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Publication numberUS2984724 A
Publication typeGrant
Publication dateMay 16, 1961
Filing dateAug 25, 1958
Priority dateAug 25, 1958
Publication numberUS 2984724 A, US 2984724A, US-A-2984724, US2984724 A, US2984724A
InventorsMerz Max G
Original AssigneeMerz Max G
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Pistol-mount, trigger-switch lamp
US 2984724 A
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Description  (OCR text may contain errors)

@segura 5R May 16, 1961 M. G. MERZ 2,984,724

PISTOL-MOUNT, TRIGGER-SWITCH LAMPy Filed Aug. 25. 1958 2 Sheets-Sheet x l l, 28 il I l y,

2' & INVENTOR.

Max G. Merz ATTORNEY May 16, 1961 M. G. Ml-:Rz 2,984,724

' PISTOL-MOUNT, TRIGGER-SWITCH LAMP 2 sheets-sheet 2 INVENTOR.

Max G. Merz.

ATTORNEY Unite This invention relates to table lamps, and the like, for the operative support of an electric bulb, and has yas an object to provide a novel organization of elements constituting such a facility.

A further object of the invention is to provide a novel and improved table lamp characterized by unique appearance ingeniously adapted to practical use.

A further object of the invention is to provide a novel adaptation of a conventional cap pistol as a mount and switch control for an electric bulb.

-A further object of the invention is to provide a novel adaptation of a conventional cap pistol as a mount and cap-detonating switch control for an electric bulb.

A further object of the invention is to provide novel and improved means adapting the usual trigger mechanism of a conventional cap pistol for actuation of a switch controlling current ilow to an electric bulb supported by the pistol.

A further object of the invention is to provide novel and improved means adapting the usual cap-detonating mechanism of a conventional cap pistol for actuation of a switch controlling current ow to an electric bulb supported by the pistol as an incident of its cap-detonating operation.

A further object of the invention is to provide a cap pistol mount for an electric bulb under control of a switch reactive to the trigger mechanism of the pistol that is susceptible of production in a variety of types, styles, and particular structural arrangements, that is amenable to development in association with diverse conventional cap pistol units, that is sightly and practical, and that ingeniously correlates an optional element of surprise with its manifest operational capabilities.

With the foregoing and other objects in view, my invention consists in the construction, arrangement, and operative combination of elements as hereinafter set forth, pointed out in my claims, and illustrated by the accompanying drawings, in which- Figure l is a side elevation of a typical embodiment of the invention in one of its style adaptations, certain conventional elements of the illustrated assembly being partially omitted to conserve space and a'portion of the base element being broken away to disclose otherwise concealed structural arrangements.

Figure 2 is a vertical section, on a relatively enlarged scale, through the breech portion of the pistol represented by Figure l.

Figure 3 is a side elevation of a typical embodiment of the invention in an alternative style adaptation, certain conventional elements of the illustrated assembly being partially omitted to conserve space and a portion of the base element being broken away to disclose otherwise concealed structural arrangements.

Figure 4 is a vertical section, on a relatively enlarged scale, through the breech portion of the pistol represented by Figure 3.

Figure 5 is a vertical section, on a relatively enlarged scale, through part of the breech and associated grip porarent tions of the pistol represented by Figure 3 as alternatively organized within the contemplation of the invention.

Characteristically similar and functionally analogous cap pistols are conventional and widely distributed in some diversity of structural detail, and the instant invention is directed to the adaptation of such pistols for use as table lamp mounts for electric bulbs in a practical and ingenious manner distinguished by utilization of the conventional trigger and action mechanism of such pistols for actuation of a switch controlling flow of current to the associated bulb with optional simultaneous availability of such mechanism for its intended cap-detonating function.

As typified by the views of the drawings, conventional cap pistols, in any of their operative embodiments, include a tubular barrel 10 xedly projecting from and interiorly communicating with a hollow chamber 11 which is hinged, as at 12, to the forward end of a hollow, or compartmented, grip 13 provided with a trigger guard 14 and operatively mounting a hammer 15 coactable with an anvil 16 at the rear of the chamber 11, a trigger 17, and an appropriate action, typified by the spring 18, :operatively interlinking said hammer and trigger for detonation of a cap between the hammer and anvil when the trigger is pulled. Certain conventional cap pistols are arranged for repetitious manual insertion of individual caps in position for detonation, while other pistol constructions accommodate a strip succession of caps, as indicated at 19 in Figure 5, adapted for automatic feed across the anvil 16 as the trigger is operated, all of which, together with the structural features and associations represented by the views of the drawings as hereinbefore briefly described, are old, well known, and conventional, in and of themselves no part of the instant invention, and herein exemplified merely as essential environment wherein and wherewith the novelties of the invention combine for intended practical effect.

In the organization according to Figures l and 2, a conventional cap pistol characterized by the features and operative capabilities above noted is engaged at the butt plate 20 of its grip 13 with an upper surface area of a base block 21, of any desired appropriate material, size, and conformation, having a llat undersurface adapted to rest upon a table, or other horizontal supporting surface, and is thereto secured, as by means of a cap screw 22 entered upwardly through the block Z1 to threaded engagement with said butt plate with the pistol barrel 10 spacedly parallel to the undersurface of the block. An L-shaped tubular stern 23 is connected at the free end of its shorter leg with the muzzle of the barrel 10 by means of a hollow swivel 24, whereby said stem is adjustably supported by and to upstand substantially vertically from the pistol barrel, and a second hollow swivel 24 at the end of the longer leg of the stem 23 adjustably mounts a conventional socket 25 for an electric bulb 26 thereby disposed as an upward extension of the stem 23 above the muzzle of the pistol barrel 10 for limited adjustment of its attitude relative to said stem and barrel. Through holes formed as desired in the block 21 and butt plate 20, leads 27 connectible with a source or supply of electrical energy enter the grip 13 and extend thence through the chamber 11, barrel 10, swivels 24 and stem 23 to connect with the socket 25 for powering of the bulb 26 in a customary manner, there being in Ithe conventional pistol open passages through the pistol action wherethrough the leads 27 may be feasibly accommodated.

Realizing the concept and effectuating the purposes of the invention as particularly represented by Figure 2, a conventional pull-type snap switch 2S commercially available in appropriate size and construction is xedly housed within the pistol chamber 11 with its flexible actuating element 29 directed rearwardly of the action beneath the anvil 16 to connection with the hammer 15 above the pivotal axis of the latter in a manner to link said hammer to and for actuation of the switch at every oscillation of the hammer through its effective arc, so that, one of the leads 27 being connected through the switch 28 in the usual manner, each manipulation of the trigger 17 etective to rock the hammer 15 operates to reverse the current ow control position of the switch for consequent regulation of light output at the bulb 26. With no cap in position on the anvil 16, the trigger 17 is a natural and convenient facility for energizing and extinguishing illumination at the bulb 26, but with a cap inserted subject to impact of the hammer 15, switch actuation by means of the trigger 17 is accompanied by detonation ofthe cap.

The alternative style adaptation of the lamp organization represented by Figure 3 is the structural and functional equivalent of that hereinabove described and disy tinguishes from the latter only in the provision of a base block 21 having an inclined upper surface area to which the butt plate of the pistol grip 13 is' secured by the cap screw 22 to mount the pistol with its barrel upwardly and somewhat steeply inclined, and in elimination of the stem 23 through connection of the socket 25 by means of but one hollow swivel 24 directly to the muzzle of the upwardly-inclined barrel. Obviously, the arrangement according to Figure 3 is operable exactly as above set forth when furnished with the switch 28 and leads 27 organized and connected as heretofore described.

Applicable to the style adaptations of both Figures l and 3 is the alternative switch disposition and actuating arrangement according to Figure 4, wherein the conventional pull-type snap switch 28 is ixed within the pistol grip 13, instead of within the chamber 11, With its exible y actuating element directed toward the said chamber and extended to connection with one end of a bell-crank 30 rockable on an axis 31 transverse of said chamber and linked at its other end, as at 32, to the hammer 15. Obviously, the arrangement according to Figure 4 will apply trigger manipulations to actuation of the light-control switch and to detonation of caps exactly as described in connection with the preceding views of the drawings.

Similarly applicable to the style adaptations of Figures l and 3 and particularly expedient for use with cap pistols of repeater type having automatic feed of strip ammunition, the switch disposition and actuating arrangement according to Figure 5 is distinguished by the use of a conventional snap switch 28 reactive to a laterally-rockable toggle 33. The switch 28' connected in one of the leads 27 is iixed within the base block 21 or 21 adjacent the attachment of the pistol grip 13 thereto with the free end of its toggle 33 disposed for connection by means' of a flexible link 34 extending loosely through the base, butt plate 20, and grip 13 with an element 35 of the pistol action which shifts upwardly and inwardly of the chamber 11 when the trigger 17 is pulled. Thus, as is fully apparent, the arrangement according to Figure 5 operates to apply trigger pull for actuation of the switch 28 and for simultaneous detonation of caps from the supply 19 in manner and for eiect identical with the capacities of the arrangements previously described.

Since changes', variations, and modifications in the form, construction, and arrangement of the elements shown and described may be had without departing from the spirit of my invention, I wish to be understood as being limited solely by the scope of the appended claims, rather than by any details of the illustrative showing and foregoing description.

I claim as my invention:

1. A table lamp mount for the operative support of an electric bulb in -position and condition for general illumination comprising, a base adapted to shiftably rest upon a horizontal surface, a cap pistol characterized by a hollow grip, a tubular barrel, a hollow chamber interconnecting said grip and barrel, and a hammer and trigger action, said pistol being secured at its grip to said base, a hollow fitting attached to the free end of the pistol barrel in interior communication therewith, a bulb socket supported on said fitting, a pull-type snap switch xed relative to said pistol, conductor leads serving said socket through said base, grip, chamber, barrel, tting and switch, and a linkage operatively connecting the manipulableelement of said switch with a trigger-responsive element of the piston action.

2. The organization according to claim 1, wherein said switch is housed within the pistol chamber and the linkage operatively connecting the same with the pistol action is a flexible, non-extensible member tying the manipulable element of the switch to the pistol hammer.

3. The organization according to claim 1, wherein said switch is housed within the pistol grip and the linkage operatively connecting the same with the piston action is a bell-crank within the piston chamber mounted to rock on an axis parallel to the hammer axis, a flexible, nonextensible member tying one arm of said crank to the pistol hammer and a second, flexible, non-extensible member tying the other arm of the crank to the manipulable element of the switch.

4. The organization according to claim 1, wherein said switch is housed within said base and the linkage operatively connecting the same with the pistol action is a flexible, non-extensible member tying the manipulable element of the switch to the trigger detent of the action through the pistol grip.

5. The organization according to claim l, wherein said pistol is secured to said base with its barrel at an upward inclination therefrom, and the iitting supporting said socket from the free end of the barrel is a hollow swivel directly intercoupling the barrel end and socket.

6. The organization according to claim 1, wherein said pistol is secured to said base with its barrel substantially horizontal, and the tting supporting said socket from the free end of the barrel is a first hollow swivel a-Hxed to the free end of the barrel, a second hollow swivel attached to the socket, and an L-shaped hollow stem intercoupling said swivels.

References Cited in the le of this patent UNITED STATES PATENTS 875,088 Pfeil Jan. 7, 1908 1,191,528 Midgley July 18, 1916 1,772,284 Johansson Aug. 5, 1930 2,029,532 Karcher Feb. 4, 1936 2,521,971 Gross Sept. 12, 1950 2,710,754 Varney June 14, 1955 FOREIGN PATENTS 473,649 Germany Mar. 18, 1929

Patent Citations
Cited PatentFiling datePublication dateApplicantTitle
US876088 *Jan 28, 1907Jan 7, 1908Ernst Oswald PfeilElectric pistol.
US1191528 *Feb 24, 1916Jul 18, 1916Charles Anthony VandervellLamp-signaling arrangement.
US1772284 *Nov 19, 1927Aug 5, 1930Johansson Johan PetterAdjustable support for electric lamps
US2029532 *Jul 14, 1933Feb 4, 1936Arthur A KarcherAdjustable lamp support
US2521971 *Dec 3, 1947Sep 12, 1950Gross Henry RSwitch connector for spotlights
US2710754 *Aug 24, 1951Jun 14, 1955Rey VarneyLight actuated target apparatus
DE473649C *Jun 25, 1926Mar 18, 1929Bbc Brown Boveri & CieSchaltkurbel fuer Fahrschalter elektrischer Bahnen
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US6203355 *Mar 31, 1999Mar 20, 2001Daimlerchrysler CorporationUniversal charge port connector for electric vehicles
US7350720May 27, 2005Apr 1, 2008S.C. Johnson & Son, Inc.Active material emitting device
US7503668Feb 3, 2005Mar 17, 2009S.C. Johnson & Son, Inc.Light and fragrance emitting device includes at least one LED, a volatile substance emitter, a power source, and a single microcontroller and/or single circuit board; emits flickering light that emulates flame of a candle; improved fragrance delivery system; flameless candle
US7824627Nov 2, 2005Nov 2, 2010S.C. Johnson & Son, Inc.Light and fragrance emitting device includes LED, an ultrasonic atomizer volatile substance emitter, a battery as power source; emits light that emulates flame of a candle; improved fragrance delivery system
US7923652 *Jun 26, 2007Apr 12, 2011William Harold BeckActivation device
US8251734 *Jun 3, 2011Aug 28, 2012Kabushiki Kaisha Tokai Rika Denki SeisakushoLocking device for power feeding plug
US20110300736 *Jun 3, 2011Dec 8, 2011Kabushiki Kaisha Tokai Rika Denki SeisakushoLocking device for power feeding plug
Classifications
U.S. Classification200/332.2, 362/112, 200/337, D26/94, 200/329, 200/298, 362/394
International ClassificationH01H21/00, H01H21/10
Cooperative ClassificationH01H21/10
European ClassificationH01H21/10