mhurhangee/ep-ind-claims huggingface dataset:
A base station for facilitating a handover of a user device from the base station when operating as a source base station component in a first communications network of an evolved-UTRAN, E-UTRAN, type to a target base station component in a second communications network of a Universal Terrestrial Radio Access Network, UTRAN, type, the base station comprising: means for receiving, from a user device, a global cell identifier of a cell of a neighbour base station component in the second communications network, wherein information for forming a location area identification can be obtained from the global cell identifier, and a Routing Area Code, RAC, for use in identifying a target gateway component (9, 216, 514, 610, 612, 712, 714) operating within a location area represented by said location area identification and connected to the neighbour base station component in the second communications network; means for generating a handover request message in the first communications network, for handing over to said neighbour base station component operating as said target base station component, the handover request message incorporating the RAC for use in identifying the target gateway component (9, 216, 514, 610, 612, 712, 714); and means for transmitting the handover request message to the second communications network. means for receiving, from a user device, a global cell identifier of a cell of a neighbour base station component in the second communications network, wherein information for forming a location area identification can be obtained from the global cell identifier, and a Routing Area Code, RAC, for use in identifying a target gateway component (9, 216, 514, 610, 612, 712, 714) operating within a location area represented by said location area identification and connected to the neighbour base station component in the second communications network; means for generating a handover request message in the first communications network, for handing over to said neighbour base station component operating as said target base station component, the handover request message incorporating the RAC for use in identifying the target gateway component (9, 216, 514, 610, 612, 712, 714); and means for transmitting the handover request message to the second communications network.
A lock cylinder for a cylinder lock having a) a cylinder axis as well as a longitudinal central plane containing the cylinder axis and a transverse central plane perpendicular thereto, likewise containing the cylinder axis, b) a cylinder housing, having an axial core receiving cut-out as well as at least two axially extending blocking grooves (10a; 10b) that are open to the core receiving cut-out, c) a cylinder core supported inside the core receiving cut-out, having an axial key channel and a plurality of guide slots extending through the cylinder core in a plate-sliding direction perpendicular to the transverse central plane, a plurality of plate tumblers (5a; 5b), which are supported in one of the guide slots such that they can be displaced back and forth in the plate sliding direction, wherein the plate tumblers (5a; 5b) each have a locking position, in which they each engage with one of the blocking grooves (10a; 10b) such that the cylinder core is connected to the cylinder housing in a non-rotating manner about the cylinder axis, and having a non-locking position, in which they are driven into the cylinder core far enough that they do not engage in the blocking grooves (10a; 10b) and the cylinder core can rotate about the cylinder axis in the cylinder housing, wherein the plate tumblers (5a; 5b) are each connected to a spring so as to be driven in a plate blocking direction (43a; 43gb) into their locking position, and wherein, in each case, two plate tumblers (5a; 5b) are connected to a single spring clamp, preferably a leg spring, so as to be driven in opposite directions into their respective locking position, characterized in that, the plate tumblers (5a; 5b) are designed strip-shaped without a key receiving groove and in each case, two plate tumblers (5a; 5b) are disposed, above one another in the axial direction, in the same guide slot, wherein the two plate tumblers (5a; 5b) disposed in the same guide slot are connected to the same spring clamp, preferably to the leg spring, so as to be driven in opposite directions into their locking position, and wherein the two plate tumblers (5a; 5b) disposed in the same guide slot lie with their plate surfaces (14a; 14b) against one another such that they can slide. a) a cylinder axis as well as a longitudinal central plane containing the cylinder axis and a transverse central plane perpendicular thereto, likewise containing the cylinder axis, b) a cylinder housing, having an axial core receiving cut-out as well as at least two axially extending blocking grooves (10a; 10b) that are open to the core receiving cut-out, c) a cylinder core supported inside the core receiving cut-out, having an axial key channel and a plurality of guide slots extending through the cylinder core in a plate-sliding direction perpendicular to the transverse central plane,
Surface element, intended for use as a floor, wall and/or ceiling surface element for a floor, wall and/or ceiling covering, having at least one carrier plate and at least one functional layer, wherein the carrier plate has a top side facing a usable side and an underside opposite the top side and facing the underground, wherein the functional layer is provided underneath the carrier plate and wherein the functional layer is designed in such a way that in the installed state it projects beyond the side edge of the side, in particular of the long side, on at least one side, in particular on at least one long side, characterized in that the functional layer is arranged on a support layer arranged on the underside of the carrier plate, and in that at least two conductor paths of the functional layer are arranged on the support layer. wherein the functional layer is provided underneath the carrier plate and wherein the functional layer is designed in such a way that in the installed state it projects beyond the side edge of the side, in particular of the long side, on at least one side, in particular on at least one long side, characterized in that the functional layer is arranged on a support layer arranged on the underside of the carrier plate, and in that at least two conductor paths of the functional layer are arranged on the support layer.
Illuminating device comprising - a broad light source, - a reflector, which comprises the light source and which is formed as conical stump with an opening at the widened end of the reflector and a tapered end at which the light source is positioned so that light radiates towards the opening of the reflector, wherein surface lines of the reflector intersect in a fictitious tip, - a lens for bundling the radiated light, wherein the lens is positioned relocatable along an optical axis of the illuminating device within a predetermined relocation area such that the focal point of the lens in radiation direction can be relocated to a zone behind the fictitious tip of the reflector. - a broad light source, - a reflector, which comprises the light source and which is formed as conical stump with an opening at the widened end of the reflector and a tapered end at which the light source is positioned so that light radiates towards the opening of the reflector, wherein surface lines of the reflector intersect in a fictitious tip, - a lens for bundling the radiated light, wherein the lens is positioned relocatable along an optical axis of the illuminating device within a predetermined relocation area such that the focal point of the lens in radiation direction can be relocated to a zone behind the fictitious tip of the reflector.
A lint processing pump suitable for a laundry appliance, comprising: a pump casing having an interior cavity; an impeller disposed within the interior cavity; and a blade assembly disposed within the interior cavity, adjacent the impeller, the blade assembly including a rotationally operable blade and a filter engaged with the rotationally operable blade; wherein the filter is positioned at least partially around the rotating blade; wherein operation of the rotationally operable blade defines a lint processing state of the blade assembly wherein the rotationally operable blade slidably engages a cutting surface of the filter to process the wet lint into lint particles and move wet lint from the blade assembly toward the impeller. a pump casing having an interior cavity; an impeller disposed within the interior cavity; and a blade assembly disposed within the interior cavity, adjacent the impeller, the blade assembly including a rotationally operable blade and a filter engaged with the rotationally operable blade; wherein the filter is positioned at least partially around the rotating blade; wherein operation of the rotationally operable blade defines a lint processing state of the blade assembly wherein the rotationally operable blade slidably engages a cutting surface of the filter to process the wet lint into lint particles and move wet lint from the blade assembly toward the impeller.
Closing device for building openings or rooms, in particular single or double-leaf safety flap or safety door for pressure lock, having a circumferential tubular frame, which forms an enclosed region within a first plane, having a first plate-shaped element, which contacts the tubular frame on a first side and delimits the enclosed region in a direction orthogonal to the first plane, and having a locking device, which is arranged within the enclosed and delimited region and for the purpose of locking engages through at least one recess provided in the tubular frame, characterised in that a temperature-resistant insulating layer is arranged between the tubular frame and the first plate-shaped element, wherein the tubular frame is formed from a rectangular profile and the first plate-shaped element is fixed via two opposite weld seams on the rectangular profile, and the insulating layer is arranged between the two weld seams. having a circumferential tubular frame, which forms an enclosed region within a first plane, having a first plate-shaped element, which contacts the tubular frame on a first side and delimits the enclosed region in a direction orthogonal to the first plane, and having a locking device, which is arranged within the enclosed and delimited region and for the purpose of locking engages through at least one recess provided in the tubular frame, characterised in that a temperature-resistant insulating layer is arranged between the tubular frame and the first plate-shaped element, wherein the tubular frame is formed from a rectangular profile and the first plate-shaped element is fixed via two opposite weld seams on the rectangular profile, and the insulating layer is arranged between the two weld seams.
Method for forming a metal layer for electromagnetic shielding and thermal management of active components, comprising the following steps (i) providing at least one active component, said active component having a front side comprising at least one chip encased by a layer of molding compound, a back side and side walls; (ii) forming on the back side a protective layer selected from a layer formed by lamination of an adhesive tape, a UV peelable tape and a layer of temporary ink; (iii) forming on the front side and optionally on the side walls an adhesion promotion layer; (iv) plating at least one metal layer on the adhesion promotion layer by wet chemical metal plating processes, (v) after step (iv), heating of the at least one metal plated ayer to a temperature of between 100 °C and 300 °C for 5 to 120 minutes, wherein the protective layer is removed after step (iv) or step (v). (i) providing at least one active component, said active component having a front side comprising at least one chip encased by a layer of molding compound, a back side and side walls; (ii) forming on the back side a protective layer selected from a layer formed by lamination of an adhesive tape, a UV peelable tape and a layer of temporary ink; (iii) forming on the front side and optionally on the side walls an adhesion promotion layer; (iv) plating at least one metal layer on the adhesion promotion layer by wet chemical metal plating processes, (v) after step (iv), heating of the at least one metal plated ayer to a temperature of between 100 °C and 300 °C for 5 to 120 minutes,
A method for executing an application on a local computer system without the application being installed on the local computer system, the method comprising: mounting a remote network file system of a remote computer system on the local computer system wherein the local computer system has access to the mounted remote network file system and wherein the application is stored on the remote network file system; storing registry entries associated with the application in a local memory area of the local computer system; executing the application stored on the mounted remote network file system under the control of an operating system on the local computer system; intercepting registry access calls from the operating system executing the application; and redirecting intercepted registry access calls to the stored registry entries. mounting a remote network file system of a remote computer system on the local computer system wherein the local computer system has access to the mounted remote network file system and wherein the application is stored on the remote network file system; storing registry entries associated with the application in a local memory area of the local computer system; executing the application stored on the mounted remote network file system under the control of an operating system on the local computer system; intercepting registry access calls from the operating system executing the application; and redirecting intercepted registry access calls to the stored registry entries.
A device for executing encrypted programs in a cloud computing environment composed of a plurality of virtual machine servers VM, each VM server comprising a processor able to execute a hypervisor software to assign virtual machines to client terminals via a user network, and at least one authentication server able to establish a bilaterally authenticated connection between a client terminal and the cloud, the device comprising: - means for establishing a bilaterally authenticated connection between a client terminal and the cloud; - a module for generating an encrypted memory image for a virtual machine assigned to said client terminal in response to a connection request to the cloud received from said client terminal; and - a module for executing on-the-fly encryption and decryption operations of read/write data associated with said encrypted memory image, in response to data read/write requests in said encrypted memory image, received by the processor of said virtual machine; the device being characterized in that: - the encrypted memory image generation module comprises means for: - generating a private encryption key to assign a virtual memory image to said client terminal; - downloading on said client terminal the assigned virtual memory image; - encrypting the assigned virtual memory image; and - downloading the assigned and encrypted virtual memory image on the cloud; and - the means for establishing the authenticated connection between said client terminal and the cloud comprise chip card reader type means coupled to said client terminal for calculating an encryption key as a function of a personal code stored on the chip card and means coupled to a cloud authentication server to perform an authentication upon reception of the personal code. - means for establishing a bilaterally authenticated connection between a client terminal and the cloud; - a module for generating an encrypted memory image for a virtual machine assigned to said client terminal in response to a connection request to the cloud received from said client terminal; and - a module for executing on-the-fly encryption and decryption operations of read/write data associated with said encrypted memory image, in response to data read/write requests in said encrypted memory image, received by the processor of said virtual machine; - the encrypted memory image generation module comprises means for: - generating a private encryption key to assign a virtual memory image to said client terminal; - downloading on said client terminal the assigned virtual memory image; - encrypting the assigned virtual memory image; and - downloading the assigned and encrypted virtual memory image on the cloud; and - the means for establishing the authenticated connection between said client terminal and the cloud comprise chip card reader type means coupled to said client terminal for calculating an encryption key as a function of a personal code stored on the chip card and means coupled to a cloud authentication server to perform an authentication upon reception of the personal code.
Device for dispersing a water-soluble polymer with a particle size of less than 1.5 mm composed of: - a wetting cone wherein the polymer is metered, said cone being connected to a primary water inlet circuit, - at the bottom end of the cone: o a chamber for grinding and draining the dispersed polymer including: ▪ a rotor driven by a motor and provided with blades, the blades of the rotor being perpendicular to the horizontal plane of the stator, ▪ a fixed stator including slots rectilinear and parallel to one another, ∘ over all or part of the periphery of the chamber, a ring fed by a secondary water circuit, the ring communicating with the chamber in such a way as to guarantee the spraying of pressurized water onto the stator, characterized in that the slots of the stator are tilted at an angle between 20° and 80° relative to the horizontal plane of the stator. - a wetting cone wherein the polymer is metered, said cone being connected to a primary water inlet circuit, - at the bottom end of the cone: o a chamber for grinding and draining the dispersed polymer including: ▪ a rotor driven by a motor and provided with blades, the blades of the rotor being perpendicular to the horizontal plane of the stator, ▪ a fixed stator including slots rectilinear and parallel to one another, ∘ over all or part of the periphery of the chamber, a ring fed by a secondary water circuit, the ring communicating with the chamber in such a way as to guarantee the spraying of pressurized water onto the stator, o a chamber for grinding and draining the dispersed polymer including: ▪ a rotor driven by a motor and provided with blades, the blades of the rotor being perpendicular to the horizontal plane of the stator, ▪ a fixed stator including slots rectilinear and parallel to one another, ▪ a rotor driven by a motor and provided with blades, the blades of the rotor being perpendicular to the horizontal plane of the stator, ▪ a fixed stator including slots rectilinear and parallel to one another, ∘ over all or part of the periphery of the chamber, a ring fed by a secondary water circuit, the ring communicating with the chamber in such a way as to guarantee the spraying of pressurized water onto the stator,
Automated and versatile autonomous-climbing undercarriage with vacuum suction units, characterised in that - a multicopter with two, three or more rotors or propellers is arranged on the autonomous-climbing undercarriage, where the autonomous-climbing undercarriage and the multicopter move relative to one another by means of a joint, where the multicopter has the ability, by means of a suitable control unit, to have a stabilizing effect on the autonomous-climbing undercarriage if it requires external conditions. - a multicopter with two, three or more rotors or propellers is arranged on the autonomous-climbing undercarriage, where the autonomous-climbing undercarriage and the multicopter move relative to one another by means of a joint, where the multicopter has the ability, by means of a suitable control unit, to have a stabilizing effect on the autonomous-climbing undercarriage if it requires external conditions.
A composition comprising: 1) 50 to 90% by wt. glycerin; 2) a surfactant system comprising a) 3 to 25% by wt. of total composition of glutamate or taurate or mixtures thereof, wherein the amount of surfactant selected from the group consisting of salts of N-acyl derivatives of dicarboxylic amino acid (e.g., aspartic acid, glutamic acid), salts of N-acyl monocarboxylic acids (glycine, alanine) and mixtures thereof is 3 to 25% by wt. of total composition is; and b) 1 to 10% by wt. of total composition of a co-surfactant being betaine, said betaine comprising less than 50% of the surfactant system, wherein the amount of co-surfactant selected from the group consisting of nonionic surfactant; amphoteric and/or zwitterionic surfactant; cationic surfactant and mixtures thereof, is from 1 to 10% by wt. of total composition, 3) 5 to 55% by wt. water. 1) 50 to 90% by wt. glycerin; 2) a surfactant system comprising a) 3 to 25% by wt. of total composition of glutamate or taurate or mixtures thereof, wherein the amount of surfactant selected from the group consisting of salts of N-acyl derivatives of dicarboxylic amino acid (e.g., aspartic acid, glutamic acid), salts of N-acyl monocarboxylic acids (glycine, alanine) and mixtures thereof is 3 to 25% by wt. of total composition is; and b) 1 to 10% by wt. of total composition of a co-surfactant being betaine, said betaine comprising less than 50% of the surfactant system, wherein the amount of co-surfactant selected from the group consisting of nonionic surfactant; amphoteric and/or zwitterionic surfactant; cationic surfactant and mixtures thereof, is from 1 to 10% by wt. of total composition, a) 3 to 25% by wt. of total composition of glutamate or taurate or mixtures thereof, wherein the amount of surfactant selected from the group consisting of salts of N-acyl derivatives of dicarboxylic amino acid (e.g., aspartic acid, glutamic acid), salts of N-acyl monocarboxylic acids (glycine, alanine) and mixtures thereof is 3 to 25% by wt. of total composition is; and b) 1 to 10% by wt. of total composition of a co-surfactant being betaine, said betaine comprising less than 50% of the surfactant system, wherein the amount of co-surfactant selected from the group consisting of nonionic surfactant; amphoteric and/or zwitterionic surfactant; cationic surfactant and mixtures thereof, is from 1 to 10% by wt. of total composition, 3) 5 to 55% by wt. water.
A method with regard to a library of virtual machines, VMs on a computing device, each VM stored in a halted form in such library for retrieval from the library and re-starting on a host computing device, each VM in the library being a software construct that when re-started on a host computing device emulates a hardware system, each re-started VM including a plurality of software constructs, at least one software construct of each VM in the library being non-current and requiring a software update, the method comprising, for each VM in the library: retrieving the VM from the library on a periodic basis and re-starting the retrieved VM on a maintenance host computing device having access to at least one update source but not having access to any host computing device; updating each non-current software construct of the re-started VM at the maintenance host computing device by obtaining the required software update from a corresponding update source as at least one patch; and halting the updated VM and storing the halted VM at the library to await retrieval and re-starting at the host computing device. retrieving the VM from the library on a periodic basis and re-starting the retrieved VM on a maintenance host computing device having access to at least one update source but not having access to any host computing device; updating each non-current software construct of the re-started VM at the maintenance host computing device by obtaining the required software update from a corresponding update source as at least one patch; and halting the updated VM and storing the halted VM at the library to await retrieval and re-starting at the host computing device.