Galvanized monopole tower
1. Based on its shapes, it is generally divided into 5 types: Goblet type, cathead type, cathead type, shaped type and barrel type.
2. Their structural features are: All kinds of towers are of space truss structures; Bard are mainly composed of single equal angle steel or assembling angle steel; Materials are generally Q235(A3F) and Q345(16Mn); Bars are connected by black bolts with shearing force; Entire tower is composed of angle steels, link plates and bolts; A few components like tower base are assemblies of welded steel plates for convenience of hot galvanizing anti-corrosion, transportation and erection.
3. For steel towers that with height below 60m, shackles are mounted on one of main columns for construction people to climb to work. Our Company is a large scale enterprise specializing in manufacturing of 220KV (330KV) electric power steel tower with advanced manufacturing facility and international top-ranking assembly line.
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Galvanized monopole Towers are used for a variety of communication applications and are ideal for use when zoning is difficult. Monopoles can also be designed as camouflage poles: pine tree poles, flag poles, palm poles and other stealth towers. Many uses include cellular monopoles, wireless internet monopoles, wifi tower, homeland security monopoles, two-way monopoles, and wind tower monopoles.
Based on application, it can be divided into: Strain tower, straight line tower, angle tower, transposition tower (tower for transposition of wire phase position), terminal tower and crossing tower, etc.
Virtual reality has unlimited applications in the medical field!
Virtual reality (VR) has become a well-known form of entertainment, offering an immersive and novel experience. However, its potential extends far beyond leisure. When integrated with healthcare, VR holds the promise of transforming patient care and medical practices in profound ways.
When it comes to overcoming challenges, VR has offered a new sense of hope. A recent study published in the British *Science Report* revealed that patients with long-term paralysis due to spinal cord injuries have made remarkable progress through VR-based training and brain-controlled robotics. These breakthroughs have given them renewed mobility and sensory awareness.
During the research, participants were placed in a virtual environment where they used a brain-controlled exoskeleton to assist in restoring lower-body movement. Out of the eight patients involved, seven were completely paralyzed below the spinal injury. After 12 months of rehabilitation, all patients regained spontaneous muscle function, experienced sensations like touch and pain, and even saw improvements in bladder and bowel control as well as cardiovascular health. Notably, four patients who had been diagnosed with complete paraplegia are now classified as having incomplete paralysis.
Beyond aiding patient recovery, VR is also revolutionizing how doctors work. According to *CNBC*, Dr. Hillin Tiffy from Beverly Hills used VR to perform live hernia surgery. The technology provides a realistic, immersive view of the surgical field, allowing for better education and collaboration among medical professionals. This innovation could reshape how surgeries are taught and shared across the medical community.
Surgeons can also use VR to examine lesions from multiple angles, gain deeper insights into complex cases, and better prepare for high-risk procedures. This level of visualization helps reduce risks and improve outcomes.
In the field of mental health, VR is creating new possibilities. In April, Deutsche Bank highlighted how therapists are using VR to create personalized environments for treating mental illnesses. For instance, the University of Southern California has developed VR therapy for post-traumatic stress disorder (PTSD), while a London-based company uses VR to treat phobias. Traditional methods often face limitations, such as triggering anxiety or making patients feel overwhelmed. With VR, these issues are significantly reduced. Exposure therapy through VR allows patients to confront their fears in a controlled, safe setting. Doctors can adjust the intensity of the virtual environment and even join the patient in the simulation to provide real-time support and guidance.
As technology continues to advance, the applications of VR in medicine will only expand. From rehabilitation and surgery to mental health treatment, VR is proving to be a powerful tool that enhances both patient outcomes and medical expertise. Its impact is just beginning, and the future of healthcare looks increasingly digital and interactive.