US114951A - Improvement in breech-loading fire-arms - Google Patents

Improvement in breech-loading fire-arms Download PDF

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US114951A
US114951A US114951DA US114951A US 114951 A US114951 A US 114951A US 114951D A US114951D A US 114951DA US 114951 A US114951 A US 114951A
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Prior art keywords
breech
block
lever
hammer
cartridge
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    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F41WEAPONS
    • F41AFUNCTIONAL FEATURES OR DETAILS COMMON TO BOTH SMALLARMS AND ORDNANCE, e.g. CANNONS; MOUNTINGS FOR SMALLARMS OR ORDNANCE
    • F41A3/00Breech mechanisms, e.g. locks
    • F41A3/02Block action, i.e. the main breech opening movement being transverse to the barrel axis
    • F41A3/04Block action, i.e. the main breech opening movement being transverse to the barrel axis with pivoting breech-block
    • F41A3/06Block action, i.e. the main breech opening movement being transverse to the barrel axis with pivoting breech-block about a horizontal axis transverse to the barrel axis at the rear of the block

Definitions

  • Figures 2, 3, and 4 represent longitudinal yer-tical sections through the arm, with the parts in different positions to better show their action.
  • rlhe invention relates, first, to the construction and operation of a breech-block, hinged at its rear end, and so connected with a lever that the latter shall first draw said breech toa loading position,V and then, by continuing its motion independently ot' the breech, or
  • It further relates to a lever swinging upon a variable or changing center of motion in front of a breech-block that is hinged at its rear end, so that it may operate said breech-block.
  • It further relates to a construction and operation of a lever so as to produce four movements during its descent, namely, depressing the breech to a loading position, ejecting the cartridge-shell, pushing the hammer back to half-cock, and-forcing back the firing-pin.
  • Itfurthe'r relates to the arrangement of the hammer and its thumbLpiece directly in rear of a breech-block hinged at its rear end, so that the hammer may be used for operating said block; as, for instance, in closing it as the hammer is drawn back to the full-coclr.
  • the breech-block B To the frame A of the fire-arm is pivoted, as at a, the breech-block B so as to swing up and down at its forward end to close or open the bore' or chamber b of the barrel C, as will be explained.
  • a firing-pin extending clear through, which is struck by the fall of the hammer D, arranged immediately behind the breech-block and pin, and in line with the axis of the barrel (l, said hammer being pivoted to the guard-strap I at d.
  • the lever F swings upon a variable center of motion. During the first part of its movement it swings from or around an imaginary center, nearly coincident with the nib or projection fv of the extractor, until the breech has been depressed to its loading position, and then it rocks upon its curved portion e and moves rearward to remove the'expl'oded cartridge.
  • the lower rear end of the lever has a recess, lo, in it, which, when it is brought up against the stud or pin l, holds it by frictional contact therewith.
  • the trigger G is pivoted at m, and controlled by a spring, n, and is represented in ligs. 2 and 3 as holding in the half-cock notch l of the hammer, 2 representing the full-cock nptch.
  • the main or hammer-spring is represented at @and is connected with the hammer through the arm o.
  • the shell-extractor i,fbut by continuing the downward movement of the lever the projection fi leaves and slips past the recess u, and then the extractor moves I into the position shown in Iig. 2, drawing out theempty case, while the breech-block may remain stationary in the loading position first mentioned.
  • the ilange of the cartridge comes against the projection c on the extractor j, and by continuing to force the cartridge into the bore ofthe 'gun it carries with it the lever F sufiiciently far to hold the cartridge in the chamber, asseen at tig. 4, and leaves the shoul ders i and E in such position that, when the hammer is' brought back to the full-cock, its projection s, taking against the part tof the breechblock, raises it entirely up, where it is locked by the lever and its projections.
  • the breech-block may, however', be brought upby the lever alone, it' so preferred; and when it'is ⁇ done by the hammer :the latter' lifts the breech-block before it reaches its full-cock position.
  • a projection or shoulder on said lever for driving back the tiring-pin, should it, froin any cause, fail to return into the breechblock after being driven Aout by the hammer, substantially as described.

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  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Portable Nailing Machines And Staplers (AREA)

Description

JAMES LEE.
Improvement in Breech-Loading Fire-Arms. No. H4,951. Parentedmawwsn idnirt Seite @that (that,
JAMES LEE, OF MILWAUKEE, WISCONSIN, ASSIGNOR 'IO PHILO REMING- j TON, OF ILION,-NEW YORK. l
Letters PatentNo. 114,951, dated May 16, 1871.
IMPROVEMENT IN BREECH-LOADING FIRE-ARMS.
The Schedule referred to in these Letters Patent and making part of the same.
To all whom 'it may concern.'
Be it known that I, JAMES LEE, of Milwaukee, in the county of Milwaukee and State/of Wisconsin, have invented certain new 'and useful Improvements in Lever-Breech Breech-Loading Fire-Arms; and I do hereby declare the following to be a full, clear, and exact description of the same, reference being had to the ac' companying drawing making a part of this specication, in which- Figure 1 represents in perspective so much of the re-arm-in question as will illustrate my invention.
Figures 2, 3, and 4 represent longitudinal yer-tical sections through the arm, with the parts in different positions to better show their action.
Similar letters of reference, where they occur in the separate figures, denote like parts of the arm in the drawing.
rlhe invention relates, first, to the construction and operation of a breech-block, hinged at its rear end, and so connected with a lever that the latter shall first draw said breech toa loading position,V and then, by continuing its motion independently ot' the breech, or
'while the breech remains stationary, it shall extract the shell of the cartridge.
It further relates to a breech-block hinged at its rear end and raised automatically, by the pressure or recoil of the main spring, sutciently to hold the cartridge in `the chamber and prevent it from dropping out.
It further relates to a lever swinging upon a variable or changing center of motion in front of a breech-block that is hinged at its rear end, so that it may operate said breech-block.
It further relates, in connection with a breech-block hinged at its rear and with the lever for operating it, to the arrangement of the cartridge-extractor, forming a part of and moving with said lever.
It further relates to the arrangement, in connection with a breech-block hinged at its rear end and having a -iring-pin in or passing through it, of a lever so operating that it shall force the iring-pin back during its descent.
It further relates to a construction and operation of a lever so as to produce four movements during its descent, namely, depressing the breech to a loading position, ejecting the cartridge-shell, pushing the hammer back to half-cock, and-forcing back the firing-pin.
It further relates to the construction -by which a breech-block, hinged at its rear end, and a hammer arranged directly at its rear, shall so act that when the hammer is pushed backby the downward movement of said breech-,block it will be retained in that position, and canneit-her 'he brought to a full-cock nor let down from a half-cock during the operation of loading.
It further relates to a cartridge-extractor that will draw or press the head of the cartridge against the breech-block before the descent ofthe hammer.
Itfurthe'r relates to the arrangement of the hammer and its thumbLpiece directly in rear of a breech-block hinged at its rear end, so that the hammer may be used for operating said block; as, for instance, in closing it as the hammer is drawn back to the full-coclr.
To enable others skilled in the art to make and use my invention, I will proceed to describe the same with reference to the drawing.
To the frame A of the fire-arm is pivoted, as at a, the breech-block B so as to swing up and down at its forward end to close or open the bore' or chamber b of the barrel C, as will be explained.
Through the breech-block, centrally, is passed a firing-pin, extending clear through, which is struck by the fall of the hammer D, arranged immediately behind the breech-block and pin, and in line with the axis of the barrel (l, said hammer being pivoted to the guard-strap I at d.
On the underside of the breech-block there is a shouldered projection, E', which acts in connection with both the hammer D and with the lever F.
The lever F, the construction of which is clearly seen in figs. 2 and- 3, swings upon a variable center of motion. During the first part of its movement it swings from or around an imaginary center, nearly coincident with the nib or projection fv of the extractor, until the breech has been depressed to its loading position, and then it rocks upon its curved portion e and moves rearward to remove the'expl'oded cartridge.
Upon this lever F are made the faces or shoulders g h i, as also the cartridge-shell extractor j, all of which are permanent upon `and move and act together with the lever when it moves or acts.
The lower rear end of the lever has a recess, lo, in it, which, when it is brought up against the stud or pin l, holds it by frictional contact therewith.
The trigger G is pivoted at m, and controlled by a spring, n, and is represented in ligs. 2 and 3 as holding in the half-cock notch l of the hammer, 2 representing the full-cock nptch.
The main or hammer-spring is represented at @and is connected with the hammer through the arm o.
All the parts forming the lock are assembled upon the guard-strap I, so that the whole of the lock is readily and easily removable, for the purpose of cleans ing, by simply taking out the guard-strap.
On the swinging breech-block at its rear, and below its centerl of motion, there is aslight projection, q, which, When said breech-block is drawn down by the lever F into a loading position, takes against a projection, lr, on the hammer D, and moves the hammer back to the half -cock position, where it is caught by the trigger, and when in this position it cannot be let down on account .of these contact points, nor can it he brought to a full-cock, as another projection, s, on the hammer, locks against thev under projection E, as at t, and prevents said hammer from being drawn back to full-cock. y When the breech-block is swung np to close the bore of the arm-as, for instance, in charging the arm or foriring it-it is held up, as seen in lig. 1, by the projection t', on the lever F, taking into the recess u in the under projection E of the breech-block, and the top of said projection i may also bear against the underside of the .breech-block, or into or against the curved shoulder or recess at u, while the lever itself is as? held at its extreme end by the friction-pin'or stu N Vhen the arm is dischargedand is to be. reloaded, the breech-block is drawn into the loading position, as
-f seen in iig. 3, by means of the lever F,'and the movement of the lever Fnecessary to accomplish this is not of such extent as to start, or possibly just start,
the shell-extractor i,fbut by continuing the downward movement of the lever the projection fi leaves and slips past the recess u, and then the extractor moves I into the position shown in Iig. 2, drawing out theempty case, while the breech-block may remain stationary in the loading position first mentioned.
When the lever F comes clear down to the end of its movement the face or shoulder g on it comes up against thefront end of the breech-block, and, should lthe iiring-pin-projeot therefrom, from clogging-there being no spring to draw it back, and in which projected position it 'would prevent the breech-block from swinging up past the end of the barrel-said shoulder or projection g will drive it back, and so prevent any such casualty or delay. j
In entering the cartridge into the chamber or bore of the barrel, the parts being in the position shown in iig. 2, the ilange of the cartridge comes against the projection c on the extractor j, and by continuing to force the cartridge into the bore ofthe 'gun it carries with it the lever F sufiiciently far to hold the cartridge in the chamber, asseen at tig. 4, and leaves the shoul ders i and E in such position that, when the hammer is' brought back to the full-cock, its projection s, taking against the part tof the breechblock, raises it entirely up, where it is locked by the lever and its projections. The breech-block may, however', be brought upby the lever alone, it' so preferred; and when it'is `done by the hammer :the latter' lifts the breech-block before it reaches its full-cock position.
Having thus fully described my invention,
What I claim therein as new, and desire to secure by Letters' Patent, is- 1. -The combination of' the breech-block, hinged at its rear end, and the lever F, so that said lever, in being operated, shall rst d raw down the breechblock into a loading position, and then, by continuing its motion while the breech-block remains stationary, move the extractor to draw out the empty case, substantially as described.
l, 2. In combination with a breech-block hinged at its rear end, and a lever extractor, the raising or setting of the lever by `the act of introducing the cartridge, so
catch and hold the cartridge from dropping out ot' the gun, substantially as described.
3. In combination with a breech-block hinged at its rear, a lever moving around a variable center' of motion near the front of and slightly underneath said breech-block, substantially as described.
4. In combination with a breech-block hinged at its rear end, and with a lever for operating it, a cartridgeextractor moving with said lever and. around the variable center of motion of said lever, substantially as and for the purpose set forth.
5. In combination with a breech-block hinged at its rear end, and having a liring-pin passing through it and operated by a lever, as described, a projection or shoulder on said lever for driving back the tiring-pin, should it, froin any cause, fail to return into the breechblock after being driven Aout by the hammer, substantially as described. l
6. The construction and operation-of the lever, substantially as described, so as to produce four movements during its descent, namely: depress the breech into a loading position, -eject the cartridge-shell or case, push the hammer back toa half-cock, and force back the firing-pin, as described and represented.
7. The combination of a breech-block hinged at its rear end, and a hammer arranged directly in its rear, the devices by which, when the hammer is brought and caught at the half-cock by the downward movement of said breech-block, it can neither belet down from said half-cool; nor brought to the full-cock, as 'described and represented.v v
. 8. The arrangement of the hammer and its thumbpiece and a breech-block hinged at its rear end, sub, stantially as described, so that the hammer can be used for operating said block-as, for instance, in closing it as the hammer is drawn back to the full-cock.
JAMES LEE.
Witnesses:
GEO. B. GooDwlN, HENRY D. GOODWIN.
that the expansion ofthe main spring through the hammer may raise the breech-block far enough to
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