Blueprint for Perimeter Security System

Lorem had been hard at work designing and documenting the new perimeter system. It occupied all her available time and she had all but disappeared from interacting with anyone while in her workshop. The fruits of her labor were the final blueprints for Lady Elizabeth to review. She had the staff deliver it to Lady Elizabeth because she desperately needed to shower, relax and rest.

**Title:** SteamGuard Perimeter Security System

**Overview:** SteamGuard is a perimeter security system designed for utmost protection. Combining clockwork precision, steam power, and mechanical engineering, it provides an elegant yet robust solution for safeguarding a perimeter.

**Components and Mechanisms:**

1. **Mechanical Sensors (MS)**:
- Description: Placed strategically along the perimeter, these tripwire-based sensors consist of taut steel wires supported by brass posts.
- Activation: When an intruder crosses the wires, tension triggers a gear-driven mechanism.
- Output: Mechanical motion to initiate subsequent gates and mechanisms.

2. **Steam-Powered Alarms (SPA)**:
- Description: Steam whistles, intricately designed, serve as alarms.
- Activation: Triggered by the MS, steam pressure builds, and a lever releases the whistle.
- Output: A deafening whistle alerts to the intrusion.

3. **Clockwork Cameras (CC)**:
- Description: Brass-framed cameras equipped with rotating plates and lenses.
- Activation: Linked to MS, they capture images upon sensor activation.
- Output: Images returned to the a central hub via cog-driven gears and mirrors. When they activate they also produce a flash, which is a secondary signaling system to the whistle itself.

4. **Pneumatic Locks (PL)**:
- Description: Heavy-duty locks operated by pressurized steam.
- Activation: Triggered by MS, steam pressure actuates locking mechanisms.
- Output: Secures entry points with steam-driven bolts.

5. **Analog Control Panel (ACP)**:
- Description: A beautifully crafted brass panel with levers, gears, and pressure gauges.
- Activation: Manual control by the operator.
- Output: Override and control of security mechanisms.

6. **Communication Devices (CD)**:
- Description: Telegraph systems encased in brass housings.
- Activation: Used for coordination and alerts among security personnel.
- Output: Telegraphic communication for swift responses.

7. **Boiler and Steam Generator (BSG)**:
- Description: Robust boiler and generator to power the system.
- Activation: Maintains steam pressure for all mechanisms.
- Output: Steady steam supply for system operation.

8. **Backup Steam Power (BSP)**:
- Description: Secondary steam generator for power redundancy.
- Activation: Kicks in during primary generator failure.
- Output: Ensures system functionality during power outages.

**Safety Measures:**

- **Safety Valves**: Pressure relief valves to prevent overpressure.
- **Emergency Shutdown**: Manual shutdown levers for immediate system cessation.
- **Regular Maintenance**: Scheduled inspections and maintenance of all components.
- **Operator Training**: Personnel trained in system operation, safety, and maintenance.

**Aesthetic Considerations:**

- Incorporate aesthetics with attention to detail in materials and design.

**Installation:**

1. Place Mechanical Sensors (MS) at strategic points along the perimeter, anchoring wires to solid posts.
2. Connect Steam-Powered Alarms (SPA) to MS via pressure pipes and valves.
3. Install Clockwork Cameras (CC) within sight of MS, linked to the central monitoring system.
4. Position Pneumatic Locks (PL) at entry points, connecting them to MS for activation.
5. Mount the Analog Control Panel (ACP) in a central monitoring room.
6. Establish Communication Devices (CD) throughout the grounds and house for inter-system communication.
7. Place Boiler and Steam Generator (BSG) in a secure, well-ventilated location.
8. Install Backup Steam Power (BSP) adjacent to the primary generator.