1. An apparatus, comprising:
at least one processor; and
at least one memory, wherein the at least one processor and the at least one processor provide operations comprising:
storing one or more virtual identity cards comprising a plurality of identities for a user with associated functionality, wherein at least two of the identities have different nymity levels, wherein the nymity levels comprise a verinym including an identity traced to the user, a pseudonym including a persistent fictitious name, and an unlinkable anonymity, wherein the verinym identifies the user by a verinym name or associated private data, wherein the one or more virtual identity cards further comprise one or more credentials and the associated private data to enable personalization to a service provider, and wherein a mobile operator provides at least one of the pluralities of identities;
selecting a virtual identity card from the one or more virtual identity cards based on a nymity level corresponding to the nymity level required by a physical service card for a transaction at the service provider for the transaction; and
accessing and operating on functionality associated with the selected virtual identity card, wherein
the user is enabled to securely use the selected virtual identity card for the transaction at the service provider for the transaction.
2. The apparatus of claim 1, wherein the mobile operator provides authentication of at least one of the pluralities of identities, wherein the identities are in the form of physical identification modules, and the apparatus further comprises: a display for displaying information regarding the modules;
a keyboard for data entry; and
a local processor for processing functionality associated with at least one of the plurality of identities.
3. The apparatus of claim 1, further comprising: maintaining history information for at least one of the plurality of identities.
4. A method, comprising:
storing one or more virtual identity cards comprising a plurality of identities for a user with associated functionality, wherein at least two of the identities have different nymity levels, wherein the nymity levels comprise a verinym including an identity traced to the user, a pseudonym including a persistent fictitious name, and an unlinkable anonymity, wherein the verinym identifies the user by a verinym name or associated private data, and wherein the one or more virtual identity cards further comprise one or more credentials and the associated private data to enable personalization to a service provider;
selecting a virtual identity card from the one or more virtual identity cards based on a nymity level corresponding to the nymity level required by a physical service card for a transaction at the service provider for the transaction; and
accessing and operating on functionality associated with the selected virtual identity card, wherein the user is enabled to securely use the selected virtual identity card for the transaction at the service provider for the transaction.
5. The method of claim 4, further comprising logging on, wherein the logging on to a service of the service provider comprises:
completing an application form;
being granted an identity;
logging on to the system; and
associating the granted identity with other identities of the user.
6. The method of claim 4, further comprising generating a list of the at least one of the plurality of identities.
7. The method of claim 4, further comprising:
automatically presenting a second identity that has been associated with the first identity.
8. The method of claim 4, wherein the verinym comprises at least one of a credit card number, a telephone number, a street address, and an e-mail address.
9. The method of claim 4, further comprising:
maintaining history information about the usage of the identity.
10. A non-transitory computer program embodied on a computer readable storage medium, the computer program being configured to control a processor to perform a process, the process comprising:
storing one or more virtual identity cards comprising a plurality of identities for a user with associated functionality, wherein at least two of the identities have different nymity levels, wherein the nymity levels comprise a verinym including an identity traced to the user, a pseudonym including a persistent fictitious name, and an unlinkable anonymity, wherein the verinym identifies the user by a verinym name or associated private data, and wherein the one or more virtual identity cards further comprise one or more credentials and the associated private data to enable personalization to a service provider;
selecting a virtual identity card from the one or more virtual identity cards based on a nymity level corresponding to the nymity level required by a physical service card for a transaction at the service provider for the transaction; and
accessing and operating on functionality associated with the selected virtual identity card, wherein the user is enabled to securely use the selected virtual identity card for the transaction at the service provider for the transaction.
11. The computer program of claim 10, further comprising logging on to a service of a service provider, wherein the logging further comprises:
completing an application form;
being granted an identity;
logging on to the system; and
associating the granted identity with other identities of the user.
12. The computer program of claim 10, the process further comprising:
automatically presenting a second identity that has been associated with the first identity.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A floating support having a hull for off-shore oil production in an arctic or antarctic zone, the support being fitted under its hull with a disconnectable turret from which there extend anchor lines to the sea bottom and bottom-to-surface connection pipes, said hull including longitudinal lateral sides extending in its longitudinal direction (XX), wherein said longitudinal lateral sides carry respective pluralities of devices for localized destruction of pack ice, each device comprising a destruction tool having at least one pointed portion comprising a rigid structure suitable for breaking pack ice by repeated actuation in one of a vertical pivoting and a translation of said tool relative to said longitudinal lateral side, said point, on moving downwards, thus bearing in localized manner against the surface of the pack ice with a force capable of breaking the ice over its entire thickness by bending, at least after a series of repeated downward and upward actuations, said tool being actuated in said one of the pivoting and translation with the help of a pivoting andor translation guide structure applied against the longitudinal lateral side of the support.
2. The floating support according to claim 1, further comprising a multiplicity of destruction devices on both of its longitudinal sides, the destruction devices being juxtaposed side by side over substantially the entire length of said sides.
3. The floating support according to claim 1, wherein said pack ice destruction device comprises means for guiding and moving the destruction tool in vertical translation over the height of the side between a storage position above the level of pack ice and a, working position below said storage position, and means for actuating downward and upward pivoting of the destruction tool between the surface of the side and the surface of the pack ice so that pivoting of said tool enables the tool to reach a sufficient depth to pass through the entire thickness of the pack ice, at least after a series of repeated downward and upward actuations in pivoting.
4. The floating support according to claim 1, wherein actuating said destruction tool enables a force of at least 1000 kN to be applied to the surface of the pack ice and enables the pack ice to be broken over its entire thickness by bending over a length lying in the range 3 m to 15 m.
5. The floating support according to claim 1, wherein the destruction tool comprises a rigid platform extending longitudinally and substantially horizontally along the side of the support over a length lying in the range 3 m to 15 m, and having a width of 2 m to 5 m, and supporting on its underface a plurality, of said pointed rigid structures disposed side by side and secured to said platform.
6. The floating support according to claim 1, wherein said pointed rigid structure is constituted by steel plates, disposed at an angle relative to one another of 30\xb0 to 120.
7. The floating support according to claim 6, wherein said pointed rigid structure is constituted by three steel plates disposed as a trihedron or by four steel plates disposed as a pyramid.
8. The floating support according to claim 7, wherein said pointed rigid structure is constituted by two rectangular steel plates disposed at an angle one against the other.
9. The floating support according to claim 3, wherein said pack ice destruction device includes a guide structure for guiding the destruction tool in translation and in pivoting, the guide structure comprising at least one carriage, suitable for moving vertically in translation along at least one guide rail, said carriage supporting at least one actuator, with the end of the actuator cylinder being pivotally hinged to said carriage, said tool being supported and pivotally hinged firstly to said carriage, and secondly to the end of the actuator rod, such that said tool may be stored together with the carriage in said storage position above the level of the pack ice, said actuator being in a retracted position and said carriage being capable of being moved down in translation to the working position, and of being blocked in said working position so that extending said actuator causes said destruction tool to pivot, said point(s) being capable of reaching a sufficient depth to pass through the entire thickness of the pack ice when the actuator rod is fully extended.
10. The floating support according to claim 9, wherein said carriage includes gearing driven by an electric or hydraulic motor and co-operating with a guide rail of the rack type.
11. The floating support according to claim 9, wherein said destruction device has two guide rails extending vertically and in parallel over the height of the side from above the deck of the floating support to immediately above the level of the pack ice, each guiding a motor-driven carriage, the base of the carriage having pivotally hinged thereto a said platform on its longitudinal side closest to said side of the support, and said storage portion having an end of a hydraulic actuator cylinder pivotally hinged thereto, the end of the actuator rod being pivotally hinged to said platform, close to the side of the platform that is furthest from said side of the support.
12. A method of destroying a pack ice using a floating support according to claim 1, wherein the various destruction devices along the length of the side of the floating support facing the pack ice are actuated.
13. The method of destroying pack ice according to claim 12, wherein the various destruction devices disposed side by side are actuated successively one after another sequentially along the length of the side facing the pack ice.
14. The method according to claim 12, wherein said floating support is fitted with azimuth thrusters and with bow thrusters that are used to cause the floating support to turn so that it takes up a position facing the pack ice head-on once sufficient pack ice has been destroyed with said destruction devices to enable the floating support to be received in a channel thus created.