16: Telescopic Pole and Spray Nozzle for Detaining and Marking | Patent Drawing

Overview of the Patent Drawing

This patent drawing shows a telescopic pole device designed for capturing and marking individuals. The pole (1) features an adjustable gripper mechanism (4, 5) at one end, as well as a spray nozzle (4) integrated into the gripper. The nozzle is capable of emitting substances like tear gas or paint. The image illustrates the pole in action, securing a fleeing individual (A) by the leg while the user controls the pole’s operation using the handle mechanism (6, 7). The device offers both physical restraint and the ability to mark or incapacitate the target from a distance.

Patent Insight 1: Integrated Spray Nozzle for Marking and Incapacitation

The inclusion of a spray nozzle (4) allows the device to emit tear gas or paint, providing a non-lethal method of incapacitating or marking a target. This dual functionality extends the device’s usefulness in crowd control, law enforcement, or security settings. The spray could be used to temporarily impair the target’s vision or mark them for later identification, adding versatility to the restraint mechanism.

Patent Insight 2: Long-Distance Control with Telescopic Pole

The telescopic pole (1) allows the user to engage the target from a safe distance. This feature, combined with the gripper mechanism and spray nozzle, ensures that security personnel or law enforcement can operate the device without close physical confrontation. The extendable pole provides flexibility in various scenarios, allowing operators to adjust the reach based on the distance and situation.

Patent Insight 3: Precision Handling with Dual Functionality

The hand controls (6, 7) offer precision in operating both the gripper (4, 5) and the spray nozzle (4). The user can easily adjust the tightness of the gripper around the target’s leg while simultaneously deploying tear gas or paint as necessary. This dual functionality ensures that the device can respond dynamically to evolving situations, offering both physical restraint and non-lethal deterrence in one tool.

Thoughts on the Patent Drawing

The patent for the “Telescopic Pole and Spray Nozzle for Detaining and Marking” is an invention that could be particularly useful in security and management fields. The patent drawing depicts a system where a telescopic pole equipped with a spray nozzle can detain and mark a subject, showcasing its practicality. This device could be employed in public safety management or security settings, making it easier to temporarily detain and identify individuals or objects. Reflecting on times when I found security checks and management methods fascinating at events, I see how this type of technology could enhance both safety and efficiency on-site. I look forward to seeing how such innovations evolve to support real-world applications.

Keywords

telescopic pole, spray nozzle, tear gas, paint marking, adjustable gripper, restraint device, law enforcement tool, security equipment

Application of the Technology: Airborne Particle Collection and Identification System

Purpose

To apply the telescopic pole and spray nozzle technology to develop a futuristic environmental protection system capable of capturing and identifying airborne particles and debris remotely.

System Components

• Telescopic Pole: A length-adjustable pole designed to reach high altitudes where airborne particles or debris are located.
• Particle Capture Net: A net attached to the pole’s tip to physically collect particles and debris in the air.
• Spray Nozzle: Integrated with the net, it disperses a marking agent onto the collected particles for identification.
• Analysis Unit: A module that analyzes marked particles in real-time and records the data.

Operational Flow

1. Reaching High Altitudes: Deploy the telescopic pole to the altitude where the target particles or debris are located.
2. Particle Capture: Extend the capture net to collect airborne particles and small debris.
3. Marking: Activate the spray nozzle to apply a traceable chemical marker to the collected particles.
4. Analysis and Data Collection: Use the analysis unit to study the marked particles and store the findings in a database.
5. Environmental Planning: Use the collected data to identify pollution sources and develop environmental improvement strategies.

This system contributes to futuristic environmental protection by addressing challenges such as space debris recovery and airborne pollutant particle collection.