18061163. SELF-LOCKING SPRINKLER HEAD FOR SPRAYING HIGH CORROSIVE CHEMICAL LIQUID MEDIA simplified abstract (SAUDI ARABIAN OIL COMPANY)
Contents
SELF-LOCKING SPRINKLER HEAD FOR SPRAYING HIGH CORROSIVE CHEMICAL LIQUID MEDIA
Organization Name
Inventor(s)
Andreas De Palmenaer of Dhahran (SA)
Mohamed Bouhrara of El Jadida (MA)
Turki A. Alomairi of Dhahran (SA)
SELF-LOCKING SPRINKLER HEAD FOR SPRAYING HIGH CORROSIVE CHEMICAL LIQUID MEDIA - A simplified explanation of the abstract
This abstract first appeared for US patent application 18061163 titled 'SELF-LOCKING SPRINKLER HEAD FOR SPRAYING HIGH CORROSIVE CHEMICAL LIQUID MEDIA
Simplified Explanation: The patent application describes a self-locking sprinkler that includes a mechanism to prevent unwanted rotation of the sprinkler diffusor during operation.
- The self-locking sprinkler has an outer body with a receiving portion and a fluid path between the receiving portion and the outer wall.
- A sprinkler diffusor is threadedly connected to the receiving portion, with a blade for fluid dispersion and a threaded post for attachment.
- The outer wall of the sprinkler has threads for connection to a fluid dispensing system, while the receiving portion has inner threads and a central aperture for the diffusor.
- A self-locking mechanism within the sprinkler exerts a turning momentum to counteract any rotation of the blade, ensuring stability during operation.
Potential Applications: 1. Agricultural irrigation systems 2. Landscaping and gardening sprinkler systems 3. Industrial cooling and dust suppression systems
Problems Solved: 1. Prevents accidental rotation of the sprinkler diffusor 2. Ensures consistent and stable water dispersion 3. Improves efficiency and effectiveness of watering systems
Benefits: 1. Increased reliability and durability 2. Reduced maintenance and adjustments needed 3. Enhanced performance and coverage of water distribution
Commercial Applications: "Self-Locking Sprinkler Technology for Improved Water Dispersion in Agricultural and Industrial Systems"
Prior Art: No prior art information provided in the abstract.
Frequently Updated Research: No information provided in the abstract.
Questions about Self-Locking Sprinkler Technology: Question 1: How does the self-locking mechanism work to prevent rotation of the sprinkler diffusor? Answer: The self-locking mechanism exerts a turning momentum in opposition to the rotation of the blade, ensuring stability and consistent water dispersion.
Question 2: What are the potential benefits of using a self-locking sprinkler in agricultural irrigation systems? Answer: The benefits include increased reliability, reduced maintenance, and improved water distribution efficiency, leading to better crop growth and water conservation.
Original Abstract Submitted
A self-locking sprinkler is disclosed. The self-locking sprinkler includes an outer body having a receiving portion positioned within an outer wall, where a fluid path is formed between the receiving portion and the outer wall, and a sprinkler diffusor threadedly connected to the receiving portion. The outer wall has an outer threaded surface configured to screw into a fluid dispensing system. The receiving portion has an inner threaded surface defining a central aperture. The sprinkler diffusor includes a blade configured to dispense the fluid, and a threaded post extending perpendicularly from the blade, where the threaded post threadably mates with the inner threaded surface. The self-locking sprinkler also includes a self-locking mechanism configured to exert a turning momentum in opposition to a rotation of the blade.
