresponding damping connection, the other end of said connection being articulated on the pivot, which is fixed transversely to the two wings (14, 15) of the profile.
A rubber composition for coating a steel cord, comprising: not less than 0.12 part by mass of zinc benzoate and/or zinc t-butylbenzoate, 0.03 to 0.30 part by mass of fatty acid cobalt salt in terms of cobalt element, and less than 0.5 part by mass in total of a fatty acid having 16 to 22 carbon atoms and a fatty acid derived from the fatty acid cobalt salt which has 16 to 22 carbon atoms based on 100 parts by mass of a rubber component. not less than 0.12 part by mass of zinc benzoate and/or zinc t-butylbenzoate, 0.03 to 0.30 part by mass of fatty acid cobalt salt in terms of cobalt element, and less than 0.5 part by mass in total of a fatty acid having 16 to 22 carbon atoms and a fatty acid derived from the fatty acid cobalt salt which has 16 to 22 carbon atoms based on 100 parts by mass of a rubber component.
Component of telescopically variable length, in the form of a cylinder having an extendable piston rod, comprising a variable-length protective apparatus, wherein the protective apparatus has at least one first protective device, in variable-length form, that envelops the component over a first partial length and there is provision for at least one further protective device (13, 31), arranged in series with the first protective device, that envelops the component and is in variable-length form over a further partial length of the component, wherein the first protective device is in variable-length form over the variations in the length of the component that occur in a normal mode and the further protective device is in variable-length form over the variations in the length of the component that occur in an extreme mode, wherein the first and the second protective device are in the form of sleeves of elastically variable length, characterized in that the first and the second protective device are connected to one another by way of a flange that can be moved on the piston rod, an increased pressure compared to the ambient pressure being applied between at least one of the protective devices (8, 31) in variable-length form and the component of telescopically variable length.
An apparatus for packing Christmas trees in netting covers, including a funnel-shaped inlet opening with a device for providing a tubular net around a Christmas tree which is moved through the inlet opening, a combined gripping and pulling device adapted for seizing the root end of a Christmas tree and pulling it through the inlet opening for simultaneous compressing and packing the Christmas tree in the netting cover, the apparatus further including a lower conveyor belt for conveying the packed Christmas tree rearwards to a pallet jack with a packing unit and a pallet with associated side supports, said apparatus within the inlet opening includes an upper conveyor belt which is adapted to exert a downwardly directed pressure on a Christmas tree while being packed into the netting covering and supported on the lower conveyor belt, characterised in that the packing unit includes a box-shaped packing frame which is adapted to be elevated from a low initial position as the packing frame and the pallet, respectively, are filled with Christmas trees, and that the box-shaped packing frame furthermore includes a work position in the form of a platform, for a person who provides for concurrently transferring packed Christmas trees from an upper end of the lower conveyor belt to the packing frame of the packing unit.