Abstract: A smart mobile power device includes an input interface for electrically connecting an external power supply device; a charging circuit unit electrically connected with the input interface; a control unit electrically connected with the charging circuit unit; an electricity storage unit electrically connected with the charging circuit unit and the control unit; a discharging circuit unit electrically connected with the electricity storage unit and the control unit; and an output interface for electrically connecting a hand-held electronic device. A positive power cord, a negative power cord and at least one data transmission cable are connected between the output interface and the hand-held electronic device. The output interface is electrically connected with the discharging circuit unit. The present invention can be used for charge of an electronic product. The input interface and the output interface adopt the common configuration.

Abstract: An ozone functions handset is to provide a sterilizer to a certain handset. Select a place inside the handset, best near the mouthpiece to install a small sized ozone gas producing unit, to start up the ozone gas producing unit by directly using the internal power supply of the phone, then the ozone gas emanates from the eyelets in the shell of the handset, as to sterilize and disinfect the nearby environment and the handset itself, and purify the atmosphere around.

Abstract: A kind of ozone disinfecting non-cordless mouse that is installed with an internal ozone generator module, which is connected to the power of the USB (Universal Serial Bus) plug, such that the ozone generator can produce ozone gas during use of the mouse. The gas is dispelled through a suitable port in the carapace of the mouse, and can disinfect the mouse or its surrounding area, and disinfect or clean the surrounding air. The creation also includes an ozone disinfecting cordless mouse, in which an ozone generator module is installed in the interior of the receiver or recharger outlet of the mouse. This ozone generator module is powered by the existing power supply of the receiver or recharger outlet, and can produce ozone gas when the cordless mouse is inserted into the cradle of the receiver or recharger outlet. The resulting ozone gas is then dispelled through a suitable vent, and can disinfect the mouse or its surrounding area, and disinfect or clean the surrounding area.

Abstract: The present invention discloses an electric jar pot with ozone disinfection function. The device includes a jar pot with an ozone generator and an ozone conveying device. By the power source connected with the device, the ozone generator produce the ozone gas while the device boils water. Through the ozone conveying device, the ozone gas is delivered to the bottom of the jar pot and is released, dissolved in water to form ozone water. Thus the germs inside the water are eliminated, the water is sterilized and purified.

Abstract: A safety device for IV (intravenous) set includes a removable tubing disposed on an IV set. Before use, the removable tuning is clipped on a duct of the IV set, near a needle. After use, the removable tubing is operated for moving from the rear end of the needle (needle bed) to the front end (needle tubing) thereof so that the front end of the removable tubing extends forward and covers the needle tubing completely. While the rear end of the removable tubing is locked and fixed on the needle bed. Therefore, the removable tubing is easy and safe to use and the needle tubing retracts completely into the removable tubing so as to achieve the safety requirement of the use of the needle.

Abstract: A disposable safety syringe consists of a needle, a connecting part, a barrel and a piston. The connecting part is inserted inside an inner tube of the barrel so as to prevent solution therein from leaking. The needle is disposed on a tubular bearing on front surface of the connecting part. The piston is removable—being pushed forwards and pulled backwards. By pushing the piston forwards, the solution passes the connecting part and the needle to be injected into a patient. The device is featured on that a pivotal piece with certain thickness is integrated and connected with a rear-end surface of the connecting part by a connecting piece. The connecting piece acts as a pivot. A round insertion hole with certain diameter is arranged on the center of the pivotal piece. A projecting post having a conic head with a hook on top side thereof, corresponding to the insertion hole, is disposed on a front-end surface of the piston.

Abstract: An ozone functions handset is to provide a sterilizer to a certain handset. Select a place inside the handset, best near the mouthpiece to install a small sized ozone gas producing unit, to start up the ozone gas producing unit by directly using the internal power supply of the phone, then the ozone gas emanates from the eyelets in the shell of the handset, as to sterilize and disinfect the nearby environment and the handset itself, and purify the atmosphere around.

Abstract: The present invention discloses an electric jar pot with ozone disinfection function. The device includes a jar pot with an ozone generator and an ozone conveying device. By the power source connected with the device, the ozone generator produce the ozone gas while the device boils water. Through the ozone conveying device, the ozone gas is delivered to the bottom of the jar pot and is released, dissolved in water to form ozone water. Thus the germs inside the water are eliminated, the water is sterilized and purified.

Abstract: A kind of ozone disinfecting non-cordless mouse that is installed with an internal ozone generator module, which is connected to the power of the USB (Universal Serial Bus) plug, such that the ozone generator can produce ozone gas during use of the mouse. The gas is dispelled through a suitable port in the carapace of the mouse, and can disinfect the mouse or its surrounding area, and disinfect or clean the surrounding air. The creation also includes an ozone disinfecting cordless mouse, in which an ozone generator module is installed in the interior of the receiver or recharger outlet of the mouse. This ozone generator module is powered by the existing power supply of the receiver or recharger outlet, and can produce ozone gas when the cordless mouse is inserted into the cradle of the receiver or recharger outlet. The resulting ozone gas is then dispelled through a suitable vent, and can disinfect the mouse or its surrounding area, and disinfect or clean the surrounding area.