the invention of the preferred embodiments pertains to an assembly for extending a welding rod with a particular application to smaw techniques . although the invention is described in connection with particularly preferred arrangements of component parts , various alternative configurations are possible within the purview of the preferred embodiments . the following preferred embodiments are illustrative only . modifications to the preferred embodiments will be readily apparent to those skilled in the art without departing from the spirit and scope of the invention . for convenience , similar elements are designated throughout the drawing figures with the same reference numerals . an embodiment of the welding rod extending assembly 10 is shown in fig1 used in conjunction with a conventional electrode holder 1 and an electrode ( or welding rod ) 2 . broadly , the welding rod extending assembly 10 comprises an elongated member 20 and a housing portion 60 . the elongated member 20 connects at a first end 21 with the electrode holder 1 and at a second end 22 with the housing 60 . the elongated member 20 is preferably formed of a lightweight and pliable material so that it can be manipulated to facilitate placement of the welding rod 2 at various angles and positions . also , the elongated member 20 is preferably made of a material which can be bent and straightened numerous times without breaking it . the bending can be performed manually or with a suitable tool . in a preferred embodiment , the elongated member 20 is a standard # 4 solid copper wire of approximately 6 inches to 4 inches in length for standard smaw applications . the length of the elongated member can be adjusted , depending upon the requirements of the particular application , i . e ., the desired distance between the electrode holder 1 and an end 3 of the electrode 2 involved in the welding operation . as shown in fig2 a , insulation 23 is provided along substantially the entire length of elongated member 20 between the electrode holder 1 and the housing 60 to prevent accidental arcing . the insulation 23 may be any nonconductive material such as fiberglass or scrap cable insulation . the insulation 23 electrically insulates the elongated member 20 . approximately one inch of length of the elongated member 20 that is in contact with the electrode holder 1 may remain uninsulated . a like portion 24 on the opposite end of the elongated member may remain uninsulated as shown in fig4 . also as shown in fig1 the housing 60 comprises a receiver 70 and a tip 80 . the housing 60 connects at a first end with the elongated member 20 and at a second end with the welding rod 2 . in a preferred embodiment of the invention , the entire housing 60 is constructed from brass . a collet 90 is preferably provided within the housing 60 and extends between the receiver 70 and the tip 80 to grip the electrode 2 . details of the connection between the collet 90 , the receiver 70 , and the tip 80 are provided below in connection with fig4 - 7 . the details of the receiver 70 are further shown in fig2 a . the receiver 70 is preferably connected to the elongated member 20 with set screws 72 a and 72 b . the receiver 70 also includes a threaded aperture 76 in which the collet 90 is disposed . the receiver 70 is preferably surrounded by a temperature resistant insulating material 74 , such as a tape , that can be wrapped around the receiver 70 . the insulating material 74 electrically insulates the receiver 70 . fig7 b shows the tip portion 80 of the housing 60 . the tip portion 80 includes an externally threaded opening 82 for receiving the collet 90 and an internal bore 83 for receiving the welding rod 2 . the tip 80 is preferably surrounded by a temperature resistant insulating material 84 , such as a fiberglass tape or any other nonconductive material , that can be wrapped around the circumference of the tip 80 . the insulating material 84 electrically insulates the tip 80 . the collet 90 may have any suitable construction and may be made of any suitable material . for example , the collet may have the construction described in klasson , u . s . pat . 4 , 194 , 107 , incorporated herein by reference for all purposes to the extent it is not inconsistent with this application or invention . in one embodiment , the collet is made of copper . in one preferred embodiment , substantially the entire outside surface of the receiver 70 and the tip 80 is surrounded by temperature resistant insulating materials 74 and 84 , respectively . the materials 74 and 84 may comprise fiberglass or any other nonconductive material . these materials insulate the apparatus in the event that it may inadvertently contact metal objects . nonetheless , it is also contemplated that only portions of the receiver and the tip can be surrounded by the temperature resistant insulating materials . furthermore , temperature resistant insulating materials 74 and 84 may be the same or different . fig4 is an exploded perspective view showing the connections between the elongated member 20 , the receiver 70 , the collet 90 , the tip 80 , and the welding rod 2 . in operation , one end of the collet 90 is insertable into a borehole in tip 80 and the other end of the collet 90 is received in the aperture 76 of the receiver 70 . on a first end , the elongated member 20 has an uninsulated end 24 that attaches to the receiver 70 and on a second end the welding rod 2 attaches to the tip 80 . to facilitate the use of the welding rod extender of the invention with standard electrode holders and welding rods , the component sizes are preferably chosen accordingly . the receiver 70 is preferably between about 1 and about 1 ¼ inches in length and in a preferred embodiment it is 1 ⅛ inches in length . the height of the receiver 70 ( or diameter , if the receiver is circular in cross - section ) is between about { fraction ( 7 / 16 )} and about ⅝ inches , and in a preferred embodiment it is ½ inches . the tip 80 is preferably between about ½ and about 1 inch in length and in a preferred embodiment it is ⅝ inch in length . the height of the tip 80 ( or diameter if the tip is circular in cross - section ) is about { fraction ( 7 / 16 )} to about ⅝ inches , and in a preferred embodiment it is approximately ½ inch , and the internal bore 83 for accommodating the welding rod 2 has a diameter necessary to accommodate the welding rod . in one embodiment , the rod has a diameter of approximately ⅓ inch . the threaded opening 89 is preferably ½ inch in length and ⅛ inch in diameter . the collet 90 is preferably approximately { fraction ( 13 / 16 )} inch in length , has a ⅛ inch inner diameter and a { fraction ( 3 / 16 )} inch outer diameter . in a preferred embodiment , ½ inch length of the elongated member 20 is inserted into the receiver 70 , and ½ inch of the length of the collet is inserted into the receiver 70 . in a preferred embodiments each of the housing 60 , the receiver 70 and the tip 80 is circular in cross section . using the aforementioned preferred dimensions and preferred materials of construction , the weight of the entire assembly is approximately 156 grams or 5 . 5 ounces . in operation , the welding rod 2 is secured to the welding rod extending assembly 10 through the interaction of collet 90 and tip 80 . fig5 illustrates the movement of the tip 80 and collet 90 upon insertion of the welding rod 2 and fig6 illustrates the movement of the tip 80 and collet 90 upon removal of the welding rod 2 . the collet 90 is inserted into the tip 80 , and the tip 80 with exposed threads is threaded into the receiver 70 . the electrode is inserted into the internal bore 83 as far as possible . as shown in fig5 turning the tip 80 in a first direction causes the collet to tighten around the electrode 2 thereby securing it . as shown in fig6 turning the tip 80 in the opposite direction causes the collet 90 to release its hold on the electrode 2 . fig7 is a perspective view shooting the welding rod extender assembly 10 as used in operation . as shown , the welding rod extender assembly 10 is connected with a standard electrode holder 1 to manipulate the welding rod 2 . variations of the embodiments described above are possible . for example , although the elongated member 20 in a preferred embodiment is made of copper wire , it is contemplated that it can be made of any other suitable materials . suitable materials must be electrically conductive and bendable and must be able to hold their shape . similarly , although the housing 60 which includes the receiver 70 and the tip 80 is made from brass in a preferred embodiment , it can be made from any other suitable material , such as copper . while the shape of the receiver , the housing and the tip is circular in cross section in preferred embodiments , any other suitable shape may be utilized . for example , the housing , the receiver and the tip may be rectangular or square in cross section . similarly , instead of a plurality of set screws 72 a and 72 b used to secure the elongated member 20 to the receiver 70 , any other suitable means of connecting these two elements may be used . for example , a single set screw may be utilized or any of the following may be used : soldering ; brazing ; two threaded parts which are screwed together ; or at least one pin coupling the elongated member 20 to the receiver 70 . in all embodiments , the electrode holder 1 may have any suitable construction . additional advantages and modifications will readily occur to those skilled in the art . therefore , the invention in its broader aspects is not limited to the specific details in representative devices shown and described herein . accordingly , various modifications may be made without departing from the spirit and scope of the general inventive concept as defined by the appended claims .