Flashlight

Claim 2

A flashlight comprising: a barrel made of an electrically conductive material and for retaining a battery source of power; a tailcap having a non-conductive layer on its surface and threadably engaging one end of the barrel; a spring electrically coupled to the battery source of power a head assembly including a reflector and a lens adapted to engage the outer end of the barrel; a bulb; means for electrically coupling the bulb to the battery source of power; means for switching the flashlight on and off; and an insert made of an electrically conductive material positioned within and along a major portion of the length of the tailcap wherein the insert provides for a conductive path between the barrel and the spring; and wherein the spring is positioned partially within the insert.

Claim 3

The flashlight of claim 1 wherein the insert is a cylindrical member having means for retaining a spare bulb, means for securing the insert into the tailcap assembly and means for preventing the spring from retracting into the insert beyond a pre-determined location.

Claim 4

An insert for use in a flashlight of the type having a barrel, a battery source of power, a tailcap and a spring which forms an electrical contact with one end of the battery source of power, said insert comprising: a conductive generally cylindrically shaped member sized for insertion into and along at least one-half the length of the tailcap of the flashlight and disposed to provide electrical coupling between the barrel and the spring; and a plurality of indents in the member and positioned to retain a spare bulb for the flashlight, wherein the inert provides for a conductive path between the barrel in a tailcap region of the flashlight and the spring.

Claim 5

An insert for use in a flashlight of the type having a barrel, a battery source of power, a tailcap and a spring which forms an electrical contact with one end of the battery source of power, said insert comprising: a conductive generally cylindrically shaped member sized for insertion into and along at least one-half the length of the tailcap of the flashlight and disposed to provide electrical coupling between the barrel and the spring; and a plurality of indents in the member and positioned to retain a spare bulb for the flashlight, wherein the inert provides for a conductive path between the barrel in a tailcap region of the flashlight and the spring.

Claim 6

The insert of claim 3 further comprising: means for securing the insert within the tailcap.

Claim 7

The insert of claim 4 further comprising: means for preventing a tailcap spring from retracting within the insert beyond a pre-determined distance.

Claim 8

The insert of claim 3 wherein the insert includes means for electrically coupling the barrel to the insert, said means extending radially outwardly from the insert.

Claim 9

A flashlight comprising: a barrel made of an electrically conductive material and for retaining a battery source of power; a tailcap having a non-conductive layer on its surface and threadably engaging one end of the barrel, a spring disposed within the barrel and being adapted to engage the battery source of power, a head assembly including a reflector and a lens, the assembly being adapted to engage the other end of the barrel; a bulb; means for electrically coupling the bulb to the battery source of power; means for switching the flashlight on and off; and an cylindrical insert made of an electrically conductive material positioned within and extending along at least one half the length of the tailcap and extending therefrom and engaging the spring to provide a conductive path between the barrel and the spring.

Claim 10

A flashlight comprising: a barrel made of an electrically conductive material and for retaining a battery source of power; a tailcap having a non-conductive layer on its surface and threadably engaging one end of the barrel, a spring disposed within the barrel and being adapted to engage the battery source of power, a head assembly including a reflector and a lens, the assembly being adapted to engage the other end of the barrel; a bulb; means for electrically coupling the bulb to the battery source of power; means for switching the flashlight on and off; and an cylindrical insert made of an electrically conductive material positioned within and extending along at least one half the length of the tailcap and extending therefrom and engaging the spring to provide a conductive path between the barrel and the spring.

Claim 11

An insert for a flashlight having a barrel, a lamp bulb, a battery source of power, a spring electrically coupled to the battery source of power and a tailcap said insert comprising: a conductive metal insert positioned within the barrel, electrically coupling the barrel to the spring and having a body portion of tubular shape and of a size capable of containing a spare lamp bulb and a pair of arm members extending radially outwardly from the body portion and contacting the barrel to provide a conductive path between the barrel and the spring.

Claim 12

An insert for a flashlight having a barrel, a lamp bulb, a battery source of power, a spring electrically coupled to the battery source of power and a tailcap said insert comprising: a conductive metal insert positioned within the barrel, electrically coupling the barrel to the spring and having a body portion of tubular shape and of a size capable of containing a spare lamp bulb and a pair of arm members extending radially outwardly from the body portion and contacting the barrel to provide a conductive path between the barrel and the spring.

Claim 13

The flashlight of claim 8 wherein the arm members further include near their distal ends portions which curve back in towards the body portion of the insert and bear against the barrel.