Igniter

Abstract

The present invention is to provide an igniter having a body with an anti-slip part for preventing the igniter from slipping off user's hand, which comprises an embedment channel bundled with an anti-slip piece, at least an observation window jutting out the embedment channel, allowing user to observe fuel content filled in a fuel container inside the body through the observation window, and a hollow-out hole is disposed on the anti-slip piece corresponding to the observation hole. By means of this, when the anti-slip piece is fitted in the embedment channel, the observation window can be embedded with the corresponding hollow-out hole mutually so as to further firmly fasten the anti-slop piece on the body.

1 . An igniter comprises: 
 a body with one ignition part over one end,    an anti-slip part installed on another end of the body for user to hold, in which the embedment is installed on another side of the body so that the opposite two sides of the embedment channel are extended on the opposite two faces of the body and the anti-slip piece is embedded into the embedment channel,    a fuel container installed inside the body to correspond the position of the anti-sip part and filled with a fuel to supply the ignition part in generation flame,    and a button installed on one side of the body in the proximity of the ignition part for controlling a high voltage generator installed inside the body so that the fuel in the fuel container can diffuse through the ignition part when the button is pressed and meanwhile, the high voltage generator can emit a current on the ignition part to ignite the fuel.    
   
   
       2 . The igniter of  claim 1 , wherein the position where embedment channel corresponds to the fuel container is installed at least an observation window and when the anti-slip piece is embedded in the embedment channel jointly, the observation window is just fitted with the corresponding hollow-out part mutually.  
   
   
       3 . The igniter of  claim 1 , wherein the ignition part comprises: 
 an ignition end,    a tube built in with a gas line and an electrically conductive line, in which one end of the gas line is connected with the fuel container to transmit the fuel in the fuel container, one end of the electrically conductive line is connected with the high voltage generator to transmit the current generated by the high voltage generator and another ends of the two lines are connected inside the ignition end.    
   
   
       4 . The igniter of  claim 1 , wherein the anti-slip piece is directly embedded in the embedment channel to form the anti-slip piece by virtue of inject-forming technique when producing the body of the igniter.  
   
   
       5 . The igniter of  claim 1 , wherein one side of the anti-slip facing to the embedment channel is installed the glue.