WEARABLE ITEMS, AND FLUID TURBINE ELECTRIC GENERATORS AND PROPULSION.

[1807] AT LEAST ONE: Wearable items for Humans and animals. Wearable item includes all items as body cover which can be a piece of close raped around or worn on a body part. Unisex Safety Security Visibility Reflective Vest Construction Traffic Work Wear. Security Safety Reflective Vest Belt Stripe Straps Night Running Jogging Biking. HiVis Safety Vest Reflective Jacket Security Waistcoat Warp Knitting Cloth. Uniform. Suite. Motor cycle suite. race car suite. Protective gear. Helmet sports gear. Motorcycle or bicycle helmet. Head gear and headwear for fashion. Caps and Hats. Costumes. scarfs. Dresses. Gloves. Glass, Safety googles. Sun glass. Safety helmet for work platform or construction site. Wearables for Pets and animals like dog vests and jackets and Horses. Wearable items are fabricated from cotton, leader, plastic, wool, silk or Kashmir. Fiber etc.

[1808] Head gear. A hat, Akuba, balmore, baseball cap, batting helmet, beanie, bearskin cap, beaver hat, beret, bobble hat, a boater, bonnie hat, budenovka, bucket hat bowler, busby, copuchon, cowboy hat, deerstalker, eight point cap, equestrian helmet, fez, Flat cap, top heat, safety helmet, umbrella glasses, sub glasses, a digital watch and so on. Bag, handbag, Purse, A woman Purse. Shoulder bag. Totes. Cross body bag. Clutch Bag. Backpack. rucksack. Shopper. Bucket Bag. Belt Bag. Beach bag. Evening. Logomania bag. Travel and luggage. Trending Bag. Made of Leather, Natural fiber bags. Cotton. Canvas. Jute. Hemp. Oil derived material, Nylon, polyester. Paper.

[1809] Foot gear, or shoe styles and designs. A shoe is an item of footwear intended to protect and comfort the human foot while doing various activities Chappal, Kung fu shoe, a type and style of slip-on shoe traditionally worn while practicing kung fu. Loafers, Lotus shoes, Mary Jane (shoe), Mojari, Moccasin, Monk shoe, Mule (shoe), Opanak, Opinga, Organ shoes, Orthopaedic footwear. Over-the-knee boot, Oxford shoe, Pampootie, Peranakan beaded slippers, Peshawari chappal, Platform shoe, Pointed shoe, ointinini, Rocker bottom shoe, Ruby slippers, Russian boot, Saddle shoe, Sandal, Toe Shoe, Silver Shoes, Slip-on shoe. Slipper, Sneakers (footwear), Snow boot, Spectator shoe, Steel-toe boot, T-bar sandal, Tiger-head shoes, Toe shoe, Tsarouhi, Turnshoe, Venetian-style shoe, Winklepicker, Wörishofer. High-heeled footwear, A traditional galesh, High-heeled shoes with a stiletto heel, A woman wearing jelly shoes, A soft-soled moccasin, A pair of men's Blue branded side-gusset slip-on shoes, Venetian loafers, Huarache (shoe), Jazz shoe, Jelly shoes, Jutti, Kitten heel.

[1810] AT LEAST ONE: Hand Gloves containing separate sheaths or openings for each finger and the thumb; if there is an opening but no (or a short) covering sheath for each finger they are called fingerless gloves. Fingerless gloves having one large opening rather than individual openings for each finger are sometimes called gauntlets, though gauntlets are not necessarily fingerless. Gloves which cover the entire hand or fist but do not have separate finger openings or sheaths are called mittens. Mittens are warmer than other styles of gloves made of the same material because fingers maintain their warmth better when they are in contact with each other. Reduced surface area reduces heat loss. Gloves protect and comfort hands against cold or heat, damage by friction, abrasion or chemicals. Having motion sensor and wiring system connected to a controller and power supply.

[1811] AT LEAST ONE: Bicycle helmet This sports bike helmet by GIRO combines a sporty design and light weight (approx. 270 g) with optimum ventilation. Safe, comfortable and easily adjustable. High quality, intended for the Road, the helmet is very light, robust and ultra-ventilated. The In-Mold design in combination with a thermoformed cage offers great strength and offers strength when opening openings. This maximizes ventilation and is enhanced by the internal channel system of the Wind tunnel, keeping you cool and dry during your efforts. The adaptation is very efficient and very simple. It adjusts the vertical position of the helmet and the occipital tightening. Finally, X-Static foams offer antibacterial protection. Motorcycle helmet. Bicycle safety head cover. All types of safety helmets. A wearable parachute or wing pack, jet pack is also applicable for wind turbine devices. safety gears like head cover knee and elbow cover.

Electric generating shoe. [1812] The invention relates to wearable Items wherein the Inventions are implemented in the said items. Wearable are equipped with the fluid generators and electric machines for heating purpose or In a suite including head gear and foot gear worn in a Interstellar spacecraft or space station with electric magnets magnetic parts as antigravity suite.

[1813] A shoe is an item of footwear intended to protect and comfort the human foot while doing various activities. Shoes are also used as an item of decoration or for sport. The design of shoes has varied enormously through time and from culture to culture, with appearance originally being tied to function. additionally, such as boots designed specifically for mountaineering or skiing. Traditionally, shoes have been made from leather, wood or canvas, but are increasingly made from rubber, plastics, and other petrochemical-derived materials. Shoes are for protection against cold moisture, for hygienic and vulnerable to environmental hazards such as sharp rocks and hot ground, against which, shoes can protect.

[1814] A footwear can also be equipped with wind turbines having a vacuum enclosure with respect to the provided intake and outlet. which may be for heating the boot or shoe by electric heating semiconductor wires made in between the shoe body and in the sole to produce energy for the heating components. We may apply at least a uni-directional wind hydraulic turbine in the sole of the footwear. The shoe is airtight and water tight made for this propose and will function when submerged in liquid. The turbine is made in a cavity provided in the flexible material to be fitted in between the guides. To adapt a turbine device for this purpose we separate the shoe sole and de foot in three major parts. The forefoot, the midfoot, and the hindfoot. The fluid driven turbine generator is placed in the center of the midfoot. in the forefoot and hindfoot two air cushion inter connected with two ducts at midfoot along the turbine body.

[1815] The air cushions are connected with hollow intake ducts, which are provided around the exterior sides of the forefoot and the hindfoot to suck air into the air cushion when the shoe is lifted from the ground wherein the valve at the tube end which is hanging like hinged, in the cushion in front of the air ducts opening at the interior. The valve opens and air is sucked in to the air cushion when the foot is airborne. The turbine at the center of the mid foot is connected with a tube and a sleeve connection to the fore foot cushion opposing the turbine inlet with the inlet sleeve of the turbine in a straight forward duct to said air cushions. The rear exhaust is made in crass to the sides of the rear midfoot by a hollow reinforced ducts to remain open permanently, the cross tube has a T connection with a smaller tube connected to the sleeve of the exhaust.

[1816] For an exit on both sides of the footwear. The turbine having a diameter and height or size of one or two buttons, When the individual is walking by lifting the feet of the air cushion is filled with air so that when the foot is placed on the ground the air cushion is compressed and air is injected into the turbine inlet connected to a cylindrical body having an axis at the center mounted for rotation in the body with a plurality of rotor blades attached to the axis. The rotor containing two enclosing discs at bot rotor ends which contains a film of Nano magnetic material and which is opposing the upper and lower body with a minimum spatial gap for rotation.

[1817] The lower and upper dick like turbine enclosure is equipped with thin electric magnetic coils having the two output coil wires connected with at least one diode at the exterior of the turbine where on a heating circuit is coupled. Or a LED lights are coupled or ells. With this device one may generate energy even when walking or running. The device can be switched on or of a switch is provided behind in the sole which is a circuit breaker. The circuit boards are printed component or SMD components in the turbine having a film a Nano magnetic material and super conductive coils. The midfoot also containing said circuit board having stabilizer circuit amplifiers and rectifiers and a charger circuit for a rechargeable battery. The battery is placed which is supplied through an electrolytic capacitor, is to keep the heating device working constantly because electricity is generated with constant interruptions by the foot being airborne and earthed. The embodiment strictly exemplary and is not limited to this arrangement and can be altered wherein the device can be altered the location and electric components.

[1818] Footwear with internal heating system comprises a temperature sensor and microchip controlling the internal temperature of the heating wires and the shoe, the sensors are placed in at least on part of the shoe between the heating wires which also functions a thermostat with the circuit. The temperature is regulated till a certain comfortable temperature and may contain additional means for adjusting the temperature. The electrolytic capacitor serves also as a tank for electric supply mated with the heating circuit of insulated wires of semiconductor material which has a continuous energy supply, because of the interruption in generating energy, because the foot goes up and down, the generation of energy is with intervals. By inflating the aircushion and deflating the aircushion. The shoe can be equipped with lighting diodes which can function as overload. The generator current is captured in a primary spool and a secondary spool which absorbs voltage peak and the capacitor also absorbs a voltage peak.

[1819] The shoe can be a sports shoe or a working boot where a jump can create a sudden peak. The current is amplified and used and rectified and mated with the electronic units. The air cushion is made such that implodes and retract its self in shape of the cushion. This is amplified by the structure of the shoe. Additional reinforcement can be added to the in the air cushion. The LEDs are actually the overload or switched when the heating system is turned off. Applicable for all types of footwear. The footwear can be mated by small connectors and wires with other wearable items. These items may also be equipped internally with heating wires. The wearable part having the same as the footwear wherein aircushions be squished by the individuals, and inflating and deflating the aircushion or even an airbag will generate energy and heat the wearable item. The wearable item can be a jacket from an individual in a very cold region.

[1820] A Shoe is a wearable item that id equipped with turbine generator for generating electric current. A shoe can also be equipped with linear electric generators. Made in the mid sole of the shoe-sole or in small nops extending from the outer sole. Shoe, boots and sandals come in many categories. Sport shoes are ideal for the reason that the electronic MEM HRS based sensing system and electronics will measure locomotion and store this information. The individual can read his traveling speed and the quantity of steps taken, weight of the individual transmitted wireless. This shoe can be applied in electronic systems such as virtual reality. A wearable parachute or wing pack, jet pack is also applicable for wind turbine devices.

[1821] In different embodiment, the manual gyroscopic controls including virtual reality controllers in wearable items, Digital and optical connected and converted wherein analog signals are converted by an AD converter an the signals are amplified and digitally converted and processed and digitally communicated by optical cables or optical wireless communication to the devices and automated system. The automated system can be bypassed by the pilot. The controllers and cockpit of the speeding or flying objects are also provided in virtual reality (VR) is a computer-generated scenario that simulates the controlled speeding or flying object through software and its inboard and outboard camera microphones and remote sensing technology around the vehicle which is also applied in virtual reality, whereby the surrounding environment is scanned and processed in milliseconds and a image is created and refreshed constantly of the surroundings, and its instruments, also given the pilot a view of the outside and the surroundings, wherein the cockpit and controls are simulated in the computer program in the 3D virtual reality. Which is a realistic environment of the flying and speeding object.

[1822] The immersive environment is similar in order to create a that environment and control or fly or drive the object from a base on land or at sea, communicating by means of radio communication which may be in Megahertz or Gigahertz, and relinked by satellite or a second drone while the first drone is unable to receive the satellite beam or radio signal because it is operated at the other part of the globe flown or driven or both combined, by means of virtual reality VR technology most commonly uses headsets and digital display or multi- camera projected environments. The pilot having all the controls available in virtual reality to be controlled in virtual reality, in combination with physical environments, to generate realistic images, including voice command and sounds and other sensations that simulate a user's physical presence in a virtual environment.

[1823] A person using virtual reality equipment has the ability "look around" the artificial and the camera projected world, move around in it, and interact with virtual features and the controls disc, rings, switches buttons and faders serving as throttle, which are linear potentiometers. The effect is commonly created by VR headsets consisting of a head-mounted display with a small screen in front of the eyes and earphone or headphone, but can also be projected on multiple digital screens and speakers, combine with the virtual reality cockpit or cabin and or camera view of the road or aerial view. VR systems that include transmission of vibrations and other sensations to the user through controllers in wearable parts like a hand globe having motion sensors in every movable bendable part which is imitated by the computer software where the flight controllers are also provided in virtual reality to be controlled by the hand by means of gloves.

[1824] The virtual reality gloves are fully equipped with sensors in form of micro switches and microprocessors unit and touch sensors or contact sensors made in or on the controller gloves worn one or both hands, the touch sensitive sensors on the lower fingers and hand palms enhance the hands touch sensibility, so that when the hand is passed along ant type of controller that controller may light up or change color or other type of indicator, indicating that controller is in contact and engageable. connected by multiple cables or blue tooth, infrared, or radio communication. The wiring at the exterior are mated with the computer system by digital optical cables and connected to the sensor unit. The pilot controlling a drone having a security camera what can be moved in all directions by the pilot by a second controller ball or by the automated computer system locked on a stationary or speeding object, movable in any direction to target ground and aerial objects for surveillance and recording and mapping changes in the patterns of the environment.

[1825] A head set in a wearable pair of headphone with a microphone. This device is in different arrangement and size which is applied for controlling and communicating purposes. The microphone also serves for voice-controlled instructions or commands. This device is also part of the gyroscopic manual comptroller and for the manual controller disc. The device is also applied for more applications including on vehicles such as a bicycle for navigational instructions for the driver.

[1826] The devices are on wearables such as a vest or large band around the body equipped with wind turbines, which generate energy while swimming, jumping from a plain, sky serving, running, jumping or other type of motion individuals can make which can all generate energy. Motion or compressing of an air pocket, air cushion or air bag that generate energy. The device can be in a watch, in heat, in a headphone and other wearable and accessories.

[1827] A portable communications device is a hand-held or wearable device. For example, the walkie-talkie is a device that is handheld when in use, and wearable when not in use. Portable telephones (cellular telephones) are also carried, or worn, on a belt, or in a pocket. Portable computers are computers that can be hand-held, used on a lap, or worn in a pocket, belt, or the like, such as Personal digital assistants (PDAs). PDAs are almost always worn (pocket or belt) when not in use, but some are also usable when worn (e.g. with eyeglass-based displays as well as electric seeing aids such as eyetap devices). The Portable class of device exists at one end of a continuum.