Title:
Firearm bullet
Document Type and Number:
United States Patent D800246

Inventors:
Burczynski, Thomas J. (Montour Falls, NY, US)
Sachse, Nick T. (Oak Ridge, NC, US)
Application Number:
29/528430
Publication Date:
10/17/2017
Filing Date:
05/28/2015
View Patent Images:
Assignee:
RA Brands, L.L.C. (Madison, NC, US)
Primary Class:
International Classes:
(IPC1-7): 2203
Field of Search:
D22/115-116
US Patent References:
D753259Shell casing with surface treatmentApril, 2016MasinelliD22/116
D751166Pistol cartridgeMarch, 2016SeecampD22/116
D733834Firearm bulletJuly, 2015Burczynski et al.
D733835Firearm bulletJuly, 2015Burczynski et al.
D733836Firearm bulletJuly, 2015Burczynski et al.
D733837Firearm bulletJuly, 2015Burczynski et al.
D734419Firearm bulletJuly, 2015Burczynski et al.
D735289Firearm bulletJuly, 2015Burczynski et al.
D733252Firearm bullet and portion of firearm cartridgeJune, 2015Burczynski et al.
8950333Multi-component bullet with core retention feature and method of manufacturing the bulletFebruary, 2015Burczynski et al.
20140331885THREE COMPONENT BULLET WITH CORE RETENTION FEATURE AND METHOD OF MANUFACTURING THE BULLETNovember, 2014Burczynski
20140311372MULTI-COMPONENT BULLET WITH CORE RETENTION FEATURE AND METHOD OF MANUFACTURING THE BULLETOctober, 2014Burczynski et al.
20140261044Bullets With Lateral Damage Stopping PowerSeptember, 2014Seecamp
8789470Segmenting slugJuly, 2014Frank
8763535Narrowing high strength polymer-based cartridge casing for blank and subsonic ammunitionJuly, 2014Padgett
8752484Three component bullet with core retention feature and method of manufacturing the bulletJune, 2014Burczynski
8646389Jacketed bullet with bonded coreFebruary, 2014Masinelli
8640589Projectile modification methodFebruary, 2014Dryer et al.
20130305950Cartridge with Rapidly Increasing Sequential Ignitions for Guns and OrdnancesNovember, 2013Coffman, II
8540828Nontoxic, noncorrosive phosphorus-based primer compositions and an ordnance element including the sameSeptember, 2013Busky149/108.8
8511233Projectile for fire armsAugust, 2013Nilsson
8448575Firearm cartridgeMay, 2013Goddard
20130086834FIREARMS MAGAZINE FOR RIFLE LENGTH CARTRIDGESApril, 2013Battaglia
8397641Non-newtonian projectileMarch, 2013Jackson
20130025490THREE COMPONENT BULLET WITH CORE RETENTION FEATURE AND METHOD OF MANUFACTURING THE BULLETJanuary, 2013Burczynski
20130014668Cartridge and Bullet with Controlled ExpansionJanuary, 2013Emary
20130014664NARROWING HIGH STRENGTH POLYMER-BASED CARTRIDGE CASING FOR BLANK AND SUBSONIC AMMUNITIONJanuary, 2013Padgett
20120227615Traceable Solid Core ProjectileSeptember, 2012Beal
8256352Jacketed bullet with bonded coreSeptember, 2012Masinelli
D664042Bullet shaped containerJuly, 2012Kurpis
20120124879Firearmcartridge magazine having mechanism for low-friction cartridge orienting and guidingMay, 2012Larue
8186277Lead-free bullet for use in a wide range of impact velocitiesMay, 2012King
8171852Expanding projectileMay, 2012Rebar
8161885Cartridge and bullet with controlled expansionApril, 2012Emary
8117967BulletFebruary, 2012Salvel
8061255Firearm with cartridge pick-and-place mechanismNovember, 2011Boberg
20110252997ARMOR-PENETRATING TWO-PART BULLETOctober, 2011Hoffman
8042297Magazine for a handheld firearmOctober, 2011Emde
D646179Bullet-shaped beverage containerOctober, 2011Jansen
20110179965AMMUNITION ASSEMBLYJuly, 2011Mason
20110088537JACKETED BOAT-TAIL BULLETApril, 2011Eberhart
7908780Ammunition magazineMarch, 2011Fitzpatrick et al.
7891298Guided projectileFebruary, 2011Minick et al.
7874253Firearms projectileJanuary, 2011Marx
7854083Cartridge magazine for firearmsDecember, 2010Aalto
20100263565METAL MATRIX REACTIVE COMPOSITE PROJECTILESOctober, 2010Hugus, IV et al.
20100224093Partial Fragmentation BulletSeptember, 2010Wilhelm et al.
D621468ProjectileAugust, 2010Nilsson
7748325Firearms projectileJuly, 2010Marx
20090288572HUNTING BULLET COMPRISING AN EXPANSION RINGNovember, 2009Sauvestre
7503260Non-lethal ammunitionMarch, 2009Kapeles
7380502Rifle cartridge with bullet having resilient pointed tipJune, 2008Emary
20080035008Hard-Core Projectile with PenetratorFebruary, 2008Riess et al.
7322297Cannelured frangible projectile and method of canneluring a frangible projectileJanuary, 2008Yaich
20070204758Lead-free projectileSeptember, 2007Spatz et al.
72104114.6 mm small arms ammunitionMay, 2007Booth et al.
20070089629Firearms projectileApril, 2007Marx
7143679Cannelured frangible cartridge and method of canneluring a frangible projectibleDecember, 2006Yaich
20060027132Cartridge and a method of preparing at least one radial incision in the body of the bullet of the cartridgeFebruary, 2006Libra
20060027128Firearms projectile having jacket runnerFebruary, 2006Hober
6973879Monolithic high incapacitation small arms projectileDecember, 2005McElroy et al.
20050183617Jacketed ammunitionAugust, 2005MacDougall
6805057Bullet for optimal penetration and expansionOctober, 2004Carr
6776101Fragmenting bulletAugust, 2004Pickard
6600126Shell with a shell body and a process for the preparation of radially protruding guiding means on a shell bodyJuly, 2003Steinhoff et al.
6530328Captive soft-point bulletMarch, 2003Burczynski
D447208CartridgeAugust, 2001BeniniD22/116
D447209CartridgeAugust, 2001BeniniD22/116
6244187Increased velocity-performance-range bulletJune, 2001Head
6213022Cartridge for hunting or the likeApril, 2001Pullum
6119600Projectile and method for producing itSeptember, 2000Burri
5943749Method of manufacturing a hollow point bulletAugust, 1999Swank
D389221Rifle bulletJanuary, 1998Borg
5686693Soft steel projectileNovember, 1997Jakobsson
5535495Die cast bullet manufacturing processJuly, 1996Gutowski
5385101Hunting bullet with reinforced coreJanuary, 1995Corzine et al.
5385100Upset jacketed bulletJanuary, 1995Corzine et al.
5357866Jacketed hollow point bullet and method of making sameOctober, 1994Schluckebier et al.
5160805ProjectileNovember, 1992Winter
5131123Methods of manufacturing a bulletJuly, 1992Brooks
4947755Bullet having sections separable upon impactAugust, 1990Burczynski
4878434Penetrating projectile with hard core and ductile guide and method of making itNovember, 1989Sommet
4870884Incendiary projectile, method of introducing the incendiary composition into the projectile and arrangement for implementing the methodOctober, 1989Schubart et al.
4856160Bullet with reverse taper interlock jacket and method of manufacturing the bulletAugust, 1989Habbe et al.
4793037Method of making a bulletDecember, 1988Carter
4776279Expanding ballistic projectileOctober, 1988Pejsa
4660263Vapor blasted bullet jacketApril, 1987Kosteck
4550662Expanding projectilesNovember, 1985Burczynski
4517897Small arms projectileMay, 1985Kneubuhl
4352225Jacketed bullet and method of manufactureOctober, 1982Schreiber
4336756Jacketed bullet and method of manufactureJune, 1982Schreiber
4108073Armor piercing projectileAugust, 1978Davis
4044679Laminated armor-piercing projectileAugust, 1977Pagano et al.
3881421BulletMay, 1975Burczynski
3349711Process of forming jacketed projectilesOctober, 1967Darigo et al.
3311962Method of making an expanding point bulletApril, 1967Burns, Jr.
3157137Expanding point bulletNovember, 1964Burns, Jr.
3143966Expanding bulletAugust, 1964Burns, Jr. et al.
3142256Jacketed-cast bulletJuly, 1964Mack
2696130Method and apparatus for applying bands to cylindersDecember, 1954Peters
2322751ProjectileJune, 1943Stadler
1892158Short range bulletDecember, 1932Matthews
1081616MUSHROOM-BULLET.December, 1913Johnson
Foreign References:
DE705504April, 1931Verfahren zum Herstellen von Geschossen
DE648039July, 1937Mantelgeschoss fuer Handfeuerwaffen mit geringer Geschossgeschwindigkeit, z. B. Faustfeuerwaffen
DE743914January, 1942Geschoss fuer Jagdzwecke mit durchgehendem Weichbleikern
DE1072515December, 1959
DE2064553July, 1972
EP0225532June, 1987Jacketed projectile containing a two-part core.
EP0918208May, 1999Expanding bullet
GB191300326January, 1914Improvements in or relating to Bullets.
WO/2013/016330January, 2013THREE COMPONENT BULLET WITH CORE RETENTION FEATURE AND METHOD OF MANUFACTURING THE BULLET
WO/2014/116950July, 2014MULTI-COMPONENT BULLET WITH CORE RETENTION FEATURE AND METHOD OF MANUFACTURING THE BULLET
WO/2014/186007November, 2014REDUCED FRICTION EXPANDING BULLET WITH IMPROVED CORE RETENTION FEATURE AND METHOD OF MANUFACTURING THE BULLET
Other References:
Don Roberts, At Last! Pressure Data for the .30-40 Krag, Handloader: The Journal of Ammunition Reloading, Jul.-Aug. 1976, pp. cover, 38-41, Issue 62, Wolfe Publishing.
George C. Lambert, letter to Mr. C. V. Bracher regarding “Belted Bullet”, Mar. 4, 1936, 1 pages, Peters Cartridge Division of Remington Arms Co., Inc. Bridgeport, CT.
International Search Report for PCT/US2012/047966 dated Oct. 16, 2012.
Maj. George Nonte, Tip to Tip, Handloader: The Journal of Ammunition Reloading Jul.-Aug. 1976, pages cover, 4, 12-13, Issure 62, Wolfe Publishing Company, Inc., Prescott.
Photograph of .30 U.S. Govt. 1906-180 GRA . . . ; Scientific Bullet Design Ins . . . Superfine Accuracy; and Heavy Jacket Re-Inforced by Belt.
Sharpe, Philp Burdette, “Complete Guide to Handloading”, pp. 41-43, third edition, Wolfe Pub Co.; 1988.
Written Opinion for PCT/US2012/047966 dated Oct. 16, 2012.
International Search Report dated Apr. 17, 2014 for International Application No. PCT/US2014/012952 filed Jan. 24, 2014.
Written Opinion dated Apr. 17, 2014 for International Application No. PCT/US2014/012952 filed Jan. 24, 2014.
International Search Report dated Oct. 7, 2014 for PCT/US2014/015672 filed Feb. 11, 2014.
Written Opinion dated Oct. 7, 2014 for PCT/US2014/015672 filed Feb. 11, 2014.
Notice of Allowance for U.S. Appl. No. 13/748,841 dated Oct. 2, 2014.
Non-final Office Action for U.S. Appl. No. 14/303,908 dated Mar. 23, 2015.
Primary Examiner:
Pratt, Michael A.
Attorney, Agent or Firm:
Womble Carlyle Sandrige & Rice, LLP
Claims:
CLAIM

1. The ornamental design for a firearm bullet, as shown and described.

Description:

FIG. 1 is a top perspective view of a bullet, wherein a pair of substantially horizontal, closely adjacent broken lines is included for indicating that no particular length is being claimed;

FIG. 2 is a bottom perspective view of the bullet of FIG. 1;

FIG. 3 is a front elevation view of the bullet of FIG. 1;

FIG. 4 is a top plan view of the bullet of FIG. 1;

FIG. 5 is a bottom plan view of the bullet of FIG. 1; and,

FIGS. 6-10 are respectively like FIGS. 1-5 except that shading is not shown, and diagonal hatching designates the color gold and horizontal hatching designates a color that is different from the color designated by the diagonal hatching.