Abstract: A syringe assembly being assembled from a syringe for dispensing a dental or medical substance, and a protective cover. The protective cover has a geometrically determined, non-foldable tubular protective shaft. The syringe has a cartridge having an outlet for the substance. Further, the cartridge and the protective cover are assembled with the cartridge being received within the protective shaft. The syringe further comprises a dispensing tip that is connected to the outlet for dispensing the substance from the dispensing tip. A first seal is provided between the dispensing tip and the outlet, and a second seal is provided between the dispensing tip and the protective shaft.

Abstract: Examples associated with interference generation are described. One example system includes a personal digital assistant. A listening device in the system may receive voice input to control the personal digital assistant. An interference generator integrated with the listening device may generate a noise pattern to prevent the listening device from receiving voice input. An interface for the interference generator may allow a user to activate and deactivate the interference generator and provide a visual indicator describing whether the interference generator is active.

Abstract: Examples associated with interference generation are described. One example system includes a personal digital assistant. A listening device in the system may receive voice input to control the personal digital assistant. An interference generator integrated with the listening device may generate a noise pattern to prevent the listening device from receiving voice input. An interface for the interference generator may allow a user to activate and deactivate the interference generator and provide a visual indicator describing whether the interference generator is active.

Abstract: A method comprises receiving user input during a boot process requesting a list of selectable boot devices to be provided from which the user can select one of the devices to boot a system. The method further comprises precluding a function from being performed, the function otherwise permitting a user to select the device to be used to boot the system.

Abstract: In one embodiment a flag on a first client device on a network can indicate that a first service is to be synchronized with the second service on the network.

Abstract: A method including initializing at least one component of another computing machine in response to the other computing machine coupling to a computing machine, loading a component driver onto the computing machine for at least one of the initialized components, and configuring the computing machine to use the component driver to control at least one of the initialized components of the other computing machine.

Abstract: A method for modifying one or more system resources is provided. One or more licenses for modifying one or more system resources on a client device can be acquired. An authenticator can be generated and stored on a remote server. The authenticator can be transferred to the client device. The client device can be connected to the remote server and the remote server can authenticate the client device via the authenticator. The remote server can confirm the availability of one or more licenses, and based on the availability of one or more licenses, modify one or more system resources disposed in, on, or about the client device. After modifying the one or more system resources the remote server can decrement the remaining license count.

Abstract: There is provided a system and method for creating a pre-shared key. More specifically, in one embodiment, there is provided a method comprising accessing an identifier associated with a computer system, and performing at least one mathematical function on the identifier to create a pre-shared key for the computer system.

Abstract: A method including initializing at least one component of another computing machine in response to the other computing machine coupling to a computing machine, loading a component driver onto the computing machine for at least one of the initialized components, and configuring the computing machine to use the component driver to control at least one of the initialized components of the other computing machine

Abstract: A method for executing a command including detecting a gesture from a user with a sensor, identifying the gesture and a command associated with the gesture, and identifying at least one corresponding device to execute the command on and configuring a device to execute the command on at least one of the corresponding devices.

Abstract: There is provided a system and method for creating a pre-shared key. More specifically, in one embodiment, there is provided a method comprising accessing an identifier associated with a computer system, and performing at least one mathematical function on the identifier to create a pre-shared key for the computer system.

Abstract: A method for modifying one or more system resources is provided. One or more licenses for modifying one or more system resources on a client device can be acquired. An authenticator can be generated and stored on a remote server. The authenticator can be transferred to the client device. The client device can be connected to the remote server and the remote server can authenticate the client device via the authenticator. The remote server can confirm the availability of one or more licenses, and based on the availability of one or more licenses, modify one or more system resources disposed in, on, or about the client device. After modifying the one or more system resources the remote server can decrement the remaining license count.

Abstract: A pin strap setting override system comprises logic configured to determine whether a pin strap setting for at least one feature of an integrated circuit (IC) is set to enable, the logic further configured to automatically override the enable pin strap setting if a flag stored in a memory indicates a disable setting for the at least one feature.

Abstract: In one embodiment a computer system comprises a user interface and a component disable module including logic to initiate boot operations, and present, on a user interface, a component disable feature when at least one of an active management technology or an alert standard format are disabled on the computer system.

Abstract: An “ownership tag” in a special area of memory of a computer system identifies an owner of the computer system by displaying the ownership tag during initialization of the computer system. The ownership tag may be presented during the installation and execution of the Basic Input Output System. (BIOS) preferably during Power on Self Test (POST) process. An administrator may access the ownership tag by interrupting the process by pressing the an appropriate key, which transitions the computer to an administrator set up mode. An administrator able to enter the administrator password may then alter the contents of the protected memory, changing the ownership tag. The ownership tag is preferably stored in a region of memory not accessible to a typical user, but accessible to an administrator aware of the administrator password. The ownership tag is stored in a flash memory, which is very difficult to remove from the system board, or to modify without administrator-level security access.

Abstract: In one embodiment a computer system comprises a user interface and a component disable module including logic to initiate boot operations, and present, on a user interface, a component disable feature when at least one of an active management technology or an alert standard format are disabled on the computer system.

Abstract: A pin strap setting override system comprises logic configured to determine whether a pin strap setting for at least one feature of an integrated circuit (IC) is set to enable, the logic further configured to automatically override the enable pin strap setting if a flag stored in a memory indicates a disable setting for the at least one feature.

Abstract: A method of and controller for controlling access to a memory region are described. The method comprises driving an unlock signal to an input line based on an unlock value in a lock state memory and restarting a computer system after writing an unlock value to a lock state memory. The unlock value is read from the input line and access to the memory region based on the read unlock value is enabled.

Abstract: A method comprises receiving user input during a boot process requesting a list of selectable boot devices to be provided from which the user can select one of the devices to boot a system. The method further comprises precluding a function from being performed, the function otherwise permitting a user to select the device to be used to boot the system.

Abstract: In accordance with one embodiment of the present invention, a method for recovering a BIOS in a computer is described, comprising: unattendingly loading a BIOS recovery code image into system ROM stored on a bootable device; and unattendingly rebooting the computer.