mhurhangee/ep-ind-claims huggingface dataset:
Method to securely and asynchronously provision keys from one source secure device to a target secure device through a key provisioning server for which the keys to be provisioned through the method remain unknown, comprising the steps of: - triggering a key transfer at the key provisioning server, - for the key provisioning server, making a first access control decision to allow or disallow the key transfer, said first access control decision including a first authentication of said source secure device or of a user of said source secure device and if the transfer is allowed, sending a source notification to the source secure device, - for the source secure device, receiving the source notification, then becoming ready to respond and when ready to respond: encrypting a key to be transferred using a transport key so that only the target secure device is able to decrypt, and sending the encrypted key to the key provisioning server, - for the key provisioning server, making a second access control decision, said second access control decision including a second authentication of said target secure device or of a user of said target secure device and if the transfer is allowed, sending a target notification to the target secure device, - for the target secure device, receiving the target notification, then becoming ready to respond and when ready to respond: getting the encrypted transferred key, and decrypting the transferred key using the transport key. - triggering a key transfer at the key provisioning server, - for the key provisioning server, making a first access control decision to allow or disallow the key transfer, said first access control decision including a first authentication of said source secure device or of a user of said source secure device and if the transfer is allowed, sending a source notification to the source secure device, - for the source secure device, receiving the source notification, then becoming ready to respond and when ready to respond: encrypting a key to be transferred using a transport key so that only the target secure device is able to decrypt, and sending the encrypted key to the key provisioning server, encrypting a key to be transferred using a transport key so that only the target secure device is able to decrypt, and sending the encrypted key to the key provisioning server, - for the key provisioning server, making a second access control decision, said second access control decision including a second authentication of said target secure device or of a user of said target secure device and if the transfer is allowed, sending a target notification to the target secure device, - for the target secure device, receiving the target notification, then becoming ready to respond and when ready to respond: getting the encrypted transferred key, and decrypting the transferred key using the transport key. getting the encrypted transferred key, and decrypting the transferred key using the transport key.
Abutment comprising: - a base intended to be stopped against a platform of an implant, - a collar intended to be stopped against a prosthesis, - a body disposed between the base and the collar and intended to come in contact with a transmucosal portion of the gingiva, in such a way to act as fixing surface for the transmucosal portion of the gingiva, - a shank that protrudes in lower position from the base in order to be disposed inside the implant, - a threaded stem that protrudes in lower position from the shank in order to be screwed inside the implant, and - a head that protrudes in upper position from the collar in order to permit the actuation of the abutment and the anchoring of the prosthesis, wherein said body comprises a plurality of collar-shaped ribs that are alternated with a plurality of grooves; characterized in that each rib and each groove have a semi-circular profile along an axial sectional plane. - a base intended to be stopped against a platform of an implant, - a collar intended to be stopped against a prosthesis, - a body disposed between the base and the collar and intended to come in contact with a transmucosal portion of the gingiva, in such a way to act as fixing surface for the transmucosal portion of the gingiva, - a shank that protrudes in lower position from the base in order to be disposed inside the implant, - a threaded stem that protrudes in lower position from the shank in order to be screwed inside the implant, and - a head that protrudes in upper position from the collar in order to permit the actuation of the abutment and the anchoring of the prosthesis,
A method, comprising: based on indication of a first software sample for malware analysis, identifying (301; 503) a first virtual machine of a plurality of virtual machines (103, 105, 107) having installed a first guest operating system compatible with the first software sample; forking (303; 505) a first process of the first virtual machine to create a first child process with a second virtual machine (109; 111) based, at least in part, on the first virtual machine, wherein forking the first process comprises: performing a deep copy of data stored in registers corresponding to a virtual central processing unit, 'CPU', of the first virtual machine into registers corresponding to a virtual CPU allocated to the second virtual machine; marking physical memory pages (201A, 201B, 201C, 201D), to which virtual memory pages written by the first process map, as read-only; and generating a read-only version of a virtual disk of the first process and generating a delta disk for the first child process for use as a writable disk; loading (305; 507) the first software sample into the second virtual machine; and based on analysis of behavior of the first software sample in the second virtual machine, indicating (307; 513) whether the first software sample is malware. based on indication of a first software sample for malware analysis, identifying (301; 503) a first virtual machine of a plurality of virtual machines (103, 105, 107) having installed a first guest operating system compatible with the first software sample; forking (303; 505) a first process of the first virtual machine to create a first child process with a second virtual machine (109; 111) based, at least in part, on the first virtual machine, wherein forking the first process comprises: performing a deep copy of data stored in registers corresponding to a virtual central processing unit, 'CPU', of the first virtual machine into registers corresponding to a virtual CPU allocated to the second virtual machine; marking physical memory pages (201A, 201B, 201C, 201D), to which virtual memory pages written by the first process map, as read-only; and generating a read-only version of a virtual disk of the first process and generating a delta disk for the first child process for use as a writable disk; performing a deep copy of data stored in registers corresponding to a virtual central processing unit, 'CPU', of the first virtual machine into registers corresponding to a virtual CPU allocated to the second virtual machine; marking physical memory pages (201A, 201B, 201C, 201D), to which virtual memory pages written by the first process map, as read-only; and generating a read-only version of a virtual disk of the first process and generating a delta disk for the first child process for use as a writable disk; loading (305; 507) the first software sample into the second virtual machine; and based on analysis of behavior of the first software sample in the second virtual machine, indicating (307; 513) whether the first software sample is malware.
A method for providing an identity of a mobility anchor within a network at which a mobile node is registered wherein a plurality of mobility anchors are present in the network for home registration the method comprising the steps of: receiving at a second server a request message from a first server, the request message requesting the identity of an already selected mobility anchor present in the network for the mobile node, wherein the request message comprises an identity of the mobile node within the network; determining at the second server whether an already selected mobility anchor for the mobile node is present in the network using the identity of the mobile node within the network; and responding by the second server with a response message to the first server, the response message comprising an identity of the already selected mobility anchor, if the already selected mobility anchor for the mobile node is present in the network. receiving at a second server a request message from a first server, the request message requesting the identity of an already selected mobility anchor present in the network for the mobile node, wherein the request message comprises an identity of the mobile node within the network; determining at the second server whether an already selected mobility anchor for the mobile node is present in the network using the identity of the mobile node within the network; and responding by the second server with a response message to the first server, the response message comprising an identity of the already selected mobility anchor, if the already selected mobility anchor for the mobile node is present in the network.
A marking device for applying a code marking on a piece of wood, the marking device comprising several adjustable marking members, each of which comprising a marking element which is capable of applying a mark on a piece of wood and which is shiftable between different positions or states so as to allow a variation of the code marking to be applied by the marking device, characterized in that at least one of said marking members comprises a rotatable marking element, which is arranged to apply a rotationally unsymmetrical mark on a piece of wood and which is settable in different rotational positions in relation to the marking elements of the other marking members.
A computer readable medium having embodied thereon computer executable instructions, which, when executed by a processor of a computer system, cause the computer system to: supply a layering arrangement that implements a single unified cache for applications associated therewith, wherein memory capacity of a plurality of nodes is aggregated into the single unified cache, wherein objects are stored in the single unified cache, wherein the layering arrangement includes. a distributed object manager component that provides distribution of data in the single unified cache, and dispatches requests to various nodes associated with different regions of the single unified cache; an object manager component that includes a notification management component configured to track changes to the regions and the objects; and a data manager component that supplies storage data structures including hash tables for the objects. supply a layering arrangement that implements a single unified cache for applications associated therewith, wherein memory capacity of a plurality of nodes is aggregated into the single unified cache, wherein objects are stored in the single unified cache, wherein the layering arrangement includes. a distributed object manager component that provides distribution of data in the single unified cache, and dispatches requests to various nodes associated with different regions of the single unified cache; an object manager component that includes a notification management component configured to track changes to the regions and the objects; and a data manager component that supplies storage data structures including hash tables for the objects.
A hot melt adhesive composition comprising: 28-75 wt.% of a copolymer of butene-1 with at least one comonomer selected from ethylene, propylene, C5-C10 alpha-olefins and mixtures thereof, having copolymerized comonomer content of 0.5-3.0 wt.%, Melt Flow Rate values measured according to ISO 1133 (190°C, 2.16kg) of from 200 to 1500 g/10min. and a melting point (TmII) higher than 80°C, measured by Differential Scanning Calorimetry with a scanning speed of 10°C/minute; and 25-72 wt.% of at least one additional component selected from among waxes, resins, plasticizers, additional polymers and mixtures thereof, wherein the amounts of A) and B) are referred to the total weight of A) + B). 28-75 wt.% of a copolymer of butene-1 with at least one comonomer selected from ethylene, propylene, C5-C10 alpha-olefins and mixtures thereof, having copolymerized comonomer content of 0.5-3.0 wt.%, Melt Flow Rate values measured according to ISO 1133 (190°C, 2.16kg) of from 200 to 1500 g/10min. and a melting point (TmII) higher than 80°C, measured by Differential Scanning Calorimetry with a scanning speed of 10°C/minute; and 25-72 wt.% of at least one additional component selected from among waxes, resins, plasticizers, additional polymers and mixtures thereof,
A coupler (410,510) for a fluid hydration system, the coupler comprising: a coupling device made of an inflexible polymeric material, the coupling device including a body (302, 502) defining a fluid passage therethrough that is connected to an aperture sized to receive a mating coupling device, the coupling device including a latch configured to move between an uncoupled state and a coupled state to couple the mating coupling device thereto; a valve member (470, 820) positioned in the fluid passage to move along an axis of the coupling device between a closed position and an open position; and, a base (260, 660) made of a polymeric material, the base including a flange member (402, 602) sized to be coupled to a bladder of the fluid hydration system, and the base including a receiving member sized to receive at least a portion of the coupling device and a cavity in fluid communication with the fluid passage of the coupling device, wherein the base is coupled to the coupling device by an overmold to form the coupler, the coupler being fluid-tight, and wherein, when the valve member is moved into the open position, an end of the valve member extends out of the coupling device and into the cavity of the base. a coupling device made of an inflexible polymeric material, the coupling device including a body (302, 502) defining a fluid passage therethrough that is connected to an aperture sized to receive a mating coupling device, the coupling device including a latch configured to move between an uncoupled state and a coupled state to couple the mating coupling device thereto; a valve member (470, 820) positioned in the fluid passage to move along an axis of the coupling device between a closed position and an open position; and, a base (260, 660) made of a polymeric material, the base including a flange member (402, 602) sized to be coupled to a bladder of the fluid hydration system, and the base including a receiving member sized to receive at least a portion of the coupling device and a cavity in fluid communication with the fluid passage of the coupling device, wherein the base is coupled to the coupling device by an overmold to form the coupler, the coupler being fluid-tight, and wherein, when the valve member is moved into the open position, an end of the valve member extends out of the coupling device and into the cavity of the base.
An intercom system which is to be used in an apartment complex which includes a plurality of residential buildings (A, B, C, D, E) and a centralized building that is adapted to communicate with the residential buildings, wherein the intercom system includes in each of the residential buildings: residential room master devices which are disposed in residential rooms, respectively; a plurality of terminal devices (10A to 10D, 20, 50A to 50E, 60A, 60B) which are adapted to communicate with the residential room master devices; and a building controller which is adapted to communicably connect the residential room master devices of the residential rooms in an own building, with the plurality of terminal devices, and the building controller has a building storage section adapted to store: first identification information that, when one of the residential room master devices is called from the centralized building via the building controller, is used by the centralized building to recognize the building controller; and second identification information that, when the one residential room master device is called from the centralized building via the building controller, is used by the one residential room master device to recognize the building controller as a virtual terminal device that is different from the plurality of terminal devices. residential room master devices which are disposed in residential rooms, respectively; a plurality of terminal devices (10A to 10D, 20, 50A to 50E, 60A, 60B) which are adapted to communicate with the residential room master devices; and a building controller which is adapted to communicably connect the residential room master devices of the residential rooms in an own building, with the plurality of terminal devices, and first identification information that, when one of the residential room master devices is called from the centralized building via the building controller, is used by the centralized building to recognize the building controller; and second identification information that, when the one residential room master device is called from the centralized building via the building controller, is used by the one residential room master device to recognize the building controller as a virtual terminal device that is different from the plurality of terminal devices.
Machine for preparing infusions or macerated beverages comprising a jug intended to receive a liquid and a receiving base, said receiving base comprising a motor intended to rotate a drive shaft (3a, 3b) about an axis Δ, said jug comprising a basket filter for receiving an ingredient to infuse or macerate, which is rotated by the drive shaft (3a, 3b) about the axis Δ, said basket filter being movable in the jug between an infusion position wherein the basket filter is immersed in the liquid and coupled with the drive shaft (3a, 3b) and an extracted draining position wherein the basket filter is arranged above the level of the liquid, the jug resting on the receiving base during the preparation of the beverage and being removed from the receiving base, in particular for serving the beverage or cleaning, the jug comprising an upper opening and a cover, movable between a closed position wherein the cover covers the upper opening and an open position wherein the cover is offset from the upper opening of the jug, characterised in that the basket filter is movable along the axis Δ with a clearance reduced to a few millimetres when the basket filter is in the infusion position, said machine for preparing beverages comprising an abutment device (3a, 3b, 48, 54, 68) to limit the mobility of the basket filter along the axis Δ and in that the cover comprises a lower wall which forms part of the abutment device.
A pet activity toy comprising: - a flexible sheet-like mat with an upper surface having one or more first connector elements on said upper surface, and - one or more pouches, each presenting at least one compartment, - each of said one or more pouches having one or more second connector elements configured for being releasably connectable and reconnectable with said first connector elements, for releasably connecting and reconnecting said one or more pouches to said upper surface of said mat, - said one or more pouches being configured to be manipulatable to allow access to or open said compartment while said pouch remains connected to said mat, characterized in that a plurality of first connector elements are distributed evenly across said upper surface, for releasably connecting and reconnecting said one or more pouches to said upper surface of said mat in a plurality of different positions relative to said mat. - a flexible sheet-like mat with an upper surface having one or more first connector elements on said upper surface, and - one or more pouches, each presenting at least one compartment, - each of said one or more pouches having one or more second connector elements configured for being releasably connectable and reconnectable with said first connector elements, for releasably connecting and reconnecting said one or more pouches to said upper surface of said mat, - said one or more pouches being configured to be manipulatable to allow access to or open said compartment while said pouch remains connected to said mat, characterized in that a plurality of first connector elements are distributed evenly across said upper surface, for releasably connecting and reconnecting said one or more pouches to said upper surface of said mat in a plurality of different positions relative to said mat.
An electrostatic atomizing device comprising: a discharge electrode; a counter electrode that is located so as to face the discharge electrode; a liquid supplying unit (3, 30) configured to supply a liquid for electrostatic atomization to the discharge electrode; a current path that electrically connects the discharge electrode and the counter electrode; a voltage applicator that is disposed on the current path and configured to apply a voltage across the discharge electrode and the counter electrode, and characterized in that thus the voltage applicator is configured to intermittently generate a discharge path due to dielectric breakdown so that the discharge electrode and the counter electrode are connected to each other; and characterized by a limiting resistor that is disposed on the current path; wherein the limiting resistor is disposed on a first current path or a second current path included in the current path, the first current path electrically connecting the voltage applicator and the counter electrode, and the second current path electrically connecting the voltage applicator and the discharge electrode. a discharge electrode; a counter electrode that is located so as to face the discharge electrode; a liquid supplying unit (3, 30) configured to supply a liquid for electrostatic atomization to the discharge electrode; a current path that electrically connects the discharge electrode and the counter electrode; a voltage applicator that is disposed on the current path and configured to apply a voltage across the discharge electrode and the counter electrode, and characterized in that thus the voltage applicator is configured to intermittently generate a discharge path due to dielectric breakdown so that the discharge electrode and the counter electrode are connected to each other; and characterized by a limiting resistor that is disposed on the current path; wherein the limiting resistor is disposed on a first current path or a second current path included in the current path, the first current path electrically connecting the voltage applicator and the counter electrode, and the second current path electrically connecting the voltage applicator and the discharge electrode.