mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a wireless communication network to connect a User Application, APP, in a User Equipment, UE, to an Application Server, AS, the method comprising: an Edge Enablement Client, EEC, in a UE Gateway, GW, exchanging EDGE-5 signaling with the APP in the UE and exchanging EDGE-1 signaling with a Gateway Enablement Server, GES, in the GW; the GES exchanging the EDGE-1 signaling with the EEC, exchanging EDGE-9 signaling with an Edge Enablement Server, EES, in an Edge Data Network, EDN, and exchanging EDGE-3 signaling with a Gateway Application Server, GAS, in the GW; the GAS exchanging the EDGE-3 signaling with the GES and exchanging user data between the APP and an Edge Application Server, EAS, in the EDN responsive to the EDGE-3 signaling, wherein the APP exchanges the user data responsive to the EDGE-5 signaling; the EES exchanging the EDGE-9 signaling with the GES and exchanging additional EDGE-3 signaling with the EAS; the EAS exchanging the additional EDGE-3 signaling with the EES and exchanging the user data between the GAS and a core network, CN, responsive to the additional EDGE-3 signaling; the CN exchanging the user data with the EAS, exchanging the user data with the AS, and transferring network information that characterizes the exchange of the user data to a Digital Ledger, DL, node; and the DL node receiving the network information from the CN and determining trust for the APP, the GW, the EDN, and the CN based on the network information. an Edge Enablement Client, EEC, in a UE Gateway, GW, exchanging EDGE-5 signaling with the APP in the UE and exchanging EDGE-1 signaling with a Gateway Enablement Server, GES, in the GW; the GES exchanging the EDGE-1 signaling with the EEC, exchanging EDGE-9 signaling with an Edge Enablement Server, EES, in an Edge Data Network, EDN, and exchanging EDGE-3 signaling with a Gateway Application Server, GAS, in the GW; the GAS exchanging the EDGE-3 signaling with the GES and exchanging user data between the APP and an Edge Application Server, EAS, in the EDN responsive to the EDGE-3 signaling, wherein the APP exchanges the user data responsive to the EDGE-5 signaling; the EES exchanging the EDGE-9 signaling with the GES and exchanging additional EDGE-3 signaling with the EAS; the EAS exchanging the additional EDGE-3 signaling with the EES and exchanging the user data between the GAS and a core network, CN, responsive to the additional EDGE-3 signaling; the CN exchanging the user data with the EAS, exchanging the user data with the AS, and transferring network information that characterizes the exchange of the user data to a Digital Ledger, DL, node; and the DL node receiving the network information from the CN and determining trust for the APP, the GW, the EDN, and the CN based on the network information.
A trephine comprising an adaptor, an elongate reamer coupled thereto, and a reamer support stem, wherein the reamer support stem is mounted concentrically within the reamer and adaptor, and wherein at least a portion of the reamer support stem is slidably moveable about a longitudinal axis of the trephine; characterized in that the reamer support stem and adaptor include complementary engagement means for coupling the reamer support stem to the adaptor, wherein the complementary engagement means disengage and allow the reamer support stem to slide proximally through the adaptor when a suitable axial force is applied at the distal end of the reamer support stem.
An upmixer (100; 200) for upmixing a downmix audio signal (110; 210) into an upmixed audio signal (120; 220) describing one or more upmixed audio channels (222a, 22b), the upmixer comprising: a parameter applier (130; 240) configured to apply upmixing parameters (H 11, H 12, H 21, H 22) to upmix the downmix audio signal (110; 210) in order to obtain the upmixed audio signal (120; 220), wherein the parameter applier (130; 240) is configured to apply a phase shift to the downmix audio signal (110; x) in dependence on one or more phase-shift-angle values, to obtain a phase-shifted version of the downmix audio signal while leaving a decorrelated signal (150; q) unmodified by the phase shift, and to combine the phase-shifted version of the downmix audio signal with the decorrelated signal (150; q) to obtain the upmixed audio signal (120; 220); wherein the one or more phase-shift-angle values describe a desired phase shift between downmix audio signal components in different upmixed audio channel signals in dependence on one or more parameters representing an inter-channel phase difference. a parameter applier (130; 240) configured to apply upmixing parameters (H 11, H 12, H 21, H 22) to upmix the downmix audio signal (110; 210) in order to obtain the upmixed audio signal (120; 220), wherein the parameter applier (130; 240) is configured to apply a phase shift to the downmix audio signal (110; x) in dependence on one or more phase-shift-angle values, to obtain a phase-shifted version of the downmix audio signal while leaving a decorrelated signal (150; q) unmodified by the phase shift, and to combine the phase-shifted version of the downmix audio signal with the decorrelated signal (150; q) to obtain the upmixed audio signal (120; 220);
Chassis component having two chassis component parts which are connected movably to one another, wherein a first chassis component part is a joint with at least one axis of rotation and a further chassis component part is a structure part, the structure part being mounted so as to be movable in an articulated manner about the axis of rotation of the joint by means of the joint, and having a measuring device for determining a relative position of the two chassis component parts connected movably to one another, wherein the measuring device has a signal transmitter and a sensor device (10, 28) with a signal receiver, wherein the sensor device (10, 28) is arranged on the structure part and the signal transmitter is arranged on the joint, wherein the sensor device (10, 28) extends through a passage opening, and the sensor device (10, 28) has a first end portion and a second end portion, which is remote from the first end portion, wherein the first end portion and the second end portion are arranged outside the passage opening and the signal receiver of the sensor device (10, 28) is arranged within the passage opening, wherein the passage opening extends transversely or at a right angle to the axis of rotation of the joint and parallel to a longitudinal axis of the structure part, and the second end portion has a connection device for connection to an evaluation device, wherein the sensor device (10, 28) has a fastening device (24, 29) for fixing of the sensor device (10, 28) to the structure part, characterized in that the joint is in the form of a ball sleeve joint or in the form of a ball pin joint and the structure part is in the form of a link, a wheel carrier, a flange joint or a track rod, wherein the first end portion of the sensor device has the fastening device (24, 29) and the first end portion, for forming the fastening device, has a passage hole for a fastening means to be passed through.
A process for the preparation of a non-cationic based dilute liquid fabric treatment composition, in the form of a stable emulsion, comprising the steps of:- a) preparing a concentrated premix, b) allowing the premix to crystallise to form a crystalline premix, and c) diluting the crystalline premix with water; wherein the composition comprises: (i) from 50 to 92% by weight of water; (ii) from 1 to 15% by weight of one or more alkylated sugars; (iii) from 1 to 15% by weight of one or more fatty acids; (iv) from 5 to 25% by weight of one or more fatty acid esters; and (v) from 1 to 15% by weight of fatty acid soap; and wherein the emulsion has a viscosity of from 800 to 6000 mPas -1 measured at 20°C using a spindle No. 2 at 10 r.p.m. a) preparing a concentrated premix, b) allowing the premix to crystallise to form a crystalline premix, and c) diluting the crystalline premix with water; (i) from 50 to 92% by weight of water; (ii) from 1 to 15% by weight of one or more alkylated sugars; (iii) from 1 to 15% by weight of one or more fatty acids; (iv) from 5 to 25% by weight of one or more fatty acid esters; and (v) from 1 to 15% by weight of fatty acid soap;
A data storage medium (110, 310) comprising: a memory unit (210, 410) configured to store media content; and a connector (250, 450) configured to be electrically connected to an output apparatus for outputting the media content, the connector comprising input/output pins (150, 350) at respective positions for contact with different pins of the output apparatus; characterized in that the data storage medium further comprises a controller (230, 430) configured to control transmission of the media content stored in the memory unit to the output apparatus if authentication of the output apparatus succeeds, the memory unit being configured to store at least one number that is unique to a respective output apparatus, and the controller being configured to perform authentication of the output apparatus when it is connected to the output apparatus by comparing a unique number provided by the output apparatus with the stored unique number; the controller comprising a security controller (231, 431) which comprises a key generator, a switching device and an input/output position converter; the key generator being configured to generate key data (A<0:3>, B<0:3>, C<0:3>, D<0:3>) using the unique number stored by the memory unit; and the input/output position converter being configured to decode the key data provided from the key generator to provide positions of the input/output pins and thereby to convert the key data to paths through which signals are connected between the memory unit and the input/output pins of the connector, by using the key data as control signals of the switching device. a memory unit (210, 410) configured to store media content; and a connector (250, 450) configured to be electrically connected to an output apparatus for outputting the media content, the connector comprising input/output pins (150, 350) at respective positions for contact with different pins of the output apparatus; characterized in that the data storage medium further comprises a controller (230, 430) configured to control transmission of the media content stored in the memory unit to the output apparatus if authentication of the output apparatus succeeds, the memory unit being configured to store at least one number that is unique to a respective output apparatus, and the controller being configured to perform authentication of the output apparatus when it is connected to the output apparatus by comparing a unique number provided by the output apparatus with the stored unique number; the controller comprising a security controller (231, 431) which comprises a key generator, a switching device and an input/output position converter; the key generator being configured to generate key data (A<0:3>, B<0:3>, C<0:3>, D<0:3>) using the unique number stored by the memory unit; and the input/output position converter being configured to decode the key data provided from the key generator to provide positions of the input/output pins and thereby to convert the key data to paths through which signals are connected between the memory unit and the input/output pins of the connector, by using the key data as control signals of the switching device.
A method of increasing communication security, said method comprising: receiving, at a first computer system, a first message including a first data portion and a second data portion, wherein said first data portion is associated with a security token, wherein said first data portion includes a first instance of a session key, and wherein said second data portion includes a second instance of said session key; generating a second message including said first data portion; communicating said second message from said first computer system for delivery to a second computer system; receiving, at said first computer system, a third message from said second computer system; and performing, using said second instance of said session key responsive to said receiving said third message, message validation of said third message. receiving, at a first computer system, a first message including a first data portion and a second data portion, wherein said first data portion is associated with a security token, wherein said first data portion includes a first instance of a session key, and wherein said second data portion includes a second instance of said session key; generating a second message including said first data portion; communicating said second message from said first computer system for delivery to a second computer system; receiving, at said first computer system, a third message from said second computer system; and performing, using said second instance of said session key responsive to said receiving said third message, message validation of said third message.
An electronic device mount comprising: a rigid cover; a flexible cover; a frame positioned between the rigid cover and the flexible cover, characterized in that: the frame comprises a plurality of openings (216, 220); a plurality of rocker arms coupled within correspond openings of the frame, and to the flexible cover, the plurality of rocker arms configured to pivot within the plurality of openings to deflect the flexible cover relative to the frame to define a curved outer surface of the flexible cover; and a plurality of magnets coupled to one of the frame or the flexible cover. a rigid cover; a flexible cover; a frame positioned between the rigid cover and the flexible cover, characterized in that: the frame comprises a plurality of openings (216, 220); a plurality of rocker arms coupled within correspond openings of the frame, and to the flexible cover, the plurality of rocker arms configured to pivot within the plurality of openings to deflect the flexible cover relative to the frame to define a curved outer surface of the flexible cover; and a plurality of magnets coupled to one of the frame or the flexible cover. the frame comprises a plurality of openings (216, 220); a plurality of rocker arms coupled within correspond openings of the frame, and to the flexible cover, the plurality of rocker arms configured to pivot within the plurality of openings to deflect the flexible cover relative to the frame to define a curved outer surface of the flexible cover; and a plurality of magnets coupled to one of the frame or the flexible cover.
Magnesium alloy consisting of the following components, based on the total weight of the alloy: 1 to 9 wt.% aluminum, 0.5 to 5 wt.% barium 0.5 to 5 wt.% calcium, optionally tin, lithium, yttrium, neodymium, cerium and/or praseodymium in amounts of 7 wt.% respectively and magnesium and inevitable, production-caused impurities as remainder. 1 to 9 wt.% aluminum, 0.5 to 5 wt.% barium 0.5 to 5 wt.% calcium, optionally tin, lithium, yttrium, neodymium, cerium and/or praseodymium in amounts of 7 wt.% respectively and magnesium and inevitable, production-caused impurities as remainder.
A cooled wall of a turbine component comprising: a first layer of channels for a coolant arranged along a side of the wall facing to a flow of hot gas, said first layer of channels having a serpentine shape extending in a longitudinal direction of the layer, each channel of said first layer having an inlet and an outlet; a second layer of channels for the coolant disposed further from the flow of hot gas than said first layer, each channel of said second layer having an inlet and an outlet, said outlet of each of said channels of said first layer being in fluid communication with corresponding inlet of associated channel of said second layer creating a bend for changing a direction of the coolant leaving said channel of said first layer when entering the channel of said second layer; characterized in that the serpentine shape of the channels of the first layer defines a plurality of bends in longitudinal direction of the first layer and channels of the first layer have a repeating pattern of curves along an axial extension of the channels of the first layer. a first layer of channels for a coolant arranged along a side of the wall facing to a flow of hot gas, said first layer of channels having a serpentine shape extending in a longitudinal direction of the layer, each channel of said first layer having an inlet and an outlet; a second layer of channels for the coolant disposed further from the flow of hot gas than said first layer, each channel of said second layer having an inlet and an outlet, said outlet of each of said channels of said first layer being in fluid communication with corresponding inlet of associated channel of said second layer creating a bend for changing a direction of the coolant leaving said channel of said first layer when entering the channel of said second layer; characterized in that the serpentine shape of the channels of the first layer defines a plurality of bends in longitudinal direction of the first layer and channels of the first layer have a repeating pattern of curves along an axial extension of the channels of the first layer.
A post passivation interconnect structure, comprising: one or more internal circuits comprising one or more active devices formed in and on a semiconductor substrate; a fine line metallization system, formed over said semiconductor substrate in one or more thin layers of dielectric; a passivation layer over said fine line metallization system; and a thick, wide metallization system formed above said passivation layer, in one or more thick layers of dielectric, wherein said thick layers of dielectric are thicker than said thin layers of dielectric, wherein said thick, wide metallization system is used as a distribution network for a clock or signal voltage, and wherein said thick, wide metallization system is connected to said one or more internal circuits, wherein the one or more thick layers of dielectric are thick polymer dielectric layers, a part of the top wide and thick metal line of the thick, wide metallization system forms interconnect pads (26, 28) on a top layer of the thick layers of dielectric. one or more internal circuits comprising one or more active devices formed in and on a semiconductor substrate; a fine line metallization system, formed over said semiconductor substrate in one or more thin layers of dielectric; a passivation layer over said fine line metallization system; and a thick, wide metallization system formed above said passivation layer, in one or more thick layers of dielectric, wherein said thick layers of dielectric are thicker than said thin layers of dielectric, wherein said thick, wide metallization system is used as a distribution network for a clock or signal voltage, and wherein said thick, wide metallization system is connected to said one or more internal circuits, wherein the one or more thick layers of dielectric are thick polymer dielectric layers, a part of the top wide and thick metal line of the thick, wide metallization system forms interconnect pads (26, 28) on a top layer of the thick layers of dielectric.
Cabin of a vehicle for transporting passengers including a plurality of units, each unit including a seat (10, 10A, 10W) and a seat extension (200, 200A, 200W) arranged staggered in said plurality of units, wherein each seat extension (200, 200A, 200W) includes a shell including a front end and a rear opening determined by a hollow volume open towards the rear and a footrest area inside said hollow volume, the shell of each of the seat extensions including: - an invariant portion including a structure having fixed and identical dimensions for all the seat extensions of said plurality of units, and - a modular portion located at the front of said invariant portion, said modular portion, together with the invariant portion, defining the length of the seat extension between the rear opening and the front end of the shell, said length being modular, when arranging the cabin, by a fixing position of said modular portion with respect to the invariant portion of the shell or by an adapted length of said modular portion, in said cabin, the seat extensions of said plurality of units having a constant and non-modifiable length during the use of the seat. - an invariant portion including a structure having fixed and identical dimensions for all the seat extensions of said plurality of units, and - a modular portion located at the front of said invariant portion, said modular portion, together with the invariant portion, defining the length of the seat extension between the rear opening and the front end of the shell, said length being modular, when arranging the cabin, by a fixing position of said modular portion with respect to the invariant portion of the shell or by an adapted length of said modular portion, in said cabin, the seat extensions of said plurality of units having a constant and non-modifiable length during the use of the seat.
A display device comprising: a module housing accommodating a display panel and having an opening for moving the display panel out from and into the module housing therethrough; a moving plate accommodated in the module housing, the moving plate having the display panel seated thereon and provided with one or more moving brackets (167a, 167b); a driving belt coupled to the one or more moving bracket (167a, 167b) for moving the moving plate along with the display panel out from and into the module housing via the opening of the module housing; a driving member for moving the moving plate by winding or releasing the driving belt; and a fixed plate coupled to an inside of the module housing and having the driving member fixed thereon; characterized in that: at least one of the one or more moving brackets (167a, 167b) comprises a through hole, and the display device comprises a flexible circuit film arranged penetrating the through hole. a module housing accommodating a display panel and having an opening for moving the display panel out from and into the module housing therethrough; a moving plate accommodated in the module housing, the moving plate having the display panel seated thereon and provided with one or more moving brackets (167a, 167b); a driving belt coupled to the one or more moving bracket (167a, 167b) for moving the moving plate along with the display panel out from and into the module housing via the opening of the module housing; a driving member for moving the moving plate by winding or releasing the driving belt; and a fixed plate coupled to an inside of the module housing and having the driving member fixed thereon;