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Control Panels
The density of information however remains a function of the number of circuits employed. A system reset usually comes right after. An Initiating Device Circuit known as a Signaling Line Circuit SLC in addressable systems connected to multiple devices within the same "zone" of protection, effectively provides 3 bits of information about the zone to the panel; normal, trouble, and alarm. Users can switch between this Category View and the grid-based Classic View through an option that appears on either the left side or top of the window. The panel may employ a graphical representation of the zone boundaries on a floor plan zone map using textual descriptions, illuminated icons, illuminated sections, or illuminated points on the map corresponding to initiating circuits connected to the fire alarm control panel. Flash Slide show Maker is easy to use with friendly interface. Zones are usually made by dividing a building, or area into different sections.

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It also includes links to internet articles about PC security and current virus threats and notifies the user when the PC's security is compromised.

This panel contains various audio-related functions; Change the speaker volume and type and specify whether to show the volume icon in the notification area. Change the sounds played for the system or specific programs when a certain event occurs, i. Windows Startup or Critical Stop. Change default devices for music playback, recording, voice recognition, MIDI etc.

Change the Sound card settings and whether to use Hardware acceleration. Display the audio devices installed on the computer, and allows them to be configured.

This applet has two main functions, the first is specify settings for Speech synthesis , allowing the user to select the voice the computer should use to narrate text and how fast it should read. The second is to specify settings for Speech recognition , allowing the user to set up different profiles detailing how the computer should deal with an individual's dialect, for instance; The amount of grammatical errors in a person's voice punctuality sensitivity.

The speed at which the person speaks, and the time delay between words. This is used to view and change core system settings, a user can for instance: Display general information on the user's machine such as the amount of RAM , CPU speed and type, the version of Windows the system is using and the manufacturer. Edit the computer name in a network workgroup. Manage and Configure hardware devices, and view information such as the manufacturer, user access and driver version of any hardware device installed on the system via Device Manager.

Specify advanced features such as performance logs, virtual memory settings and roaming profiles. Whether the taskbar should Auto-Hide. Whether to show the clock in the notification area. Allows the user to manage the tray icons. This allows the user to configure their account and other accounts used in the system, should they have sufficient privileges.

They can change their username and password , their picture if enabled and their. If the current user has an administrators account they can also add, delete and modify other user accounts as well as make changes to core system settings. This panel also specifies whether the guest account should be active and whether to use the Welcome screen while Windows loads. Available with Bluetooth enabled systems running XP SP2 or later, this enables users to configure a Bluetooth connection, showing a list of all Bluetooth devices interacting with the system, in addition to the following items; Allowing users to create incoming and outgoing 'virtual' COM Ports, which allow devices to have dedicated connections to the system.

Allowing users to specify general Bluetooth characteristics such as whether the computer is discoverable and the computer's name which is broadcast. Enables a more advanced control of color settings within Windows than is available in 'display', suitable for developers and visual specialists it allows users to create and load International Color Consortium compliant color profiles, associate screen color with printers and cameras and view a 3D graphics plot of the color gamut.

By default this applet is not installed, however it can be installed for free from the Microsoft Website. Similar to the Bluetooth applet, this is used to configure how the computer manages any wireless infrared ports installed, including options such as connectivity and security.

Installing the Client Service for NetWare. Part of Windows Defender , allows users to view detailed information about software that is currently running on the computer that can affect the users' privacy or the security of the computer. Configures speaker configuration and other parameters of the AC3 decoder filter. Adds, remove and changes plotters properties for AutoCAD products. Setting for Mac OS X based computers. To configure Creative Element Power Tools, a free-to-try program providing access to additional Windows tools.

Configures Firebird database server service options. HP Jetadmin configures and monitors HP printers. To customize Windows icons and cursors, see IconPackager. The InstallShield Update Manager allows users to receive program updates and messages from software makers who use the service. To change advanced settings on systems using Intel GPUs.

For changing settings with Java Runtime Console. To configure Oracle 's JInitiator, note x. Launches the Microsoft System Configuration Utility. For specifying who is allowed to use the CD burner with Nero. For specifying settings of the Apple QuickTime Player. To configure the RealPlayer preferences, older versions.

Safarp is a small and fast alternative to the Add or Remove Programs applet. From Tricerat , remote desktop print management solution. To configure the Send To right click system menu in Microsoft Windows. Configures the Symantec LiveUpdate update service.

Conventional panels are used less frequently in large buildings than in the past, but are not uncommon on smaller projects such as small schools, stores, restaurants, and apartments. A conventional fire alarm control panel employs one or more circuits, connected to initiating devices wired in parallel.

These sensors are devised to dramatically decrease the circuit resistance when the environmental influence on any sensor exceeds a predetermined threshold. In a conventional fire alarm system, the information density is limited to the number of such circuits used. To facilitate location and control of fire within a building, the structure is subdivided into definite areas or zones.

Floors of a multistory building are one type of zone boundary. An Initiating Device Circuit known as a Signaling Line Circuit SLC in addressable systems connected to multiple devices within the same "zone" of protection, effectively provides 3 bits of information about the zone to the panel; normal, trouble, and alarm. The panel may employ a graphical representation of the zone boundaries on a floor plan zone map using textual descriptions, illuminated icons, illuminated sections, or illuminated points on the map corresponding to initiating circuits connected to the fire alarm control panel.

Larger systems and increasing demand for finer diagnostic detail beyond broad area location and control functions expanded the control by zone strategy of conventional systems by providing multiple initiating circuits within a common zone, each exclusively connected to a particular type of initiating device, or group of devices. This arrangement forms a device type by zone matrix whose information is particularly suited to the Tabular annunciator In multistorey buildings employing a Tabular annunciator, for example; rows of indicators define the floors horizontally in their stacked relationship and the type of device installed on that floor displays as columns of indicators vertically aligned through each floor.

The intersection of the floor and device indicators provides the combined information. The density of information however remains a function of the number of circuits employed. Even larger systems and demands for finer diagnostic and location detail led to the introduction of addressable fire alarm systems , with each addressable device providing specific information about its state while sharing a common communication circuit.

Annunciation and location strategies for the most part remain relatively unchanged. Multiplex systems, a sort of transition between conventional and modern addressable systems, were often used in large buildings and complexes from the mid to late s into the late s.

Early on, these systems were programmed to function as large conventional systems. Gradually, later installations began to feature components and features of modern addressable systems. These systems were often capable of controlling more than a building's fire alarm system i. HVAC, security, electronic door locks While the main panel was the brains of the system and could be used to access certain functions, fire alarm controls were usually accessed through transponders.

These were smaller conventional panels programmed to 'communicate' the status of part of the system to the main panel and also could be used to access basic fire alarm control functions. Releasing panels are capable of using solenoids to disperse fire-fighting chemical agents such as halon or water from piping located throughout a building. A releasing panel usually will have a manual abort switch to abort an accidental release which could damage property or equipment.

Releasing capability can be part of both addressable or conventional panels. Addressable panels are usually more advanced than their conventional counterparts, with greater information capacity and control flexibility. Addressable fire alarm panels were introduced by many manufacturers during the microcontroller boom in the mid s.

Depending on the protocol used, a Signaling Line Circuit can monitor and control several hundred devices. Each SLC polls the devices connected, which can number from a few devices to several hundred, depending on the manufacturer. Large systems may have multiple Signaling Line Circuits.

Each device on a SLC has its own address, and so the panel knows the state of each individual device connected to it. Common addressable input initiating devices include. Also known as "cause and effect" or "programming", mapping is the process of activating outputs depending on which inputs have been activated.

Traditionally, when an input device is activated, a certain output device or relay is activated. As time has progressed, more and more advanced techniques have become available, often with large variations in style between different companies. Zones are usually made by dividing a building, or area into different sections.

Then depending on the specific zone, a certain amount and type of device is added to the zone to perform its given job. Groups contain multiple output devices such as relays. This allows a single input, such as a smoke detector or MCP, to have only one output programmed to a group, which then maps to multiple outputs or relays. This is the part of a fire panel that has the largest variation between different panels.

It allows a panel to be programmed to implement fairly complex inputs. For instance, a panel could be programmed to notify the fire department only if more than one device has activated. It can also be used for staged evacuation procedures in conjunction with timers. The principle of networking involves connecting several panels together to form a system. Inputs on one panel may activate outputs on another, for example, or the network may allow monitoring of many systems.

Networking is often used in situations where one panel is not large enough, or in multiple-building situations. Networking is also an effective way to decouple systems to reduce the risk of a large portion of a facility going offline at any time due to system failure or maintenance requirements. Sub-Networks can be created using either hardware or software architectures.

Networked systems normally are more costly and involve additional training and system configuration for successful implementation. Although quasi-standards exist that allow panels from different manufacturers to be networked with each other, they are not in favor with a lot of companies.

One of the most common protocols used is BACnet which is common for various type of industrial networks. Interoperable systems greatly reduce the long term maintenance cost of a system and can provide greater emergency response than proprietary offerings. The Arcnet protocol has been used for years in industrial applications and it is also used for networking Fire Alarm Control Panels. More recently, some panels are being networked with standard Ethernet , but this is not yet very common.

Most organizations choose to create their own proprietary protocol, which has the added benefit of allowing them to do anything they like, allowing the technology to progress further. However, a bridging layer between the proprietary network and BACnet is usually available. Networking may be used to allow a number of different panels to be monitored by one graphical monitoring system. In nearly every state in the USA, the International Building Code requires fire alarm and sprinkler systems to be monitored by an approved supervising station.

A fire alarm system consists of a computer-based control connected to a central station. Sharing bandwidth allows the audio or video to play more smoothly, without skips or pauses from buffering.

This is called peer-assisted networking, since peers on the network assist each other to provide a better experience. Flash Player only shares bandwidth using peer-assisted networking with your permission. If you enable this option, you are not agreeing to share your bandwidth whenever an application wants to use it.

You are only allowing applications to ask you whether you want to share your bandwidth. In most cases, you want to share your bandwidth only when you are using a high-speed Internet connection. Note that sharing your bandwidth increases the amount of data your network provider delivers to your device. If you pay a flat monthly fee for unlimited network data, using peer-assisted networking won't increase your monthly bill. However, if you pay for a limited amount of data or are unsure how you are charged for network usage, you probably want to disable peer-assisted networking.

If you do so, you will never be asked whether you want to share your bandwidth. To specify whether or not to use peer-assisted networking, use the Peer-Assisted Networking panel.

You may be aware that some websites work together with your browser to store small amounts of data, called cookies, on your computer for their own use in the future. For example, when you go to a website regularly, it may welcome you by name; your name is probably stored in a cookie, and you can use browser options to determine whether you want cookies or not.

You may also have specified in your browser that pages you visit can take up only a certain amount of disk space. That is, even if you have specified in your browser settings that you do not want cookies placed on your computer, you may be asked if an application that runs in Flash Player can store information. This happens because the information stored by Flash Player is not the same as a cookie; it is used only by the application and has no relation to any other Internet privacy or security settings you may have set in your browser.

Similarly, the amount of disk space you let the application use has no relation to the amount of disk space you have allotted for stored pages in your browser. That is, when SWF or FLV content is being played, the amount of disk space you allow here is in addition to any space your browser is using for stored pages. No matter how you may have configured your browser, you still have the option to allow or deny the application that runs in Flash Player permission to store the information and to specify how much disk space the stored information can occupy.

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Note: The Settings Manager that you see above is not an image; it is the actual Settings the tabs to see different panels, and click the options in the panels to change your Adobe Flash Player settings. The list of websites above is stored on your computer only, so that you can view or change your local storage settings. What can I do with the Settings Manager? Adobe is committed to providing you with options to control SWF or FLV content and applications that run in Adobe Flash Player. A fire alarm control panel (FACP), fire alarm control unit (FACU), or simply fire alarm panel is the controlling component of a fire alarm panel receives information from devices designed to detect and report fires, monitors their operational integrity and provides for automatic control of equipment, and transmission of information .