mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication, comprising: generating a reference sequence; assembling a payload including a format for a system information transmission request for a user equipment, UE, wherein the payload includes at least a resource allocation for the UE to transmit the system information transmission request ; encoding the payload ; and transmitting a synchronization signal using a single frequency network, SFN, across a zone, wherein the synchronization signal includes the reference sequence and the encoded payload , characterized in that the reference sequence is generated for timing acquisition to a timing of a zone node of said zone, wherein the zone includes one or more other zone nodes ; and in that the synchronization signal is transmitted by at least the zone node. generating a reference sequence; assembling a payload including a format for a system information transmission request for a user equipment, UE, wherein the payload includes at least a resource allocation for the UE to transmit the system information transmission request ; encoding the payload ; and transmitting a synchronization signal using a single frequency network, SFN, across a zone, wherein the synchronization signal includes the reference sequence and the encoded payload , characterized in that the reference sequence is generated for timing acquisition to a timing of a zone node of said zone, wherein the zone includes one or more other zone nodes ; and in that the synchronization signal is transmitted by at least the zone node.
A method of transferring discrete articles between a transfer assembly and an apparatus comprising one or more heads , wherein the transfer assembly comprises a frame defining a first rotation axis and a transfer member comprising a transfer surface configured to receive one of the discrete articles and wherein the apparatus comprising the one or more heads is either positioned on an input side of the transfer assembly , or on an output side of the transfer assembly , or on both input and output sides of the transfer assembly , the method comprising: rotating the transfer member of the transfer assembly about the first rotation axis at a substantially constant angular velocity; maintaining the transfer surface at a substantially constant minimum distance away from a surface of the at least one head at a point of discrete article transfer; and rotating the at least one head of the apparatus about a second rotation axis at a plurality of angular velocities, wherein a first angular velocity of the at least one head is substantially constant at the point of discrete article transfer. rotating the transfer member of the transfer assembly about the first rotation axis at a substantially constant angular velocity; maintaining the transfer surface at a substantially constant minimum distance away from a surface of the at least one head at a point of discrete article transfer; and rotating the at least one head of the apparatus about a second rotation axis at a plurality of angular velocities, wherein a first angular velocity of the at least one head is substantially constant at the point of discrete article transfer.
A method of operating a user equipment, UE, in a wireless communication system, the method comprising: receiving , from an access and mobility management function, AMF, a strictly periodic registration timer indication with a periodic registration timer value; operating a periodic registration timer in a MICO, Mobile Initiated Connection Only, mode based on the received periodic registration timer value and the strictly periodic registration timer indication; initiating at least one emergency service in the MICO mode; and determining to disable the MICO mode and not to apply the strictly periodic registration timer indication. receiving , from an access and mobility management function, AMF, a strictly periodic registration timer indication with a periodic registration timer value; operating a periodic registration timer in a MICO, Mobile Initiated Connection Only, mode based on the received periodic registration timer value and the strictly periodic registration timer indication; initiating at least one emergency service in the MICO mode; and determining to disable the MICO mode and not to apply the strictly periodic registration timer indication.
A method for producing the chloroprene-based polymer having a number average molecular weight Mn of 150000 to 300000 and comprising a functional group of a structure represented by the general formula or below: wherein in the general formula , R 1 shows hydrogen, chlorine, a substituted or unsubstituted alkyl group, a substituted or unsubstituted alkenyl group, a substituted or unsubstituted aryl group, or a substituted or unsubstituted heterocyclyl group, wherein a solution (A) in which a chain transfer agent represented by the general formula or below is added to 100 parts by mass of a total monomer to achieve a ratio of an amount of substance of the total monomer to that of the chain transfer agent [M] 0 /[CTA] at a start of polymerization of 5/1 to 500/1 and 500 to 5000 parts by mass of an aqueous solution (B) of 0.1 to 10% by mass of an emulsifier are mixed and emulsified, then, radical polymerization is performed, and 100 to 5000 parts by mass of a chloroprene monomer singly or of a chloroprene monomer and a monomer copolymerizable with the chloroprene monomer is/are additionally added when a polymerization ratio reaches 20 to 50%: wherein in the general formula , R 2 shows hydrogen, chlorine, a substituted or unsubstituted alkyl group, a substituted or unsubstituted alkenyl group, a substituted or unsubstituted aryl group, or a substituted or unsubstituted heterocyclyl group; and in the general formulas and , R 3 to 5 each independently show a substituted or unsubstituted alkyl group, a substituted or unsubstituted and saturated or unsaturated aromatic carbocycle, a substituted or unsubstituted and saturated or unsaturated aromatic heterocycle, an organometallic species, or any polymer chain.
An actuator for driving a rotatable component, comprising: a first, rotating member comprising a screw; a second member comprising a nut threaded to said screw, wherein rotation of said first member causes axial movement of said first or second member ; a third member coupled to said second member , wherein axial movement of said first or second member causes axial movement of said third member ; a fourth, rotating member coupled to said third member and connectable to said component; and a bearing system located between said third member and said fourth member , said bearing system configured to cause said fourth member to rotate upon said axial movement of said third member so as to drive said component; wherein said bearing system comprises roller bearings axially moveable with said third member , or rotatable with said fourth member ; characterized in that said fourth member comprises a first helical rail configured to contact said roller bearings , and said third member comprises a second helical rail configured to contact said roller bearings. a first, rotating member comprising a screw; a second member comprising a nut threaded to said screw, wherein rotation of said first member causes axial movement of said first or second member ; a third member coupled to said second member , wherein axial movement of said first or second member causes axial movement of said third member ; a fourth, rotating member coupled to said third member and connectable to said component; and a bearing system located between said third member and said fourth member , said bearing system configured to cause said fourth member to rotate upon said axial movement of said third member so as to drive said component; wherein said bearing system comprises roller bearings axially moveable with said third member , or rotatable with said fourth member ; characterized in that said fourth member comprises a first helical rail configured to contact said roller bearings , and said third member comprises a second helical rail configured to contact said roller bearings.
A gas turbine engine comprising: a fan section including a plurality of fan blades , a first electric motor assembly coupled to a fan shaft and providing a first drive input for driving the fan blades about an axis (A); a controller commanding operation of the first electric motor assembly ; a turbine section ; a geared architecture driven by the turbine section and coupled to the fan section to provide a second drive input for driving the fan blades , the geared architecture including a sun gear driving a plurality of intermediate gears circumscribed by a ring gear with a carrier supporting the plurality of intermediate gears ; a driven gear coupled to the geared architecture ; and a second electric motor assembly coupled to the driven gear for rotating the geared architecture relative to a fixed structure as commanded by the controller to control a speed of the fan blades provided by a combination of the first drive input and the second drive input, wherein the second electric motor assembly includes a first electric motor for rotating the geared architecture in a first direction and a second electric motor for rotating the geared architecture in a second direction, wherein rotation of the geared architecture in the first direction enables an increase of a speed of the fan section and rotation in the second direction enables a decrease of a speed of the fan section without a change in speed of the second driving input provided by the turbine section . a fan section including a plurality of fan blades , a first electric motor assembly coupled to a fan shaft and providing a first drive input for driving the fan blades about an axis (A); a controller commanding operation of the first electric motor assembly ; a turbine section ; a geared architecture driven by the turbine section and coupled to the fan section to provide a second drive input for driving the fan blades , the geared architecture including a sun gear driving a plurality of intermediate gears circumscribed by a ring gear with a carrier supporting the plurality of intermediate gears ; a driven gear coupled to the geared architecture ; and a second electric motor assembly coupled to the driven gear for rotating the geared architecture relative to a fixed structure as commanded by the controller to control a speed of the fan blades provided by a combination of the first drive input and the second drive input, wherein the second electric motor assembly includes a first electric motor for rotating the geared architecture in a first direction and a second electric motor for rotating the geared architecture in a second direction, wherein rotation of the geared architecture in the first direction enables an increase of a speed of the fan section and rotation in the second direction enables a decrease of a speed of the fan section without a change in speed of the second driving input provided by the turbine section .
A closure for a spout of a flexible thin-walled packaging, comprising: - a cap comprising an annular cap wall having a central cap axis (Y); - a tamper evident seal comprising a tamper evident ring suitable for being applied to the spout, a tamper evident portion which is integral with the cap and at least one breakable bridge which, when the seal is unbroken, joins the tamper evident ring to the tamper evident portion ; - wherein the tamper evident ring has an upper face which delimits it at the top, consisting of a wavy surface comprising ridges and depressions which follow each other circumferentially, wherein each depression has a bottom surface ; - wherein the tamper evident portion comprises at least one tamper evident tooth having a top face ; - and wherein said top face is contained in a respective depression characterized in that said at least one bridge joins the bottom surface and said top face and is contained in said depression . - a cap comprising an annular cap wall having a central cap axis (Y); - a tamper evident seal comprising a tamper evident ring suitable for being applied to the spout, a tamper evident portion which is integral with the cap and at least one breakable bridge which, when the seal is unbroken, joins the tamper evident ring to the tamper evident portion ; - wherein the tamper evident ring has an upper face which delimits it at the top, consisting of a wavy surface comprising ridges and depressions which follow each other circumferentially, wherein each depression has a bottom surface ; - wherein the tamper evident portion comprises at least one tamper evident tooth having a top face ; - and wherein said top face is contained in a respective depression characterized in that said at least one bridge joins the bottom surface and said top face and is contained in said depression .
A device for performing at least one cutting process for the purpose of producing a book , a brochure or the like, in particular a book-like identification document such as a passport, which comprises book pages which are bound to a spine , wherein the device has a receiving element for receiving a book on a first plane as well as a cutting element for applying a cutting force to the book on a second plane which is substantially perpendicular to the first plane, wherein the device further has at least one support device mechanically securely fixed to the receiving element , at which support device at least one region of the spine is arrangeable and with which at least one region of the spine is supportable with a supporting force substantially opposing the cutting force when the cutting force acts on the book , characterized in that the support device has a concavely arched region at which the spine is placeable in a form-fitting manner and in that the device further has at least one gripping device which comprises at least two gripping arms with which the book is mechanically grippable. characterized in that the support device has a concavely arched region at which the spine is placeable in a form-fitting manner and in that the device further has at least one gripping device which comprises at least two gripping arms with which the book is mechanically grippable.
Method for determining the level in a tank for a liquid with an ultrasonic level sensor and at least two reference surfaces for reflection of an ultrasonic wave that is emitted by the ultrasonic level sensor , wherein a first reference surface is disposed below a second reference surface , comprising the following steps: a) determining a first propagation speed of an ultrasonic wave in the liquid over a first measuring distance from the ultrasonic level sensor to the first reference surface , b) determining a second propagation speed of an ultrasonic wave in the liquid over a second measuring distance from the first reference surface to the second reference surface , c) measuring a transition time of an ultrasonic wave from the ultrasonic level sensor to a liquid level of the liquid in the tank , d) selecting the first propagation speed or the second propagation speed depending on at least one selection criterion . e) Computing a level with the transition time measured in step c) and the propagation speed selected in step d). a) determining a first propagation speed of an ultrasonic wave in the liquid over a first measuring distance from the ultrasonic level sensor to the first reference surface , b) determining a second propagation speed of an ultrasonic wave in the liquid over a second measuring distance from the first reference surface to the second reference surface , c) measuring a transition time of an ultrasonic wave from the ultrasonic level sensor to a liquid level of the liquid in the tank , d) selecting the first propagation speed or the second propagation speed depending on at least one selection criterion . e) Computing a level with the transition time measured in step c) and the propagation speed selected in step d).
A support case for turbomachine sealing ring sector , comprising: an annular body which is annular around a longitudinal axis (X-X) of the support case, wherein the annular body comprises an internal surface (S 2 ) and an external surface (S 1 ) which is opposite the internal surface, and wherein the internal surface (S 2 ) and the external surface (S 1 ) extend axially along the longitudinal axis (X-X), a downstream edge configured for attachment of the ring sector , wherein the downstream edge extends from the annular body radially towards the inside of the support case and circumferentially along a junction region between the annular body and a guide vane assembly, wherein the junction region comprises a first connection region configured to connect the annular body to the downstream edge , and wherein the junction region comprises a second connection region configured to be fixed to the guide vane assembly, wherein the first connection region comprises at least one central portion and two lateral portions which are located on each side of the central portion , along a circumferential direction (C-C) of the support case about the longitudinal axis (X-X) of the support case, wherein the central portion extends from the external surface (S 1 ) by projecting outwards from the support case with respect to the lateral portions . an annular body which is annular around a longitudinal axis (X-X) of the support case, wherein the annular body comprises an internal surface (S 2 ) and an external surface (S 1 ) which is opposite the internal surface, and wherein the internal surface (S 2 ) and the external surface (S 1 ) extend axially along the longitudinal axis (X-X), a downstream edge configured for attachment of the ring sector , wherein the downstream edge extends from the annular body radially towards the inside of the support case and circumferentially along a junction region between the annular body and a guide vane assembly, wherein the junction region comprises a first connection region configured to connect the annular body to the downstream edge , and wherein the junction region comprises a second connection region configured to be fixed to the guide vane assembly, wherein the first connection region comprises at least one central portion and two lateral portions which are located on each side of the central portion , along a circumferential direction (C-C) of the support case about the longitudinal axis (X-X) of the support case, wherein the central portion extends from the external surface (S 1 ) by projecting outwards from the support case with respect to the lateral portions .
A method of making a doped graphene thin film, the method comprising: hetero-epitaxially growing an intermediate graphene thin film on a catalyst thin film , the catalyst thin film having a single-orientation large-grain crystal structure; doping the intermediate graphene thin film with n-type or p-type dopants in making the doped graphene thin film, and wherein the doped graphene thin film has a sheet resistance less than 150 ohms/square, wherein the doping of the intermediate graphene thin film comprises: exposing the intermediate graphene thin film to a doping gas comprising a material to be used as the dopant; exciting a plasma within a chamber containing the intermediate graphene thin film and the doping gas; and ion beam implanting the dopant in the intermediate graphene thin film using the material in the doping gas, wherein the ion beam power is 10 to 200 eV, and wherein the doped graphene thin film is doped with any one or more of: nitrogen, boron, phosphorous, fluorine, lithium, potassium, and sulfur. hetero-epitaxially growing an intermediate graphene thin film on a catalyst thin film , the catalyst thin film having a single-orientation large-grain crystal structure; doping the intermediate graphene thin film with n-type or p-type dopants in making the doped graphene thin film, and wherein the doped graphene thin film has a sheet resistance less than 150 ohms/square, wherein the doping of the intermediate graphene thin film comprises: exposing the intermediate graphene thin film to a doping gas comprising a material to be used as the dopant; exciting a plasma within a chamber containing the intermediate graphene thin film and the doping gas; and ion beam implanting the dopant in the intermediate graphene thin film using the material in the doping gas, wherein the ion beam power is 10 to 200 eV, and wherein exposing the intermediate graphene thin film to a doping gas comprising a material to be used as the dopant; exciting a plasma within a chamber containing the intermediate graphene thin film and the doping gas; and ion beam implanting the dopant in the intermediate graphene thin film using the material in the doping gas, wherein the ion beam power is 10 to 200 eV, and wherein the doped graphene thin film is doped with any one or more of: nitrogen, boron, phosphorous, fluorine, lithium, potassium, and sulfur.
Vehicle seat with a device for connecting a lower region , when viewed in the vehicle seat height direction, of a backrest to a rear region , when viewed in the vehicle seat length direction, of a seat part of the vehicle seat , wherein a tilt adjustment device which is rotatable about a first axis of rotation extending in the vehicle seat width direction for adjusting a tilt of the backrest relative to the seat part is connected to the seat part , wherein the device comprises an adapter element which is rigidly connected to the tilt adjustment device and is rotatable about the first axis of rotation , which element has a first recess which extends at a first angle to a backrest length direction, wherein the first recess is connectable to a first tab which is arranged on the backrest and is formed so as to be complementary to the first recess characterised in that the backrest has a second recess which can be brought into operative contact with a bolt element which is rigidly connected to the adapter element and is arranged so as to be rotatable about the first axis of rotation .
A dispensing closure comprising a base attachable to a container and an actuator disc pivotally mounted on the base , the disc being pivotable between a closed position which prevents fluid product dispensing and an open position which allows product fluid dispensing, in which the base and disc materials are both thermoplastic polymers, in which the base and the disc are formed from different materials, characterised in that the base and disc are formed from the same type of material, in that the base and the disc are formed from a polypropylene-based material, and in that one of the base and disc is formed from a copolymer polypropylene and the other is formed from a homopolymer polypropylene.
A composition comprising oxidized cellulose (OC) and glycerol, wherein (i) the ratio of glycerol to OC is at least about 0.5:1 w/w glycerol:OC; (ii) the total water content is less than about 8% w/w; and (iii) the composition is in the form of a paste at one or more temperature values selected from the group consisting of 10°C, 15°C, 20°C, 25°C, 30°C, 35°C, 37°C, and 40°C. (i) the ratio of glycerol to OC is at least about 0.5:1 w/w glycerol:OC; (ii) the total water content is less than about 8% w/w; and (iii) the composition is in the form of a paste at one or more temperature values selected from the group consisting of 10°C, 15°C, 20°C, 25°C, 30°C, 35°C, 37°C, and 40°C.