mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a server for providing a peer-to-peer, P2P, service in a wireless communication system, the method comprising: receiving a P2P service request signal comprising information of contents requested by a mobile station, MS, and information of preferred peer MSs of the MS; selecting a peer MS from a list of MSs having the contents based on a distance between the peer MS and the MS, resource status of base stations, BSs, of the MSs on the list, and the information of preferred peer MSs of the MS; transmitting information of the selected peer MS to the MS; if the MS receives a response message indicating rejection of the P2P service from the selected peer MS, receiving a message indicating a completion error of the P2P service from the MS, and transmitting information of another peer MS to the MS; and if the MS receives a response message indicating acceptance of the P2P service from the selected peer MS, establishing a traffic path between the MS and the selected peer MS. receiving a P2P service request signal comprising information of contents requested by a mobile station, MS, and information of preferred peer MSs of the MS; selecting a peer MS from a list of MSs having the contents based on a distance between the peer MS and the MS, resource status of base stations, BSs, of the MSs on the list, and the information of preferred peer MSs of the MS; transmitting information of the selected peer MS to the MS; if the MS receives a response message indicating rejection of the P2P service from the selected peer MS, receiving a message indicating a completion error of the P2P service from the MS, and transmitting information of another peer MS to the MS; and if the MS receives a response message indicating acceptance of the P2P service from the selected peer MS, establishing a traffic path between the MS and the selected peer MS.
A vane comprising: an airfoil shell consisting essentially of a ceramic matrix composite and having: a leading edge; a trailing edge; a pressure side; and a suction side, a structural spar (52;140) within the shell; an outboard shroud at an outboard end of the shell; and an inboard platform at an inboard end of the shell, the spar (52;140) comprising an internal wall (104; 146), characterized in that said internal wall divides the spar interior into a first chamber (112;154) essentially along the suction side and a second chamber (110; 152) along the pressure side opposite the first chamber; and said vane further comprises a plurality of seals (80,82;160,162;180,182, 186,188,189,190,192) between the shell and the spar (52;140), the plurality of seals forming at least a first cavity (92; 158; 210, 212), between the suction side of the shell and the spar (52; 140), and a second cavity (90; 156; 200, 204, 206, 208) between the pressure side of the shell and the spar (52; 140), wherein the first cavity (92... 212) is in fluid communication with the first chamber (112; 154) and the second cavity (90... 208) is in fluid communication with the second chamber (110; 152), such that the first and second cavities can be fed with air, from the first and second chambers, at different pressures and/or temperatures. an airfoil shell consisting essentially of a ceramic matrix composite and having: a leading edge; a trailing edge; a pressure side; and a suction side, a leading edge; a trailing edge; a pressure side; and a suction side, a structural spar (52;140) within the shell; an outboard shroud at an outboard end of the shell; and an inboard platform at an inboard end of the shell,
Cleaning cloth that can be folded flat to fit in a wallet characterized by a structure tray that is attached to the cleaning cloth or that is incorporated into the cleaning cloth or by a similar partially laminar attachment and hardened area (106.1,106.2) that functions as a structure tray, wherein the cleaning cloth can be wrapped around the structure tray or the similar partially laminar attachment and hardened area (106.1,106.2) until the size of the cloth is rigid enough to fit in the wallet.
Method for the shaping separation of hollow chamber profiles, formed as twin wall sheets/profiles by an extrusion process, to produce a predetermined geometric component shape, wherein the separation of hollow chamber profiles for the production of a given geometric component form is realised by a punching operation, characterised in that, during punching, a front cutting edge of a punch first cuts through the upper surface of the hollow chamber profile between the webs and, by means of a rear cutting edge of a punch set back in the punching direction, the surface is bent back to close off individual cavities of the hollow chamber profile and, during the lowering of the punch, the lower surface of the hollow chamber profile is cut by means of the cutting edges (8, 9) before the webs are cut by means of the cutting edges of the punch provided at the interruptions in the punch and, on the opposing side, at the front and back punch edges set back in the punching direction.
A method for performing a communication with a network by a user equipment in a mobile communication network sharing an evolved universal terrestrial radio access network, the method comprising: performing a routing area update process according to a movement of the user equipment, the method characterised in that it comprises; if idle-state signaling reduction is activated by the routing area update process and a handover between public land mobile networks is completed, constructing a tracking area identity from a public land mobile network identity for a new public land mobile network and a tracking area code received on broadcast system information; and transmitting a tracking area update request message including tracking area identity to a mobility management entity, and receiving a tracking area update request response message including a tracking area update request result from the mobility management entity, wherein the public land mobile network identity is detected based on a globally unique temporary identity allocated by the mobility management entity. performing a routing area update process according to a movement of the user equipment, the method characterised in that it comprises; if idle-state signaling reduction is activated by the routing area update process and a handover between public land mobile networks is completed, constructing a tracking area identity from a public land mobile network identity for a new public land mobile network and a tracking area code received on broadcast system information; and transmitting a tracking area update request message including tracking area identity to a mobility management entity, and receiving a tracking area update request response message including a tracking area update request result from the mobility management entity, wherein the public land mobile network identity is detected based on a globally unique temporary identity allocated by the mobility management entity.
A device for applying a bead of material, comprising - a flexible nozzle body, which defines a volume through which a material for the bead of material can flow and which is at least partially delimited by a wall formed by the nozzle body, comprising a feed opening for feeding the material into the flow-through volume, wherein the nozzle body defines a mouth region through which the material can exit the volume, - an actuator system, which is arranged at the nozzle body and is configured to modify a cross section of the mouth region while deforming the nozzle body, wherein the wall forms a barrier between the flow-through volume and the actuator system, characterized in that the flow-through volume is configured as a semi-open volume which is open at the bottom in the usage state and in the mouth region and is delimited at least at the top and on two opposite sides by the wall formed by the nozzle body. - a flexible nozzle body, which defines a volume through which a material for the bead of material can flow and which is at least partially delimited by a wall formed by the nozzle body, comprising a feed opening for feeding the material into the flow-through volume, wherein the nozzle body defines a mouth region through which the material can exit the volume, - an actuator system, which is arranged at the nozzle body and is configured to modify a cross section of the mouth region while deforming the nozzle body,
A method of joining material to a surface area of a component of a gas turbine engine to effect an in-situ repair of the component without removing the component from the gas turbine engine, the method comprising: inserting, into the gas turbine engine, a repair tool attached to a cable delivery system; positioning a tip end of the repair tool adjacent to a defect defined within a surface of the component; temporarily attaching the tip end adjacent to the defect within the surface of the component; and supplying a new material to the area to fill the defect; characterized in that: the new material is a liquid metal; the repair tool includes a high temperature conduit extending lengthwise between a material supply end of the repair tool and the tip end of the repair tool; and supplying the material to the area to fill the defect comprises: supplying the liquid metal from the material supply end of the repair tool through the high temperature conduit to the tip end of the repair tool; and expelling the liquid metal from the tip end of the repair tool in a direction of the defect such that a fillable volume defined by the defect is at least partially filled with the liquid metal. inserting, into the gas turbine engine, a repair tool attached to a cable delivery system; positioning a tip end of the repair tool adjacent to a defect defined within a surface of the component; temporarily attaching the tip end adjacent to the defect within the surface of the component; and supplying a new material to the area to fill the defect; characterized in that: the new material is a liquid metal; the repair tool includes a high temperature conduit extending lengthwise between a material supply end of the repair tool and the tip end of the repair tool; and supplying the material to the area to fill the defect comprises: supplying the liquid metal from the material supply end of the repair tool through the high temperature conduit to the tip end of the repair tool; and expelling the liquid metal from the tip end of the repair tool in a direction of the defect such that a fillable volume defined by the defect is at least partially filled with the liquid metal. the new material is a liquid metal; the repair tool includes a high temperature conduit extending lengthwise between a material supply end of the repair tool and the tip end of the repair tool; and supplying the material to the area to fill the defect comprises: supplying the liquid metal from the material supply end of the repair tool through the high temperature conduit to the tip end of the repair tool; and expelling the liquid metal from the tip end of the repair tool in a direction of the defect such that a fillable volume defined by the defect is at least partially filled with the liquid metal. supplying the liquid metal from the material supply end of the repair tool through the high temperature conduit to the tip end of the repair tool; and expelling the liquid metal from the tip end of the repair tool in a direction of the defect such that a fillable volume defined by the defect is at least partially filled with the liquid metal.
A zoom lens comprising a first lens unit having a positive refracting power and being fixed during zooming, a second lens unit having a negative refracting power and being movable during zooming, a third lens unit having a positive refracting power and used to correct for image plane variation with zooming, a stop and a fourth lens unit having a positive refracting power, said lens units being sequentially arranged from the object side, wherein imaging magnifications of said second and third lens units simultaneously pass through an × -1 point during zooming, wherein × stands for "times", characterized in that an intermediate focal length fm of the zoom lens is given by fm = fw ⋅ z 1 / 2 where fw is the focal length of the zoom lens at a wide-angle end, and z is a total zoom ratio of the zoom lens, wherein an aspherical surface shaped to decrease the positive refracting power or increase the negative refracting power is provided at a lens surface of said third lens unit which satisfies 1 < h ⁢ 3 ⁢ ʹ / h ⁢ 3 where h3 is a height at which an on-axial marginal ray passes, and h3' is a height at which an off-axial marginal ray passes that is formed into an image at a maximum image height, at this intermediate focal length fm.
A web winder, • including - a retaining section, configured for receiving a winding shaft, - a transport section, and - a guide section, which • includes a running surface essentially pointing away from a floor, on which the web winder is placed, and • configured for receiving the weight of the winding shaft, • wherein - the transport section and the guide section are configured for moving the winding shaft from the retaining section onto or close to the running surface in the direction of an initial winding position, at which the web winder is adapted for initiating winding the web, which is located on a contact roll of the web winder, onto the winding shaft, and • seen transversely to the direction of movement of the web winder, the distance of the running surface to the floor from the retaining section increases in the direction initial winding position and then decreases again up to the initial winding position. • including - a retaining section, configured for receiving a winding shaft, - a transport section, and - a guide section, which • includes a running surface essentially pointing away from a floor, on which the web winder is placed, and • configured for receiving the weight of the winding shaft, - a retaining section, configured for receiving a winding shaft, - a transport section, and - a guide section, which • includes a running surface essentially pointing away from a floor, on which the web winder is placed, and • configured for receiving the weight of the winding shaft, • includes a running surface essentially pointing away from a floor, on which the web winder is placed, and • configured for receiving the weight of the winding shaft, • wherein - the transport section and the guide section are configured for moving the winding shaft from the retaining section onto or close to the running surface in the direction of an initial winding position, at which the web winder is adapted for initiating winding the web, which is located on a contact roll of the web winder, onto the winding shaft, and - the transport section and the guide section are configured for moving the winding shaft from the retaining section onto or close to the running surface in the direction of an initial winding position, at which the web winder is adapted for initiating winding the web, which is located on a contact roll of the web winder, onto the winding shaft, and • seen transversely to the direction of movement of the web winder, the distance of the running surface to the floor from the retaining section increases in the direction initial winding position and then decreases again up to the initial winding position.
Method for executing a bit-by-bit homomorphically encrypted machine code by means of an execution unit arranged on a data processing system, the encrypted machine code containing instructions which can be executed by the execution unit, with the provision of arithmetic functions in which the operands and the ensuing result correspond to a Boolean logic function, and the execution of the instructions contained in the encrypted machine code by the execution unit using Boolean logic operations which are calculated by the arithmetic function corresponding to the respective Boolean logic operation on the basis of the encrypted bits in the encryption space.
A system for injecting an incompressible low viscosity fluid into a bone cement reservoir (14; 214) adapted to be engaged with a cannula (18; 70) through which a high viscosity bone cement is transferred from the bone cement reservoir (14; 214) to a bone element, the system comprising a control handle (12; 112) having a body, a grip portion (13; 113; 213) at an outer end of the body and a central thumb-actuated power piston, the grip portion (13; 113; 213) being configured for receiving at least two fingers of a user such as to permit actuation of the control handle (12; 112) by the single hand of the user, the body including the power piston and a cylindrical low viscosity fluid reservoir concentrically disposed relative to each other, the low viscosity fluid reservoir containing the incompressible low viscosity fluid, characterized in that the power piston has a power piston tube (28; 128) extending longitudinally through a center of the cylindrical low viscosity fluid reservoir, such that the low viscosity fluid reservoir surrounds the power piston tube (28; 128) within the body, the power piston having a first plunger (26; 126) displaceable within the power piston tube (28; 128), the annular low viscosity fluid reservoir containing a second plunger therein, the second plunger being annular and displaceable within the low viscosity fluid reservoir, the power piston tube (28; 128) having an inlet (41; 141) thereto in communication with the low viscosity fluid reservoir such that the low viscosity fluid in the low viscosity fluid reservoir is displaced by the second plunger out of the low viscosity fluid reservoir and into the power piston tube (28; 128), and the power piston tube (28; 128) having an outlet through which the low viscosity fluid therein is expelled under pressure when the first plunger (26; 126) of the power piston is depressed by the thumb of the user.
An apparatus for attaching items, the apparatus comprising: a body; a first and second hook oriented on a first and second side of the body; and a first and second gate, the first gate attached to the body and oriented to close the first hook, the second gate attached to the body and oriented to close the second hook; characterized by a pivoting lock, the pivoting lock oriented in the body, the pivoting lock having a first position where a first end of the pivoting lock rests against the first gate and a second end of the pivoting lock rests against the second gate preventing the first and second gates from opening; and a second position where the first end of the pivoting lock does not rest against the first gate and the second end of the pivoting lock does not rest against the second gate, and the first and second gates may be opened. a body; a first and second hook oriented on a first and second side of the body; and a first and second gate, the first gate attached to the body and oriented to close the first hook, the second gate attached to the body and oriented to close the second hook; characterized by a pivoting lock, the pivoting lock oriented in the body, the pivoting lock having a first position where a first end of the pivoting lock rests against the first gate and a second end of the pivoting lock rests against the second gate preventing the first and second gates from opening; and a second position where the first end of the pivoting lock does not rest against the first gate and the second end of the pivoting lock does not rest against the second gate, and the first and second gates may be opened.
A printing apparatus to which an ink ribbon cassette can be detachably mounted, the ink ribbon cassette including an ink ribbon, the printing apparatus comprising: a thermal head arranged to transfer ink applied to the ink ribbon onto paper; a paper conveying means arranged to convey paper stacked on a paper stacking means; a paper detection means arranged to detect the paper conveyed by the paper conveying means; an ink ribbon take-up means arranged to take up the ink ribbon; an ink ribbon detection means arranged to detect a printing start position of the ink ribbon; and a control means arranged to control: the paper conveying means so as to convey paper from the paper stacking means, the paper conveying means to suspend the conveyance of the paper before the paper is conveyed to a printing start position of the paper upon detection of the conveyed paper by the paper detection means, subsequently, the ink ribbon take-up means to take up the ink ribbon, and to stop the ink ribbon take-up upon detection of the printing start position of the ink ribbon by the ink ribbon detection means, and subsequently, the paper conveying means to restart the conveyance of the paper and to convey the paper to the printing start position of the paper. a thermal head arranged to transfer ink applied to the ink ribbon onto paper; a paper conveying means arranged to convey paper stacked on a paper stacking means; a paper detection means arranged to detect the paper conveyed by the paper conveying means; an ink ribbon take-up means arranged to take up the ink ribbon; an ink ribbon detection means arranged to detect a printing start position of the ink ribbon; and a control means arranged to control: the paper conveying means so as to convey paper from the paper stacking means, the paper conveying means to suspend the conveyance of the paper before the paper is conveyed to a printing start position of the paper upon detection of the conveyed paper by the paper detection means, subsequently, the ink ribbon take-up means to take up the ink ribbon, and to stop the ink ribbon take-up upon detection of the printing start position of the ink ribbon by the ink ribbon detection means, and subsequently, the paper conveying means to restart the conveyance of the paper and to convey the paper to the printing start position of the paper. the paper conveying means so as to convey paper from the paper stacking means, the paper conveying means to suspend the conveyance of the paper before the paper is conveyed to a printing start position of the paper upon detection of the conveyed paper by the paper detection means, subsequently, the ink ribbon take-up means to take up the ink ribbon, and to stop the ink ribbon take-up upon detection of the printing start position of the ink ribbon by the ink ribbon detection means, and subsequently, the paper conveying means to restart the conveyance of the paper and to convey the paper to the printing start position of the paper.