FR3001798A1 - Weapon device i.e. rifle, for hunting game, has cylinder with necessary elements for projection of ammunition at specific rate, and arming rod that is arranged to cross brake that is pushed by spring, where brake is pulled by thrust - Google Patents

Weapon device i.e. rifle, for hunting game, has cylinder with necessary elements for projection of ammunition at specific rate, and arming rod that is arranged to cross brake that is pushed by spring, where brake is pulled by thrust Download PDF

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Publication number
FR3001798A1
FR3001798A1 FR1300251A FR1300251A FR3001798A1 FR 3001798 A1 FR3001798 A1 FR 3001798A1 FR 1300251 A FR1300251 A FR 1300251A FR 1300251 A FR1300251 A FR 1300251A FR 3001798 A1 FR3001798 A1 FR 3001798A1
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France
Prior art keywords
spring
rod
brake
ammunition
cylinder
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FR1300251A
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French (fr)
Inventor
Jean Joseph Picq
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Individual
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Individual
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Priority to FR1300251A priority Critical patent/FR3001798A1/en
Publication of FR3001798A1 publication Critical patent/FR3001798A1/en
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Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F41WEAPONS
    • F41BWEAPONS FOR PROJECTING MISSILES WITHOUT USE OF EXPLOSIVE OR COMBUSTIBLE PROPELLANT CHARGE; WEAPONS NOT OTHERWISE PROVIDED FOR
    • F41B11/00Compressed-gas guns, e.g. air guns; Steam guns
    • F41B11/60Compressed-gas guns, e.g. air guns; Steam guns characterised by the supply of compressed gas
    • F41B11/64Compressed-gas guns, e.g. air guns; Steam guns characterised by the supply of compressed gas having a piston effecting a compressor stroke during the firing of each shot
    • F41B11/642Compressed-gas guns, e.g. air guns; Steam guns characterised by the supply of compressed gas having a piston effecting a compressor stroke during the firing of each shot the piston being spring operated
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F41WEAPONS
    • F41BWEAPONS FOR PROJECTING MISSILES WITHOUT USE OF EXPLOSIVE OR COMBUSTIBLE PROPELLANT CHARGE; WEAPONS NOT OTHERWISE PROVIDED FOR
    • F41B11/00Compressed-gas guns, e.g. air guns; Steam guns
    • F41B11/60Compressed-gas guns, e.g. air guns; Steam guns characterised by the supply of compressed gas
    • F41B11/64Compressed-gas guns, e.g. air guns; Steam guns characterised by the supply of compressed gas having a piston effecting a compressor stroke during the firing of each shot
    • F41B11/642Compressed-gas guns, e.g. air guns; Steam guns characterised by the supply of compressed gas having a piston effecting a compressor stroke during the firing of each shot the piston being spring operated
    • F41B11/646Arrangements for putting the spring under tension

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  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Toys (AREA)

Abstract

The device i.e. rifle, has a cylinder that is arranged with necessary elements for projection of ammunition at a specific rate. An arming rod (24) is arranged to cross a brake (8) that is pushed by a return spring (10). The brake is pulled by a thrust axis. A lever (5) is compressed by the spring. A set of limps is arranged to block the arming rod with regard to the each projection of ammunition. A blocking spring is arranged with a steel strip and a door strip. The spring is compressed without slackening.

Description

La présente invention a pour but d'employer la force musculaire du tireur pour propulser balle et grenaille à moindre frais, de bruit et de pollution car cette invention supprime les douilles, poudre et amorce qui ne souilleront plus la nature. Le tir sera plus si- lencieux et la chasse prendra une vocation plus sportive (comparativement à la chasse à l'arc). Ce brevet comporte six figures: 1.Figure I plan du fusil monté Ifigure II coupe du mécanisme de tir achevé Ifigure III coupe du mécanisme du tir prêt à tirer (armé) 4.figure IV coupe du mécanisme de tension du ressort 5.figure V coupe de la soupape et de la culasse rotative 6.figure VI coupe du canon muni de chicane. Fonctionnement figure I Ce fusil s'arme à la force d'un bras en actionnant un levier d'armement escamotable (12). Ce levier hors action de chasse est dé-boité et s'arrime sur des poses levier (8) prévues sur la crosse (9). Le mécanisme de tir est présenté non armé. Le ressort (6) est détendu, le guide de ressort (43) est détendu. On voit la crosse (9) et dessus les portes levier (8). Le ressort de retour (10) sur la tige d'armement (7). Le viseur (5), le piston (4), le cylindre (3), le tuyau d'emprunt d'air (30), le canon (2) et le point de mire (4). Le silencieux (35) peut être rajouté si l'on désire un silence lors du tir parfait car le cylindre à chicane (44) élimine la plus grande partie du bruit. L'on voit la soupape (15) qui s'ouvre à l'instant du tir, le chargeur rotatif (14), le canon (21). La pousse tige d'armement (13) commandé par le levier escamotable (12), le guide ressort '(49). La gâchette (11) qui est commandée par l'intermédiaire d'une tige gâchette (32), un déclen- (trois pièces) figure IV. Un ressort de gâchette (31) assure le retour de l'armement du déclencheur de tir figure IV. La figure II en coupe montre les différentes pièces fonctionnant pour fabriquer l'énergie propulsant les munitions dans ce cas, elles sont en mode propulsion. La soupape (15) est ouverte, le 35 piston (4) est au point bas maximum poussé par la tige d'armement (7). Le cylindre (3) supporte toutes ces pièces présentées dont une cage de compression (36) qui a le rôle figure IV d'armer le ressort et de les maintenir en position. Le guide de ressort (45) gui est fixé sur la tige d'armement(7) compresseur. Ce ressort (1-5 en sortie de cylindre sur la tige d'armement (7) est fixé un resbort de retour (10) qui est compressé et tirera le piston (4) pour le positionner au stade désarmé figure III. La figure III démontre en coupe le cylindre piston en position armé (prêt au tir). Grâce au va et vient du levier d'armement (12) 10 agissant sur le mécanisme d'armement figure IV, la tige d'armement (7) a reculée et le ressort (6) est compressé par le guide ressort (15), la tige d'armement (7) dépasse du cylindre (3) et l'on voit le ressort de retour (10) tendu pour déclencher le tir ; il suffira d'appuyer sur la gâchette (11) qui par l'intermédiaire de la 15 tige de gâchette (32) déclenchera le mécanisme de relâchement (37) La figure IV demontre le mécanisme de tension du ressort et aussi déclanchement du tir. Il se compose d'un boitier (16) se logeant dans le cylindre (3), il comporte la tige d'armement (24) qui le 20 traverse, un ressort de tension (17) pousse un frein (8) qui traverse la tige d'armement(24). C'est ce frein (8) qui fait avancer la tige d'armement (24). A l'extérieur du boitier (16) sont positionnés un ressort de blocage (19), un déclencheur (37) qui lui aussi est traversé par la tige d'armement (24) et une lamelle 25 d'acier (aussi traversée) est positionnée sur un porte lamelle maintenir en position d'arrêt la tige d'armement (24) tige d'armement sont solidaires 30 (38). Le levier par un axe de levier (46) agira sur un axe d'effort (23) sur l'axe de poussée (22) pour commander le frein (8) qui fait avancer la tige d'armement (24). La figure V coupe démontrant le fonctionnement de la soupape (15) 35 et de la culasse rotative (27). La soupape (15) appuie pour fermer l'air lors de la compression sur le cylindre (3). Un guide de sou- (21). Ces pièces servent à lorsque le frein (8) recule pour faire avancer la (24). Les pièces numéro (19), (20), (21), (37) de la gâchette (11) et de la tige de déclencheur d'armement escamotable (5) fixé au boitier (16) pape (39) assure la maintenance de celle-ci. Une articulation (26) pousse sur une calle (47) et en faisant levier dégage la soupape (15) de son logement. C'est le piston (4) qui en arrivant en fin de course, provoque ce mouvement de retrait en appuyant. Une ou- lasse mobile fixée au cylindre (3) par un pas de vis (48) chargera le canon ( 2) de munition sans laisser échapper l'air comprimé. Il est prévu une boite de culasse (29) en deux parties : boulon (40), une culasse rotative (27) équipée d'ailettes (41) qui fonctionnera en demi-tours poussée par de l'air comprimé venant du tuyau (30).The present invention aims to use the shooter's muscular strength to propel ball and shot cheaply, noise and pollution because this invention removes the sleeves, powder and primer that will no longer defile nature. The shot will be quieter and the hunt will be more athletic (compared to bow hunting). This patent consists of six figures: 1.Figure I shot of the shotgun Ifigure II cut of the shotgun completed Ifigure III cut of the shotgun ready to fire (armed) 4.figure IV cut of the spring tension mechanism 5.figure V 6. Figure VI section of the barrel with the baffle. Operation figure I This rifle is armed with the force of an arm by operating a retractable cocking lever (12). This off-hunting lever is de-limbed and docked on lever poses (8) provided on the butt (9). The firing mechanism is unarmed. The spring (6) is relaxed, the spring guide (43) is relaxed. We see the butt (9) and the lever doors (8). The return spring (10) on the cocking rod (7). The viewfinder (5), the piston (4), the cylinder (3), the air borrowing pipe (30), the barrel (2) and the sight (4). The silencer (35) can be added if you want silence during the perfect shot because the baffle cylinder (44) eliminates most of the noise. We see the valve (15) which opens at the moment of firing, the rotary magazine (14), the barrel (21). The push rod (13) controlled by the retractable lever (12), the spring guide (49). The trigger (11) which is controlled via a trigger rod (32), a trigger (three pieces) Figure IV. A trigger spring (31) ensures the return of the arming of the firing trigger FIG. Figure II in section shows the different parts operating to make the energy propelling the ammunition in this case, they are in propulsion mode. The valve (15) is open, the piston (4) is at the maximum low point pushed by the cocking rod (7). The cylinder (3) supports all these parts presented including a compression cage (36) which has the role figure IV to arm the spring and hold them in position. The spring guide (45) which is attached to the arming rod (7) compressor. This spring (1-5 at the barrel outlet on the cocking rod (7) is fixed with a return spring (10) which is compressed and will pull the piston (4) to position it at the disarmed stage (Figure III). shows in section the piston cylinder in the armed position (ready for firing) Thanks to the coming and going of the cocking lever (12) acting on the arming mechanism (IV), the cocking rod (7) has moved back and the spring (6) is compressed by the spring guide (15), the arming rod (7) protrudes from the cylinder (3) and the return spring (10) is seen stretched to trigger the firing; press the trigger (11) which, via the trigger rod (32), will trigger the release mechanism (37) Fig. IV demonstrates the spring tension mechanism and also triggers the shot. a housing (16) housed in the cylinder (3), it comprises the cocking rod (24) which passes through it, a tension spring (17) pushes a brake (8) which passes through the cocking rod (24). It is this brake (8) which advances the cocking rod (24). Outside the housing (16) are positioned a locking spring (19), a trigger (37) which is also traversed by the cocking rod (24) and a steel strip (also traversed) is positioned on a slat door hold in the off position the cocking rod (24) cocking rod are integral (38). The lever by a lever axis (46) will act on a force axis (23) on the thrust axis (22) to control the brake (8) which advances the cocking rod (24). Figure V section showing the operation of the valve (15) 35 and the rotary yoke (27). The valve (15) presses to close the air during compression on the cylinder (3). A guide of sou- (21). These parts are used when the brake (8) moves back to advance the (24). The numbers (19), (20), (21), (37) of the trigger (11) and the retractable cocking trigger rod (5) fixed to the casing (16) poppet (39) provides maintenance of it. A hinge (26) pushes on a caliper (47) and levering releases the valve (15) from its housing. It is the piston (4) which at the end of the race, causes this withdrawal movement by pressing. A mobile wand fixed to the cylinder (3) by a thread (48) will charge the barrel (2) of ammunition without releasing the compressed air. There is provided a bolt (40), bolt (40), a rotary yoke (27) equipped with fins (41) which will operate in half-turns pushed by compressed air coming from the pipe (30). ).

Les cartouches ou balles sont disposés dans un chargeur (49) et porte chargeur (50) poussés par un ressort. Par son mouvement rotatif, les munitions poussées rentreront dans le canon (2) et seront éjectées à chaque tir, remplacées par une autre munition. La figure VI démontre la coupe du canon silencieux et air compri- mé. Le canon (2) visé sur le cylindre (3) est entouré par un tube cylindrique. La chicane (44) d'air comprimé qui chasse la munition (25) en bout de canon (2) provoqué grâce à une ou plusieurs sorties d'air (43). Cet air est repoussé dans le cylindre (44) et passe dans les chicanes et ressort par la sortie (43) près du cy- lindre (3). Cette disposition empêche d'entendre le bruit de « bouchon de champagne » à la sortie du projectile. Si l'on veut perfectionner encore la suppression du bruit, un silencieux (35) sera vissé en boute de canon (2). L'on aperçoit le tuyau d'air comprimé (30) qui fournit de l'air comprimé à la culasse rotative (29). Il est expliqué que les cartouches de grenaille peuvent être éjectées en gerbe serrée ou expansive ; le procédé employé sera que le canon est toujours rayé pour éjecter les balles à grande précision (force centrifuge). Les cartouches de diamètre à suivre les rayures dont le canon est pourvu, sortiront du canon (2) en s'éparpillant leur grenaille, celles qui seront plus petites ne tourneront pas et de ce fait, la charge de plomb restera groupée car la cartouche en accompagnant la grenaille, protégeront la gerbe de plomb de l'éparpillement et resteront serrées.35The cartridges or bales are arranged in a magazine (49) and magazine (50) pushed by a spring. By its rotary movement, the pushed ammunition will enter the barrel (2) and will be ejected with each shot, replaced by another ammunition. Figure VI shows the section of the silent gun and compressed air. The barrel (2) targeted on the cylinder (3) is surrounded by a cylindrical tube. The baffle (44) of compressed air which expels the ammunition (25) at the end of the barrel (2) caused by one or more outlets (43). This air is pushed back into the cylinder (44) and passes into the baffles and exits through the outlet (43) near the cylinder (3). This arrangement prevents hearing the sound of "champagne cork" at the exit of the projectile. If we want to further improve the noise suppression, a silencer (35) will be screwed into barrel (2). The compressed air pipe (30) is seen supplying compressed air to the rotary yoke (29). It is explained that the shot cartridges can be ejected in a tight or expansive sheaf; the procedure used will be that the barrel is always scratched to eject the balls with high precision (centrifugal force). The cartridges of diameter to follow the stripes which the barrel is equipped, will leave the barrel (2) by scattering their shot, those which will be smaller will not turn and because, the charge of lead will remain grouped because the cartridge in accompanying the shot, will protect the lead shot from scattering and will stay tight.35

Claims (7)

REVENDICATIONS1) Afin de procurer aux chasseurs et tireurs sur cible, une arme silencieuse, économe, écologique (pas de douille) et sportive (l'énergie est fournie par la force musculaire). Il est pré- senté un fusil qui devrait obtenir ces objectifs. La puis- sance de pénétration des munitions sera aussi à peu près équivalente aux munitions à poudre mais la cadence de tir plus lente laissant ainsi plus de chance au gibier de se sauver. Les explications et détail de cette arme se retrouveront dans les figures : -figure I démontre cette arme en coupe générale ; -figure II arme en position de tir ; -figure III arme en position d'attente ; -figure IV fonctionnement de l'armement et du tir ; -figure V fonctionnement de la soupape et de la culasse rota- tive -figure VI fonctionnement du silencieux et autres.CLAIMS1) To provide hunters and shooters on target, a silent weapon, economical, ecological (not socket) and sporty (energy is provided by muscle strength). He is presented with a rifle that should achieve these goals. The penetration power of ammunition will also be roughly equivalent to powder ammunition, but the slower rate of fire will allow game to escape. The explanations and details of this weapon will be found in the figures: Figure I shows this weapon in general section; FIG. II weapon in firing position; FIG. III weapon in standby position; FIG. IV operation of arming and firing; Fig. V operation of the valve and rotary yoke -figure VI operation of the muffler and the like. 2) Dispositif selon la revendication 1 caractérisé en ce que figure IV une boite d'armement fixe dans le cylindre (3) comporte 20 les éléments pour procurer de l'énergie nécessaire à la projection de munition. Il s'agit d'une tige armement (24) qui traverse un frein (8) poussée par ressort (17). Ce frein est entrainé par un axe de poussée (22) et prend appuie par un axe d'effort (23) commandé par un inverseur de sens (51) et actionné par le levier es-25 camotable (5). La tige d'armement avancera à chaque mouvement de ce levier (5) compressant le ressort (6).2) Device according to claim 1 characterized in that Figure IV a stationary arming box in the cylinder (3) comprises 20 elements for providing energy necessary for the projection of ammunition. It is an arming rod (24) which passes through a spring-loaded brake (8) (17). This brake is driven by a thrust pin (22) and is supported by a force axis (23) controlled by a reverser (51) and actuated by the lever es-25 camotable (5). The cocking rod will advance with each movement of this lever (5) compressing the spring (6). 3) Dispositif selon la revendication 1 caractérisé en ce que figure IV un système étant prévu hors de la boite (16) pour bloquer la tige d'armement (24) à chaque avancée de celle-ci par le frein 30 (8) et servira à libérer totalement cette tige d'armement (24) lors du tir. Elle est composée d'un ressort de blocage (19), d'un déclencheur (37), d'une lamelle d'acier (20) et de porte lamelle (21). Le système de déclenchement de tir est composé d'une gâchette (11), d'un ressort de retour (31), d'une tige de déclenche- 35 ment (38) double.3) Device according to claim 1 characterized in that figure IV a system being provided outside the box (16) for locking the cocking rod (24) each advance thereof by the brake 30 (8) and will serve to completely release this cocking rod (24) when firing. It is composed of a locking spring (19), a trigger (37), a steel strip (20) and slat door (21). The firing trigger system is composed of a trigger (11), a return spring (31), a double trigger rod (38). 4) Dispositif selon la revendication 1 caractérisé en ce que fi-gure V lors du déclenchement du tir, le piston (4) poussé par la tige (7) compresse l'air et en dernier percute une articulation (26) qui grâce à des calles (17) et de deux guides de soupape (39) fait reculer la soupape (15) qui éjecte l'air comprimé sur la mu- nition4) Device according to claim 1 characterized in that fi-gure V when triggering firing, the piston (4) pushed by the rod (7) compresses the air and lastly hits a joint (26) which thanks to calluses (17) and two valve guides (39) cause the valve (15) to move backwards, which ejects the compressed air to the assembly 5) Dispositif selon la revendication 1 caractérisé en ce que gure V une boite de culasse en deux partie (29), boulon (40) (27) équipée d'ailette (41) propulse fi- joue une culasse rotative par ou l de l'air comprimé par un tuyau (30). Ce mécanisme en faisant un 10 demi-tour permettra que l'air comprimé ne s'échappe pas par le rentré d'une nouvelle munition poussée par le chargeur (49) et porte chargeur (50) équipés de ressort.5) Device according to claim 1 characterized in that gure V a two-piece bolt (29), bolt (40) (27) equipped with vane (41) propels fi-plays a rotary yoke by or l l compressed air by a pipe (30). This mechanism by making a U-turn will allow the compressed air not to escape by the retraction of a new munition pushed by the loader (49) and loader (50) equipped with spring. 6) Dispositif selon la revendication 1 caractérisé en ce que figure II et III le mécanisme de projection des munitions est com- 15 posé d'un oYlindre (3) qui est pourvu d'une tige d'armement (7) (7) est où est fixé un piston (4) en bout. Cette tige d'armement ; la figure II le tir caractérisé en 25 briquée de diamètre inférieur (n'étant pas entrainé par au canon si les rayures ou en gerbe expansive 20 montre les éléments compris dans tir, le ressort (6) est compressé le ressort (6) est détendu.6) Device according to claim 1 characterized in that Figure II and III the ammunition projection mechanism is com- posed of a cylinder (3) which is provided with a cocking rod (7) (7) is where is fixed a piston (4) end. This arming rod; FIG. 11 is a shot characterized by a lower diameter (not being driven by the barrel if the stripes or an expansive shower 20 shows the elements included in the shot, the spring (6) is compressed the spring (6) is relaxed . 7) Dispositif selon la revendication 1 grenaille peut être projetée soit en gerbe serrée si elle est fa- a cartouche est fabriquée déplacée par le boitier (16) figure IV commandée par le levier escamotable (12). Cette tige d'armement (7) poussée par l'intermédiaire d'un guide de ressort (45) un ressort (6). La figure III le cylindre (3) : en attente de a eu lieu, ce que la d'un diamètre égal au canon. Cette cartouche sortira du canon en tournant et la grenaille fera une gerbe expansive. 307) Device according to claim 1 shot may be projected in a tight spray if it is fa- cartridge is manufactured moved by the housing (16) figure IV controlled by the retractable lever (12). This cocking rod (7) pushed by means of a spring guide (45) a spring (6). Figure III the cylinder (3): waiting for took place, that of a diameter equal to the barrel. This cartridge will come out of the barrel while turning and the shot will make an expansive sheaf. 30
FR1300251A 2013-02-07 2013-02-07 Weapon device i.e. rifle, for hunting game, has cylinder with necessary elements for projection of ammunition at specific rate, and arming rod that is arranged to cross brake that is pushed by spring, where brake is pulled by thrust Withdrawn FR3001798A1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
FR1300251A FR3001798A1 (en) 2013-02-07 2013-02-07 Weapon device i.e. rifle, for hunting game, has cylinder with necessary elements for projection of ammunition at specific rate, and arming rod that is arranged to cross brake that is pushed by spring, where brake is pulled by thrust

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Application Number Priority Date Filing Date Title
FR1300251A FR3001798A1 (en) 2013-02-07 2013-02-07 Weapon device i.e. rifle, for hunting game, has cylinder with necessary elements for projection of ammunition at specific rate, and arming rod that is arranged to cross brake that is pushed by spring, where brake is pulled by thrust

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FR3001798A1 true FR3001798A1 (en) 2014-08-08

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FR1300251A Withdrawn FR3001798A1 (en) 2013-02-07 2013-02-07 Weapon device i.e. rifle, for hunting game, has cylinder with necessary elements for projection of ammunition at specific rate, and arming rod that is arranged to cross brake that is pushed by spring, where brake is pulled by thrust

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