referring now to the drawings in greater detail , the telescopic flashlight device with universally - adjustable mirror unit is indicated generally by reference numeral 10 . the basic telescopic flashlight is that disclosed in u . s . pat . no . 7 , 510 , 295 , which patent is incorporated by reference herein . the telescopic , collapsing flashlight 10 includes a main , hollow , cylindrical handle , body portion or casing 12 , used for gripping the flashlight , and in which is received a series of collapsing , hollow , telescoping elements or sections 14 , 16 , 18 , 20 , and 22 . each telescopic element 14 , 16 , 18 , 20 , and 22 is collapsible into the immediate - adjacent element closer to the main body portion or housing 12 , in the manner depicted in fig1 , for storage , and for removal therefrom for expansion and use . the degree to which the telescoping elements are pulled out is variable so that the flashlight may be used in all environments . the end of the main body portion is provided with a enlarged head or section 12 ′, to which is secured a magnet for attracting and holding metal objects . at the end of the telescopic section 22 there is provided a flexible , bendable member or section 26 which is collapsible into the telescopic section 22 , and to the end of which is attached or mounted an illuminating or lighting unit or device 30 . the illuminating device 30 comprises a hollow main housing 32 serving as a battery or power - cell compartment , a push - button switch 34 , or the equivalent thereof , and a removable bulb - fixture 38 ( fig5 ) containing one or more halogen lighting bulbs or lcd &# 39 ; s . the distal end 38 ′ of the removable bulb - fixture 38 also mounts a forwardly - facing , annular magnet , such as magnet - ring 40 , by which objects may be picked up and held . the annular magnet 40 is used to removably , temporarily and rotatably mount a universally - pivotal reflection mirror unit 44 . the universally - pivotal reflection mirror unit 44 is comprised of a removable mounting collar or annular ring - element 46 , defining an inner , circular main portion 48 defining an exteriorly - located or outer annular surface section , which is substantially circular in shape that defines an outer or outwardly - facing opening 50 . to the interior - facing portion of the exteriorly - located or outer annular surface section is mounted an annular element or ring 54 made of magnetic material , such as ferrous metal , which is attracted to , and held by the , annular magnet 40 . the inner or inwardly - facing opening 56 of the annular ring - element 46 has a diameter slightly larger than the diameter of the distal end of the removable bulb - fixture 38 , so that the annular ring - element 46 may be telescopingly mounted thereover , and held removably in place thereat , by means of the annular magnet 40 magnetically retaining the annular ring - element 46 via the metallic ring or annular element 54 , whereby the entire universally - pivotal reflection mirror unit 44 is rotatable in a first degree of rotational motion about the end of the flashlight . it is noted that the central or inner opening of the annular ring - element 46 has a diameter less than the diameter of the distal end of the removable bulb - fixture 38 , whereby the interior - facing portion of the metallic annular ring 54 abuts against the annular end - surface distal end 38 ′ of the removable bulb - fixture 38 in face - to - face contact with the annular magnet 40 to allow for the mounting thereto . the material from which the annular ring element 46 is made is preferably plastic providing a low coefficient of friction , which readily allows the rotation thereof about the distal end 38 ′ of the illuminating device 30 , which is also made of plastic having a low coefficient of friction . the facing and contacting surfaces of the annular magnet 40 and the metallic annular ring 54 also offer a low coefficient of friction , whereby no obstruction to the rotation of the mounting annular ring - element 46 exists . alternatively , the annular ring 46 may be made entirely of a low - coefficient - of - friction magnetic material , such as ferrous metal , which obviates the need for the metallic annular ring 54 . the removable mounting collar or annular ring - element 46 is also provided with an eccentric or protruding section 58 defining a through - opening or hole 60 . the opening 60 has a first outer portion 60 ′ that is preferably hexagonal in shape for part of the depth of the opening 60 , and a second inner portion 60 ″ that is circular in shape for the remainder of the depth thereof . mounted in the circular portion 60 ″ is a circularly - shaped magnetic rod or post - element 64 , as best seen in fig6 and 7 . the universally - pivotal reflection mirror unit 44 also consists of the main mirror - portion 68 , which contains the mirror - element proper 70 , which is preferably circular in shape . the circular - shaped mirror 70 has a mounting eccentric or ear 72 defining a bottom pivot shaft or post 72 ′ that is pivotally mounted at one end 76 ′ of a mounting bracket 76 , in a conventional manner ; the mirror unit is allowed a second degree of rotational motion different from the first degree of rotational motion provided by the annular ring - element 46 . to the other end 76 ″ of the mounting bracket 76 is pivotally mounted a metallic mounting pin or shaft 80 , made of ferrous metal or the like , which defines a hexagonally - shaped main shaft portion 80 ′ which is partially receivable in the first , outer hexagonally - shaped portion 60 ′ of the opening 60 , whereby the metallic mounting pin or shaft 80 , and thus the mirror - element proper 70 , are removably mounted to the mounting collar or annular ring - element 46 , and where the mirror unit is also allowed additional degrees of rotational motion via the spherical or ball joint at the upper end of the pin 80 . thus , the universally - pivotal reflection mirror unit 44 is removable from the illuminating or lighting unit or device 30 in two ways or sections : the first by means of the metallic collar , or an annular element or ring 46 , by which the entire mirror unit 44 is removable , and the second by means of the metallic mounting pin or shaft 80 , by which part of the mirror unit 44 is removable , whereby differently - shaped or sized mirrors 70 may be mounted to the illuminating device . for example , a prism mirror , disclosed in u . s . pat . no . 6 , 210 , 009 , may be attached to the illuminating apparatus , which prism mirror displays a non - inverted image of the object or objects , being viewed in the proper sense and handedness . while the universally - pivotal reflection mirror unit 44 has been disclosed for use and removable attachment to a telescopic , collapsing flashlight , it may be used in all types of flashlights incorporating an annular magnet at the distal end of the lighting unit itself , or at the distal of another section of the flashlight . moreover , the universally - pivotal reflection mirror unit 44 may incorporated into other lighting devices not considered to be a flashlight , as long as it incorporates a magnetic ring or magnetic , in a manner equivalent to the mounting of the universally - pivotal reflection mirror unit 44 . it is also noted that instead of the forwardly - facing annular magnet 40 located on the front surface of the illuminating device 30 , a collar - magnet that circumferentially surrounds the end 38 ′ thereof may be used , in which case the annular element or ring 46 would be located or mounted to interior annular rim - surface thereof for face - to - face contact with the collar - magnet . while a specific embodiment of the invention has been shown and described , it is to be understood that numerous changes and modifications may be made therein without departing from the scope and spirit of the invention .