SA91110351B1 - Mini flashlight - Google Patents

Abstract

Miniature flashlight includes cylinder, butt cap, head assembly, and miniature lamp-bulb holder Provides intermittent contact with batteries inside the cylindrical portion The lamp-bulb holder includes an insulated socket leaning outward toward the end of the cylindrical portion to which the head assembly is attached, and a second insulated socket within the cylindrical portion connecting the first socket Insulated, which makes the first and second insulated sockets able to move axially and in a specific way with a protruding flange located on the first insulated socket and an annular stop formed towards the inside on the end of the cylindrical part, and there is a pair of connections installed on the second insulated socket, as one of these connections connects the center electrode in the battery With the first lamp connecting clip, the other connector connects the second lamp connecting clip to the flange of the cylindrical part, and a spring is placed between the butt cover and the batteries. The electrical circuit is closed by means of the cylindrical part, the butt cover and the spring to connect the clip of the second lamp connection to the end of the battery. By screwing the head assembly into the cylindrical part, this causes the head assembly to move towards the rear cover, and the reflector moves depending on the change in the light spread from the reflected light beam. Further rotation of the head assembly causes the commutator to contact the insulated first socket and move the insulated first socket, the insulated second socket and the battery in an anti-spring direction, until the first insulated socket closes the cylindrical part cover, then there will be no contact between said conductor and the flange of the cylindrical part which serves to open the circuit. The head assembly can be removed from the barrel and used as a base The butt cap and barrel can be folded to hold the miniature flashlight in the on position to be used as a miniature table lamp. ,

Description

vo | Full Description BACKGROUND The invention primarily relates to flash lamps and in particular to leak miniature flashlights for hand use. Z: Flickering lights of various sizes and shapes are well known in this field. 0 In particular » Some of these flashlights use two or more LL batteries: carried in series in a cylindrical tube in which the flashlight is fixed and which supplies power to it. Typically; An electrical circuit is established from one of the battery terminals and runs through the om connector to a button; Then it flows through a conductor to one of the poles of the lamp bulb. And after it passes through the filaments of the lamp bulb, the electric circuit is carried out through the electrodes in the lamp bulb, Ce 110, with the conductor, which in turn comes into contact with the flashing lamp’s core. A flashing light bulb creates a path that conducts electricity to an electrical conductor; It is usually a spring; It touches the other pole of the battery. The button is opened to complete the electrical circuit, and then the electric current flows through the filaments, and there a light is emitted that is typically focused by a reflector that generates a beam of light.

0 Waqf Mostly, the production of light from those flashing lamps varies according to the type of reflector used and the optical properties of any lens that intercepts the path of the light beam. Furthermore it ; The generation of intense beams of light may require the use of up to seven dry batteries connected to each other in order to obtain a flashing light of the size and weight of two jewels. Efforts to improve those flashing lights have centered; Basically » on the quality of characteristics:

optical. It was found that the production of well-recognized reflectors that reflect light with high efficiency can be used inside those flashing lights, allowing for a clearer and more specific focus that improves the quality of the generated light beam. Furthermore it ; It has been possible to reach several advanced aspects in the light input properties of flashing lamps. . -

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The quality of the generated light beam. Furthermore it ; It has been possible to reach several advanced aspects in the light input properties of flashing lamps. And because there are many cases of using flashing lamps manually, it has been reached to develop flashing lamps with various focal points that generate light rays with diffusion capabilities

e variety. However ; Those developments tended towards flashing lamps of "large sizes". General description of the invention

The primary objective of this invention is to create a miniature flashlight with improved optical properties. 1

0 The invention has another objective, which is to find a miniature flashlight that can generate a light beam with a variable spread. The invention also has another goal, which is to find a miniature flashlight that can support itself vertically on a horizontal plane that works as a light source that is not projected around it. And for the invention, the aim of laf is to find a miniature flashlight in which the kinematics are supplied with Cd

ye |__For its components to diversify and spread the light beam, there is an electric button that completes the electrical circuit

for the flashlight. These objectives are achieved in addition to other objectives of this invention, and it will become clear to technicians in this field through a detailed description that will be mentioned later », by means of a mini flash lamp that includes:

A cylindrical tube including at least two dry miniature batteries connected in series » and a holder .. de past A bulb for a lamp that includes electrical connectors to allow electrical contact between the terminals of the miniature lamp present there and the cylindrical tube and battery electrode respectively » and is held at one end of the cylindrical tube adjacent for batteries » and a butt cover and a case spring

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It is the other end of the cylindrical tube and makes electrical contact with the other electrode of the batteries; and a head set including a reflector; lens and face cover; This head assembly is mounted in such a way that it can rotate around the tube (gl shan) so that the morning light can be 0 df through a hole in the center of the photoreflector inside the lens. In the main embodiment of this invention, the size of the batteries is of the type commonly called “light pen” batteries. They are connected to the head assembly with filaments formed above the outside of the cylindrical tube so that Ol | the head assembly around the axis of the cylinder tube leads to a change in displacement When the head assembly is rotated around the cylindrical tube completely, the reflector 0 pushes towards the front end of the lamp holder assembly causing it to move backwards (Js) the cylindrical tube against the position of the pressure and contact of the spring at the cap In that position, the tube does not come into contact with the electrical conductor inside the lamp holder assembly, which completes the electric circuit from the lamp bulb to the cylindrical tube. The front of the lamp holder assembly of the reflector is loosening, which helps the spring contact: the butt cover compresses the batteries and the lamp holder assembly in the front ol » which causes the electrical conductor to come into contact with the cylindrical tube » and then the electrical conductor (tl) completes, resulting in illumination lamp bulb. At this cabal the lamp holder assembly is connected with a brake which prevents the lamp holder assembly from any further forward movement with respect to 2 of the cylindrical tube. Rotation of the and causes the head assembly in a direction that causes the head assembly to move forward with respect to the cylindrical tube; to move the reflector forward dl

of the lamp bulb » and then changing the focus of the reflector with respect to the lamp bulb ‎We leads to a change in diffusion

The light ray entering the lens.

_m —- : with the lens down ¢ above a horizontal surface in fact as well as the rear cover Vy of the cylinder can be sheathed vertically in it making a “miniature desk lamp.” E: Explanation of the drawings. 1: An overall view of a miniature strobe lamp according to this invention. It was taken within the level shown in 7 - ? . Fig. 0: Cross-section view of the front end of a miniature flashlight ¢ illustrating in the ghost image the transition of the front end of the flashlight. 0 Figure 4: A partial cross-section view of the lamp holder assembly of the lamp used according to Mb of the invention. . Figure 0: A comprehensive perspective showing the assembly of the lamp holder in relation to the cylinder of the miniature flashlight. Figure +: Isolated partial perspective showing the electromechanical layer between the yo|electric terminals of the Ms ol electric lamp inside the lamp al holder. Figure v: represents a perspective view of a surface from the back side of the lamp holder shown in Figure 0 », showing the contact terminal of a battery electrode. Figure A: shows an alternative use of a miniature flashlight according to this invention. Description 331 of my detail i 2 Referring first to Figure 1 a miniature flashlight according to this invention is shown in general perspective at 78 . The Yo mini flashlight includes a general standing circular cylinder; Or cylinder 71 is encased at first end with a YY rear cap and has a YY head assembly covering its end

Ul includes the YY head assembly with a VO face cap containing a 1 ? The RY cylinder was hand-turned and YY-turned across its axial extension. 0 The YY buttstock may be shaped to include a location for attaching a hand-take-up lanyard through a hole 78 in a YA projection formed at that location. 0 Then, by referring to the form ¥, it is noted that the cylinder, YY, has a sufficient dimension to contain at least two dry batteries 31 connected in series. And with the butt cover YY an external transition zone 37 is linked together be a comparison formed above the inner surface of the cylinder 71 . At the interlayer of the butt cover YY and the cylinder 71 0 there is a welding element 37 » in the form of a ring in the form of a typical letter 0 0 that secures a watertight seal against the passage of water. Inside the cylinder YY springs a CATE spring that makes electrical contact with the butt cap YY and the electrode cap vo of the battery ©1 SA . The spring 4 3 also compresses the two TY batteries within 030% space of the arrow TT The central bal vy of the rear battery 31 is in contact with the cover electrode of the front battery 1 . The central electrode YA of the front battery is pressed into contact with the first conductor 34 seated inside the lower insulating socket 41 also with the side contact conductor 47 . The central conductor 34 and the conductor pass through each. Contactor GUL 47 through holes located in insulating bottom socket at coaxial oA; And both Lge to receive terminal poles 47 and 4 4 of the small double needle lamp bulb £0 with friction Lek. In the absence of any additional group, the lower insulating socket is compressed in a direction indicated by the arrow CP under the influence of the spring TE to move until it reaches a position that touches the © lip 496 formed on the end of the cylinder YY, and at that point the electrical contact between the contacting conductor (GU) takes place. 47 and between the flange 46 of the cylinder 71. An upper insulating socket 47 is externally fixed to the end of cylinder 1 where the lower insulating socket 41 is fixed. The upper insulating socket 497 has extensions shaped to match the lower insulating socket 41 to maintain an appropriate distance between The two opposite surfaces of the upper insulating socket £V vo and the lower insulating socket 41. The poles 47 and 44 of the morning lamp pass to l

a

Measure top insulator 477 and inside electrical contact with center conductor 34 and contact conductor GUE 47; respectively « Ley the go fall al cover is lying against the surface

The outer part of the upper insulating socket (LEV). The head assembly 77 is secured to the cylinder 1 cylinder by means of the connecting visors 48 formed on the 0 inner surface of the head 4 ? Associated with colored counterbalance filaments on the outside of the YY cylinder The -0 £4 sealing ring mounts around the circumference of the adjacent YY cylinder Jill to provide a watertight seal between the YY head assembly and the YY cylinder . A curved conical reflector in reality 1e is shaped to grow inside the outer end of the YE head, where it germinates firmly in place with the lens 71 to remain in turn carried by the face cap Yo, which is threaded

0 with the wicks 7 e formed on the front section of the outer diameter of the head 4 ? . The Yo face cap interlayer and the head may include 4? Form ring -0 oF to set up a tight seal against ell z z when the head completes rotation 4 ? Helically on the cylinder 71 by means of the filaments CEA the central part of the reflector 01 presses around the hole formed there for the passage of the morning light in

yo against the outer surface of the upper insulating socket 47 » and presses it in the direction shown against the arrow YT after that the upper insulating socket 47 pushes the lower insulating socket 41 into the same EVI ¢ and then allows a space between the front surface of the lower insulating socket 41 and flange 47 on the front end of cylinder 71 . Thus, the contacting conductor GUE 47 is separated from the contact with the flange 51 and the cylinder 71, as shown in the figure ? .

YA around the axis of the cylinder Yi Referring again to the figure © » proper rotation of the head performs 0 ©. 48 The direction shown by arrow 30 through the link with the filaments YY to move the head assembly with the connected lines - v to the relative positions shown in Figure YY 'and when it reaches the head assembly so that the reflector 1H has TT, it is You have advanced far enough in the direction of arrow 61 Move to an equal distance; This helps the upper insulating socket 47 and the lower insulating socket

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SLA in ©1 Fig. 9 (which moves the two batteries) YE to move by means of the pressure of the spiral EY GU arrow 9 » to the position shown. In that position the contacting conductor has reached contact with the flange 47 On the front end of cylinder 1 the circuit closes again in electrical YY Any further rotation of the head assembly 77 to move the head assembly to a position indicated by photo YY in the direction indicated by the arrow © ¢ leads to the arrival of the head assembly 0 And the lens is at the position shown Yo ghost in the form of ©, which puts the face cover at the position, and during that process the socket Toy B 76 »which in turn carries the reflector 1H to the position go Al-Sabah al and so it remains. 71 The upper insulator 497 is in a fixed position with respect to the cylinder also in a fixed position The shift of the reflector 1e with respect to the lamp bulb 48 during that additional cycle 46 of the head assembly 7e results in a relative shift in the filament position of the lamp bulb 0 thus varying the spread The light beam emitted from a bulb » 1 for the reflector cone bore

CYT through the lens go the lamp Referring then to Figure 4 »The partial view of a cross-section of the interlayer between the pair 41 of the upper insulator 47 . And the lower insulating socket ually 41 has the lower insulating socket through it and it is the one that expands in its central section to receive the conductor BS from the parallel slits 4 0 0 z; respectively . A pair of projections 47 GI Z is formed for the central 34 and the contact connector and receives the arched protrusions compared to the insulating socket 41 in the lower insulating socket 00 a all moving within the inner diameter of the cylinder 41 and the upper 47 . The bottom insulating socket contains . at the position of the cross-section shown YE to be enclosed in turn inside the head 71 Describe a preferred method of assembling the insulating socket (SEV - 0) by referring thereafter to Figures 3. The insulating plug » 47 GU and the contact conductor va and the center conductor 41 lower positioned so that the upper 41 87 and the miniature lamp bulb 45 place the lower insulating socket and flange 43 YY in which the arc protrusions 00 align towards the front end of the cylinder in SM Sheathing the central conductor 39 through one of the slits 4 5 so that the terminal section extends thereafter folded into the lug 41 located outward from the rear surface of the lower insulating socket ve

_q- Ring 0 as shown in fig. A to remain parallel to the back surface of socket 3 in 31 in a concentric position to match the center pole of the front battery 41 bottom insulator dmg so that of is inside the other notch 47 GU the shape? . Then the contact conductor ty is sheathed. 41 Jad To the outside of the axial center of the insulating socket, oY, the diagonal protrusion. 00 between the two arched protrusions OA. Note that the diagonal protrusion 0 is aligned with the tissue; With its two connectors assembled at the rear end 41, the lower insulating socket is then sheathed and moved sliding to the front part directly adjacent to the flange 47 directly. And follows.YY of the cylinder that the lamp segments 47 and 44 pass through a pair of holes 08 conical through the front surface of the upper insulating socket so that they protrude outward from the rear surface of it as shown cto in fig. > . Then the upper insulating socket 47 » containing the morning lamp 0 £Y is moved so that the poles 47 and 44 align with the receiving sections of the side contact conductor formed in the socket TY respectively. Thus, a pair of scars Ta and the central conductor are biased, followed by sheathing Amx. 41 to the lower insulating socket oA the upper insulator 47 to the webbing through the end 41 the upper insulator 47 inside the arched protrusion 00 in the lower insulating socket

YY the front of the cylinder 1 d Referring again to my figure ? and ©; The electrical circuit of a miniature flash lamp by contact TY may be described according to this invention. Electric power is connected from the rear battery after. PY which is in contact with the cover pole of the front battery FY central ITA SN that electrical power is delivered from the front battery through its pole which doubles with the lamp pole 44 . And after passing through the TR lamp bulb of the central contactor. ; The electrical energy is carried through the lamp electrode 47 which is coupled with the contactor 5 and upon completing a rotation of the head assembly 77 rotate the filaments 48 to the position shown in . 47 GU grew YY in contact with the flange of cylindrical 496 7 SU form ? ; The conductor is not touching

PY causes an electrical circuit to open. Despite that; Upon completing the rotation of the head assembly or connector 0B 9, turn the fuses 48 to the position shown by the connected lines in the form of ve

-1.- The jack 47 is pressed against the flange 49. The lower insulating socket 41, which is compressed in the electrical energy, may Ob the direction of the arrow © with the spring 94 in the figure? . And in that form ;

YA to the inside of the lip 49; Through the cylinder EY GU then flows from the contactor to the inside of the butt cap 37 in the form of ? . The spring 4 73 doubles electrically with the rear cover and when rotating the head assembly?? about. 31 to rear battery Fo to cover pole YY 0

COT in a direction opposite to the one shown by the arrow YY so that it moves with the head assembly $A fuses the circuit opens Sie YF may return to the position shown in the figure YY the head de gest OB z electrical and the flashing lamp closes. z According to 31 Referring then to Fig. 8 »Another use of the miniature flashlight is illustrated in AH causes EA to move around filaments YY of the invention with rotation of the head assembly Lb 0 circle Obs with respect to cylinder 1 ? In the direction of arrow 37 in Figure 2; YY in the head assembly. So the lamp bulb £0 will light le electric will close as described This helps to grab the OB assembly in that YY direction and with the head assembly 0 continuing to rotate

YW is placed in the exponential group. 01 From the front end of the miniature flashlight YY head above the surface; The Yo is above a horizontal surface in effect (not shown) so that headgear 1 remains may sheave the inside of header 4? To hold 01 for the mini flashlight YY butt cap My head is actually . And since the reflector 1e (Fig. Ambient illumination level oR and thus “Yo” and the face cover “YE”, the tail cover and the head “YY” preferred. Miniature to prevent corrosion. Fill the rings. Jags. The heat treatment used in the aircraft industry and conducts

Yo and 7e isolated from the outer circumference ¢ of the interior of the miniature flashlight 49 TT Closed © ft. All internal electrical contact surfaces are well shaped to allow a connection of 7000 to a depth, which is a computer-generated cone of 81 high-efficiency electrolytes and the inverter vo

- 11 -

Metallized vacuum aluminum to ensure high-precision optical parameters. tA filaments are formed between

Head 4 7 and cylinder 31 so that a quarter turn of the head assembly BY YY closes the electrical circuit, which leads to the lighting of the flashing lamp; When it turns another quarter of a turn, the light beam adjusts from a "spot" to a "soft flood". It may provide a cover.

h the butt?? In a recess formed 4 with a spare light bulb 67.

While the preferred embodiment of this invention has been described, "OB" has several modifications and alterations

Alternative embodiments and substitute materials may be made by technicians in this field and were used in the completion of this invention. Obviously, all of these embodiments fall within

The scope of this invention does not deviate from its content as will be defined in the attached claims. yyy

Claims (1)

117 - - PROTECTIONS 1 — miniature flashlight incorporating: Z Y means for holding a set of miniature BU batteries in series Y contact ¢ | : 2 double-needle lamp and miniature 6 holder device for the miniature double-needle lamp » The said device i 7 is movable by means of keeping the battery pack dry; Sey is basically conical; A primarily supportive lens; 4 A means to keep the reflector and the lens in a double fixed relationship » and the aforementioned method 0 | To retain the reflector and the lens, it is prepared so that its transmission can be controlled via 11 means of keeping the battery group BU so that the relative 1 position relationship between the reflector and the lamp bulb can be varied, and thus the reflective spread of the 1” light beam penetrating through the lens from the double lamp bulb can be varied said mini-needle; ¢/ A means of coupling the first electrode of a series of dry batteries consistent with the first needle of the lamp 1 the lamp is electrically double needle; - a means of coupling a second needle to the double-needle lamp bulb with electrode Ob of L series dry batteries connected in series; YA where the relative motion of the reflector and lens holding device causes it to move the BUH battery group 18 in it » into contact with the reflector and the holder device . 0 in the miniature double-needle lamp bulb and the relative movement in the same direction causes . . 1 Move the device of the double-needle miniature lamp holder to open the electrical contact vy at the second needle coupled device of the miniature double-needle lamp vy electrically with the second electrode of the batteries. © - a : mini flashlight includes — " 1 a cylinder containing a pair of small batteries in series contact; v And the aforementioned cylinder has a first end and an end OU, and there is no circular ring formed at the second end, Jes, diagonally inside. 0 A tail cover that includes a belt that is threaded with the cylinder at its first end; The spring presses the BU batteries towards the other end of the cylinder; 7 Head assembly » comprising a light-transmitting lens and a component reflector for the radiator » threaded A with the outer surface of the cylinder diagonally at the end GU of the cylinder 4 | The aforementioned reflector has a central hole formed in it and prepared to help the passage of the bulb of 01 of the miniature lamp, Us; 1 first insulated socket » installed inside the cylinder between the batteries and the flange formed at 0 | The second side of the cylinder. AY is a central conducting member that passes through the first insulated socket in an axial direction such that NE remains in electrical contact with the center electrode of the nearest battery . 10 A loose conductor fixed in the first insulated socket in a spatial relationship spaced with the central conductive member » The conductive member GU has an arm extending diagonally outwards fixed between the flange formed on the second end of the cylinder and the surface of the first insulated socket; 1A The aforementioned outward-extending arm shall be spaced spatially from the outer diameter of the cylinder. Xo insulated socket that is installed outside the second end of the cylinder and is mechanically connected with YY the first insulated socket » and the aforementioned second insulated socket is (ite) inside the vy head assembly but not mechanically coupled with it; YY double-needle and miniature lamp screw Installed with the second insulated socket so that 4 Bp is threaded through the second insulated socket and electrically coupled with the central conductive member vo and the conductive member GU respectively; yy yg The aforementioned threaded connection of the head assembly with the cylinder allows the possibility of 5 moving the head axially relative to the cylinder to change the position of the reflector relative to the lamp is got to the miniature lamp »and thus allows the needle of the light beam emanating from va to the bulb to be changed me and where the additional travel of the head assembly across the cylinder toward the YL ill cap causes the rear; In the commutator contacts first with the second insulated socket and then moves “Et the second insulated socket”, the first insulated socket and the batteries against the pressure of the “spring”. Then the electrical circuit of the lamp rs. Miniature flashlight 0 is interrupted by a miniature flashlight comprising: Z - © 1 circular cylinder extended longitudinally open at both ends and internal filaments formed at the first end and external filaments formed at the end the second; and since v an annular flange extending diagonally inwards and formed at the other end; og z a butt cap prepared to be threaded with the first end of the cylinder; and the butt cap 0 z also modified to hold a spare lamp bulb; 1 A first insulated socket » installed inside the cylinder next to the flange formed at the second end 7 of what A: a central contact conductor that passes through the first insulated socket at an angle parallel to the longitudinal entrance 4 of the cylinder 0 ase a side contact connector installed in the surface The first insulated socket near the cylinder 1 » and has an arm extending out diagonally fixed between the flange and the surface of the socket 0 ¢ the first trowel 7 mentioned GU spaced and the said center contact connector and the contact connector 04 VY - ye spatially at an equal distance from the diametrical center of the cylinder; 5 the miniature is installed in series consistency inside the cylinder BU a pair of batteries 0 so that it is located between the first insulated socket and the butt cap; And the batteries are 1" connected in series so that the central electrodes of the cylinder face the second end closest to the second end mentioned BU and the central electrode of the battery is + 4. In electrical contact with the central contact connector, a spring is installed between The butt cover and the battery closest to the first end of the battery so that YY pushes the batteries towards the second end of the cylinder » and the spring acts as a YY electrical connector between the butt cover and the electrode of the battery cover; vy of the cylinder so that it is mated to al oll Pia a second insulated socket installed 4. The first insulated socket eve a double lamp bulb “held with the second insulated socket so that its two needles are threaded through it on” GU and in internal contact with the central contact conductor and the YY contact conductor: in series; va member A head; generally formed in the form of a circular cylinder open at v8) z © its two ends » and threaded with the outside of the second end of the cylinder a reflecting member; it has a conical shape in reality » and is fixed inside the head member and to the member TY z the reflector A hole is actually formed in it at its top through which the ©" bulb can pass. Double-needle oY circular in reality » and the lens element retains the member BLAS a supporting lens element Y ¢ z CAN the reflector inside a member M0 headgear formed in the form of a round ring in reality » and threaded with a member © header; The head cover is modified to retain rigidity with the lens element and the head member; ©" whereby the complete thread connection of the head member above the cylinder leads to contact ( |. + al) of the apex of the reflecting member with the second swivel plug and its transmission with va YY 11 - - z 0 | First insulation and BU batteries inside the cylinder against pressure Sp; This relocation gy relieves the diagonally extending arm of the contactor SU from “normal contact with the flange at the second end of the cylinder” thus opening the electrical circuit gr of the miniature flashlight. 1 0 4 — includes improvements in the miniature flashlight which allows continuous id 7 to propagate the light beam passing through it through a relative axial movement between the 0 | head assembly containing the reflector and the cylinder assembly containing a group of miniature ¢ dry batteries; and the small lamp bulb supports the following: ° a first insulated socket installed inside The cylinder between the batteries and the lamp bulb ¢ the first insulated socket remaining in the cylinder and extractable from it; v a central conducting element M passing through the first insulated socket in an axial direction such that A remains in electrical contact with the electrode of the nearby battery 4 conducting member lor is installed in the first insulated socket in a spatial relationship divergently with 0 the central conductor member » and the lateral conductor member has an arm extending diagonally outward fixed 11: between the surface of the first insulated socket and the flange formed on the end of the cylinder that vy retains the first insulated socket » The aforementioned arm extending outwards is sal ze yy spatial from the inner diameter of the cylinder. 04 and a second insulated socket installed outside the end of the cylinder that is mechanically connected with the first insulated vo socket; The second insulated socket mentioned is exposed within the 1" head assembly, but is not mechanically connected to the 'AY' where a transition of the head assembly through the cylinder in the direction of the head assembly VA with the cylinder " causes the reflector inside the head assembly to contact first with the insulated socket 4 The second and then the second insulated socket and the first insulated socket move in that direction so that x. The arm extending to the outside is diagonally separated by the conductor member GU » from the flange above YY VI ¢ end of cylinder » thus obstructing the electrical circuit of the miniature flashlight yy tends to disconnect with the head assembly ol and the head assembly travels through the cylinder in YY following cylinder a » to allow the first insulated socket and the insulated socket pe YY : The arm extending diagonally outward from the contact member om the movement of the reflector 4 : ; And then the circle closes the melodic Bh WW with the lip formed over the tip of Yo . The wattage of the mini flashlight yyy