When you feel hopeless and exhausted, fighting back against illness may seem impossible. That is where Dr. Hulda Clark’s invention of zappers comes into play – these small electronic devices emit frequencies which kill parasites, bacteria and other pathogens to restore your wellbeing.
What is a Zapper?
A zapper is an electrical device designed to kill flying insects by producing a high-voltage electric field between two wires. Also referred to as an insect killer or electrocutor, bug zappers have become popular with homeowners and food handlers as they eliminate mosquitoes that spread West Nile virus, Lyme disease, yellow fever, malaria and encephalitis. They work by drawing insects towards them with light sources before electrocuting them when they contact its wire grid grid grid grid grid; its name comes from this sound when an insect dies.
Hulda Clark, an alternative health practitioner with a highly controversial practice, created the Zapper as part of her controversial antiparasite therapy approach to curing various diseases by eliminating parasites and toxins from the body. The device consists of a low-voltage pulse generator circuit producing dual polarity square waves at 30kHz that travel between copper handle and electrode that the user holds onto during treatment, and an oscilloscope for measuring output which should ideally feature 100% positive offset with 50% duty cycle for optimal effectiveness.
The best bug zappers are enclosed in plastic or metal cages to protect both people and other animals from touching the high-voltage grid, as well as contain light sources emitting both visible and ultraviolet light. Flying insects such as mosquitoes are drawn to light because their natural behavior responds positively phototaxis; that means they move towards or away from it depending on intensity or direction of illumination. When attracted by light in a bug zapper’s light source they become vulnerable to electrocution when touching its wire grid grid.
Bug zappers should be cleaned regularly to prevent build-up of insect parts on their wire grid, which could impede their efficiency and be potentially hazardous in sterile environments such as hospitals. Insect parts could spread bacteria and viruses that cause illness; those using bug zappers in these types of environments should install fans for airflow purposes to minimize contamination risks.
How Does a Zapper Work?
Before using a bug zapper, it’s important to know exactly which insects you’re trying to kill. Certain kinds of insects respond to phototaxis – meaning they either gravitate toward or away from light sources – meaning bug zappers use light-based lures and wire grid traps to lure in flying bugs for capture. They tend to work best between dusk and dawn when many flying insects are active.
Since their first invention was patented in 1934, bug zappers have remained relatively unchanged in terms of design. Their basic architecture consists of an exterior housing designed to keep people and animals away from its electrified grids inside. This may take the form of a lantern-like lantern housing, cylindrical casing or large rectangular cube made of plastic or electrically grounded metal; and can even feature protective mesh covering to shield against children or larger animals who try to stick their hands inside the device.
At the core of every bug zapper is a light source emitting both visible and ultraviolet (UV) light, with UV lights particularly attractive to insects due to their resemblance of natural flower patterns seen in their environment. When bugs fly towards this light source they attempt to enter small gaps within its wire grid – only to be instantly destroyed upon touching its surfaces!
Depending on the type of bug zapper, its UV light may also emit an attractant that lures specific insects to it. For instance, mosquito zappers often include lures that mimic human breath and sweat chemicals to attract mosquitoes while Octenol matches chemicals found in mosquito salivary glands to attract these pesky pests.
Some zappers come equipped with fans that help trap insects as they fall to the ground, helping prevent them from becoming health risks for people or animals by eliminating the chance that decaying body parts spread disease through airborne debris. It is wise to avoid placing bug zappers near areas where people congregate for extended periods, food preparation areas or anywhere that requires long periods of concentration, since electrically stunned insects could contaminate these spaces through airborne contaminants that become airborne after being electrocuted and become airborne again after landing on solid ground surfaces.
What Are the Benefits of Using a Zapper?
The current of a zapper gently stimulates bloodstream, helping clear out all diseased tissues and cells to restore balance and heal. Furthermore, its current appears to reverse positive charges on parasites, bacteria, fungus in blood and lymph fluid so white blood cells can digest them and flush them from your system.
Some have reported that zapping can help alleviate symptoms associated with chronic conditions like asthma, arthritis and fatigue. Full recovery may take some time; the zapper should be used alongside other methods. Pregnancy should be avoided and pacemakers should not be worn while using this device; drinking plenty of water post session is also vitally important.
A zapper can be purchased in many health stores and online. The device consists of two rods that can be held in either palm of hand for easier use or placed against the body to release low-frequency electromagnetic currents that penetrate and kill parasites, bacteria and fungus in your body. There are a number of models available ranging from small boxes worn next to skin to larger devices with hand grips; some zappers contain pre-programmed frequencies from Dr. Clark’s works while others allow users to select programs themselves.
The Zapper can be set to operate across a wide spectrum of frequencies from 10Hz-1 MillionHz; each frequency corresponds with specific types of parasites, bacteria or fungus that it targets. Users can set it as either a fixed frequency or allow it to scan across the entire spectrum to check for organisms at each output level; additionally it can warn users if their batteries become low.
The zapper has proven itself effective at eliminating most types of parasites, bacteria and fungus; including various viruses like AIDS, herpes and influenza. Furthermore, some individuals have reported relief from asthma, allergies or arthritis by using it regularly.
How Much Does a Zapper Cost?
Price-wise, bug zappers range between $25 and $100 in terms of quality; on average. More expensive models tend to have better assembly, higher light wattage output and greater voltage capability – yet tend to use more electricity; therefore if your electricity costs are sky high this should be taken into consideration when making your decision.
Zappers can not only keep insects out of your home, but they’re also great at deterring them from outdoor areas like gardens, pools and patios. Just bear in mind that they might not be as effective at repelling flies and mosquitoes than other forms of insecticide.
Many people believe that bug zappers can help treat health conditions such as allergies, autoimmune disorders and depression by emitting low-level pulses of electromagnetic frequencies into their bodies. It is thought these frequencies kill parasites and pathogens while encouraging good bacteria in your system to flourish.
Experts, particularly entomologists, dispute this claim by noting it takes many zappers to reduce an insect population in any one location and even then might increase overall bug populations in an area. Still, consumers vouch for their zappers and say it makes them feel invigorated after using one; others simply enjoy seeing bugs die right in front of their eyes!
