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Publication numberUS1424632 A
Publication typeGrant
Publication dateAug 1, 1922
Filing dateOct 9, 1920
Priority dateOct 9, 1920
Publication numberUS 1424632 A, US 1424632A, US-A-1424632, US1424632 A, US1424632A
InventorsCecil Fenton
Original AssigneeCecil Fenton
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Target for small-arms practice
US 1424632 A
Abstract  available in
Images(1)
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Claims  available in
Description  (OCR text may contain errors)

r 0. WWW. TARGET FOR SMALL ARMS PRACTICE. APPLICATION FILEP OCT. 9, 1920.

Patented; Aug 1, 1922213 III/ll cEcrL FENTON, or BROCTON, ENGLAND.

TARGET FOR SMALL-ARMS rRAcTIcE.

Application filed October 9, 1920. Serial No. 415,867.

T 0 all whom it may concern Be it known that I, CECIL FnN'roN, a subject of the King of Great Britain, residing at Brocton, in the county of Stafford, Englland, have invented certain new and useful Improvements in Targets for Small-Arms Practice, of which the following is a specification.

This invention relates to targets for small arms practice of thetype in which the target, which is normally vertically disposed, is horizontally pivoted and adapted to move back and disappear under the impact of a bullet, after which it returns to its normal position by a spring or weight.

According to this invention, the target is mounted to turn freely upon a horizontal axis, preferably upon ball bearings and is primarily so counterweighted that it will remain at any position at which it may have come to rest, but the target has a forward "arm which moves upwards when the target moves. "back, and there is connected to the arm a spring which returns, or assists in returning, the target after it has moved back under the impact. The target is so arranged that when struck by a bullet it moves back sufficiently to disappear for a short time behind a suitable shield or earthwork.

The spring is preferably in the form of a coil spring depending from the arm and connected to a fixed point through a cord or other flexible connector, the latter having a certain amount of slack, so that the target may move back through a certain angle'before thespring is put in tension.

Detent mechanism is "provided, to retain the target in its normal position, and may consist of a vertical arm extending upward from a horizontal pivot and being sprin pressed in such a manner that it is returned to its vertical position after being moved to either sidef This arm carries a spring pressed pawl which normally engages with a downward finger of the target and prevents the target moving back inadvertently. Under the impact of a bullet, however, the finger forces forward the pawl and the arm which carries it until the finger rides over the pawl and disengages from it, when the arm and, pawl return to their normal positions; When the target is returned by the coil spring and cord, the finger clicks over the pawl and is then secured thereby A suitable stop is provided to limit the for- Speciiication of Letters Patent.

points mid-way Patented Aug: 1, 1922.

ward movement of the target and this may consist of an upward extension of the arm which carries the pawl,'which extension, by coming in the path of the finger, provides an elastic stop thereto.

In the accompanying drawings z- Figure 1 is a side elevation of a target constructed according to this invention but with the nearer standard removed.

F igure 2 is a view correspondin to Fi ure 1, but showing the target just a ter it his moved back under the impact of a bullet and before it has returned to its normal position under the action of its spring; and,

igure 3 is a section taken in the planes indicated by the irregular line 3, 3, of Figure 1.

The arms A? are strengthened by braces A which, in effect,

constitute a frame of triangular construction. Radial] y mounted upon the boss B at between the arms A" are three fingers E, each of which lies in a plane which 1s at one side of 'the'path in which the target'plates A turn. An inverted T- lever F having an upward mally-horizontal arms 7 is pivoted at f to one of the standards C and the arms f are engaged respectively with the inner ends of springs G which are connected at their form, and are faced arm 7 and norouter ends with eye pieces- 71 which are rigid" with a: bar H which is fixed to the same standard. The upward arm of the T- lever F carries on one side a plate f and on the other a spring pressed pawl f and one of the fingers E lies normally between said plate f and the nose of the pawl f. 70 is a coil spring attached at one'end to one of three eyes m, each positioned on one of the members A just where it joins to the front face 'of the respective target plate. The other end of thecoil spring is connected to a cord o, the lower end of the latter being secured to the base of the apparatus, a certain amount of slack being allowed for a til the finger E rides over the pawl.

tinu es to ,move. on, raising bring the finger backward movement of finger E strikes the plate f made clear. J is a an adjustable porpurpo'se hereinafter metal shield having tion L. y I a V I The three target plates A may be of different contours the purpose being to use one at a time. They can be readily changed, however, by unfastening the spring is from the eye m to which it happens to be attached and reattaching it to the eye of another target plate.

henthe target, which is exposed, is struck by a bullet, it moves back in the direction of the arrow c and the finger E which is disposed opposite to the exposed target plate presses forward the pawl 7" and with it the arm 7 by which it is carried, against the force of thesprings e arm 1? then springs back to its normal position. The frame carrying the target con- I the spring is and taking up the slack of thecord 10. As soon as the cord pulls taut the spring 7r. is

' expanded by the momentum of the frame, but it overcomes such momentumand causes the frame to return, rotating in the opposite direction-until the same linger E, which. previously engaged with the pawl f rides over the same and reengages, against the plate f and thereby causingthe movement of the frame to be stopped. The plate f and the arm 7 go back somewhat in taking up the momentum of the frame, but not sufficiently to allow the finger E to ride over the plate F. The springs G serve to E, which is retained between the plate f andthe pawl f tosuch position that vertical. M represents a dash-pot which acts as a buffer against the returnmovement of the frame, and assists in cushioning the the arm 7, when the I If the target is struck bya glancingbullet, its movement may be'very slight, but,

owing to the counter-balancing of the frame and the freedom of its bearing, which,.as

statedabove, may be a ball hearing, it will .be'returned to its normal position by the wei ht of its coil spring and cord.

1- aving fullyv descrlbed my invention, what I claim as new and desire to secure by Letters Patent is 1. A target for small arms practice, adapted to disappear under the impact of a bullet, comprising a target plate mounted to turn freely upon a horizontal axis, a counterweight to such target-plate, an arm which moves round when the target moves back under the impact of a bullet, and a spring acting, to impel said arm in a direction to cause the targetto return to its normal position.

2. A target for small, arms practice, adapted to disappear under the impact of target plates acting as a butting up the exposed target plate A is.

m 1,424,ea2

a bullet, comprising a target plate mounted to turn freely upon a horizontal axis, weight to such 'targetplate, an arm which moves round when the target moves back under the impact of a bullet, a coil spring, and a cord with a certain amount of slack, connected. together and to the saidarm, and acting to impel said arm in a direction to cause the target to'return to its normal position.

3. A target for small arms practice, adapted to disappear under the impact of a bullet, comprising a plurality of target plates mounted upon a structure which turns freely upon ahorizontal axis, a plurality of said counterweight, a spring connected in relation to one of said target plates and adapted to impel said target plate in a v plates to return to the normal position.

,. 4. A target for small arms practice, adapted to disappearunder the impact of'a bullet, comprising a target plate: mounted to turn freely upon a horizontal axis, a counterweight to such target plate, a forward arm which moves upwards when the target turns backunder the impact of a bullet, and a coil spring connected at onecnd to said forward arm and at the other to a cord which is con-- nected at its other end with a fixed abutment and has a certain amount of slack, whereby the first turning back of the target plate takes up'the slack of thecord, and whereby, when said slack is taken up, the springoperadapted to disappear under the impact of a direction to cause the target a counterbullet, comprising a target plate mounted.

to turn freely upon a horlzontalaxis, a counter weight to .whiclrmoves roundwhen the target moves back under the impact of a bullet, a spring acting to impel said arm in adirection to cause the target to return to its normal position, a finger rigidly mounted in relation to the target plate, an abutment against which said linger isadapted to come when thetarget returns to its normal position, a pawl mounted in relation to said abutment over which pawl the fingerrides, and is retained thereby in close proximity to. the abutment.

6. A target for adapted to disappear under the impact of a bullet, comprising a target plate mounted to turn freely upon a horizontal axis, a counterweight to such target plate, an arm which moves round when the target moves such target plate,an, arm

and,

small arms practice, I, g

come when the target returns to its normal position, and a spring pressed pawl mounted in relation to said abutment over which pawl the finger rides, and is retained thereby in close proximity to the abutment.

7. A target for small arms practice, adapted to disappear under the impact of a bullet, comprising a plurality of target plates mounted upon a frame which turns freely upon a horizontal axis, any one of said target plates being adapted to act as the target proper, the rest of said target plates acting as a counterweight, and a coil spring which may be attached at one end to any of the arms carrying the target plates, and connected at its other end to a cord having a certain amount of slack and connected to a fixed abutment, whereby after one of the target plates has been struck by a bullet it yields back causing the cord to become tightened and the spring to impel the respective arm in a direction to return the target plate, which has been struck, to its normal position, and whereby any of said target plates, atwill, may be exposed by changing the spring and cord from one arm to another.

8. A target for small arms practice adapted to disappear under the impact of a bullet, comprising a plurality of target plates mounted upon a frame which turns freely upon a horizontal axis, any one of said target plates being adapted to act as the target proper, the rest of said target plates acting as a counterweight, and each of said target plates being adapted alternatively to act as a forward arm, and a spring adapted to impel said arm in a direction to cause the target plate, which has been eX- posed and struck by the bullet, to return to its normal position, a plurality of fingers on the frame, one for each target plate and disposed at the opposite side of the axis thereto, a spring pressed abutment against which each of said fingers abuts to stop the movement of the frame as it is returned to its normal position, and a pawl mounted in relation to said abutment, and over which said finger rides, said pawl preventing the rebound of said finger from said abutment.

In Witness whereof I have hereunto signed myname this 23rd day of September 1920 in the presence of two subscribing Witnesses.

CECIL FENTON. W itnes'ses FRANK A. HUGHES, THOMAS GIBsoN.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2706634 *Sep 21, 1950Apr 19, 1955Valkenburg James F VanAutomatically timed target
US2818734 *May 20, 1954Jan 7, 1958Howe Boyd AShock actuated mechanism
US3194066 *Mar 23, 1962Jul 13, 1965Dingler Werke AgBurst effect testing target
US4283060 *Sep 4, 1979Aug 11, 1981Braunschweiler GeorgTarget having limited rotational movement upon impact
US5346226 *Oct 7, 1993Sep 13, 1994Shotstop Target Systems, Inc.Reset target system
US7815192Jul 2, 2009Oct 19, 2010Eod Technology, Inc.Military target system
US7914004Sep 16, 2009Mar 29, 2011Action Target Inc.Method for using a multifunction target actuator
US7950666 *Nov 6, 2008May 31, 2011Action Target Inc.Omnidirectional target system
US8016291Jul 19, 2010Sep 13, 2011Action Target Inc.Multifunction target actuator
US8091894Sep 14, 2010Jan 10, 2012BOD Technology, Inc.Military target system
US8162319 *Apr 8, 2011Apr 24, 2012Action Target Inc.Method for advancing and retracting a target
US8413991 *Apr 27, 2012Apr 9, 2013Flippin' Critters, LlcMoving target for shooting practice
US8444150 *Jan 21, 2011May 21, 2013Ronald H. StirtzRotatable target for a bag toss game
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US8534672 *Jan 19, 2011Sep 17, 2013Challenge Targets, LlcSelf resetting target apparatus
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US9446301 *Sep 2, 2010Sep 20, 2016Dwight Albert LeimbererProjectile target game
US9702667 *Jun 10, 2016Jul 11, 2017Timothy J. GutierrezGun target system
US20090179382 *Nov 6, 2008Jul 16, 2009Nicholas StincelliOmnidirectional target system
US20100013162 *Sep 16, 2009Jan 21, 2010Thomas WrightMethod for using a multifunction target actuator
US20100276888 *Jul 19, 2010Nov 4, 2010Thomas WrightMultifunction Target Actuator
US20110001292 *Sep 14, 2010Jan 6, 2011Kreiman Kerry LMilitary target system
US20110062668 *Sep 2, 2010Mar 17, 2011Dwight Albert LeimbererProjectile Target Game
US20110163504 *Jan 4, 2011Jul 7, 2011Berger Spencer BTraveling target
US20110175293 *Jan 19, 2011Jul 21, 2011Brune Thomas MSelf resetting target apparatus
US20110180997 *Apr 8, 2011Jul 28, 2011Nicholas StincelliOmnidirectional target system
US20120256372 *Apr 11, 2011Oct 11, 2012Mike RogersBifacial Targets, Methods of Making and Methods of Use
Classifications
U.S. Classification273/392
International ClassificationF41J7/00, F41J7/04
Cooperative ClassificationF41J7/04
European ClassificationF41J7/04