DE202009014584U1 - Mounting device for a rifle scope on a firearm - Google Patents

Abstract

Mounting device (1) for a sighting telescope (30) on a firearm, with bridge bearing support (2) mounted with a front rotatably mounted cylindrically shaped pintle hook (4) and a rear Tailored longitudinal hook (5) mounted in T-slot (8). and with a front and a rear laterally against the running direction movable support (3) (26) with the cylindrical telescopic sight tube or integral rifle scope center prism with or without sliding blocks (29) are firmly connectable and verschraubar and each of which formed individual hook pair ( 6) (7) is provided in a separate existing front and rear firearm foot plate (20) (21) Suhler Einhakmontagen provided recesses (24) (25) to be held on the scope (30) with a manufactured, interchangeable, screwed formed Foot hook consisting of front, manufactured, interchangeable, screwed trained front Drehbolzenh aken (4) and a displaceable, manufactured, replaceable, screwed trained in the direction and T-longitudinal groove (8) mounted rear hook (5) connected to a correspondingly manufactured, trained bridge bearing support (2) with corresponding formed Gegensitzlagerpassung (31) and a Screw bearing (14) for the ...

Description

The Invention relates to a mounting device for a telescopic sight on a Firearm, with bridge bearing mount, the trained with a front rotatable trained pintle hook and a rear in T-longitudinal groove sliding mounted trained rear hook and with a front and a rear laterally displaceable against the direction of travel Mount with the cylindrical riflescope middle tube or also Scope center prism with or without sliding blocks firmly connected and are screwed and each of which is educated Pair of hooks in a separate existing front and rear firearm footplate from Type Suhler Einhakmontagen provided recesses detachable, rotatable, can be used on and aushakbar, to be held on the scope with a manufactured, interchangeable, screw-trained trained Fußhaken consisting of front rotatable, manufactured, interchangeable, screw-down trained front pintle hook and a sliding, manufactured, interchangeable, screwed trained in the direction of travel and T-longitudinal groove mounted rear rear hook is connected, with a corresponding manufactured, trained bridge bearing bracket with appropriate trained counter seat bearing adjustments for the recordings the prefabricated front pintle hook and the prefabricated rear hook in their respective embodiments, on the turn corresponding to the cylindrical or prismatic formed front and rear laterally displaceable optics receptacle verschraubar connected is.

Summary

The invention relates to a mounting device ( 1 ) for a rifle scope ( 30 ) on a firearm and is provided in the first priority for hunting firearms, with bridge bearing bracket ( 2 ) mounted with a front rotatably mounted cylindrically shaped pintle hook ( 4 ) and a rear in T-slot ( 8th ) slidably mounted trained rear hooks ( 5 ) and with a front and a rear laterally displaceable against the direction of support ( 3 () 19 () 26 ) with the cylindrical telescopic sight center tube or even integral rifle scope center prism with or without sliding blocks ( 29 ) are firmly connectable and verschraubar and of which each individual trained hook pair ( 6 () 7 ) into its own existing front and rear firearm foot plate ( 20 () 21 ) Suhler Einhakmontagen provided recesses ( 24 () 25 ) can be used on the riflescope ( 30 ) with a manufactured, interchangeable, screwed trained foot hook consisting of front, manufactured, interchangeable, screwed trained front pivot pin hooks ( 4 ) and a displaceable, manufactured, interchangeable, screwed trained in the running direction and T-longitudinal groove ( 8th ) mounted rear hooks ( 5 ), with a correspondingly manufactured, trained bridge bearing mount ( 2 ) with appropriate counter seat bearing fitting ( 31 ) and a screw bearing ( 14 ) for the pictures of the prefabricated front pintle hook ( 4 ) and the prefabricated rear hook ( 5 ) in their respective embodiments, on which, in turn, the cylindrical or prismatic front ( 3 () 19 () 26 ) and rear laterally displaceable optics receptacle ( 3 () 19 () 26 ) verschraubar is connected.

State of the art

A Telescope remote mounting connects in terms of weapons technology between firearm and the mounted target optics. This connection is responsible in combination for the reliability and precision the entire units. Be many decades trying one optimal solution for the Problem of attachment of telescopic sights to find firearms.

A simple and inexpensive possibility which makes a firearm with the aiming telescope for the connection is the fixed assembly. Such so-called. Tilting and Aufschubmontagen be in two parts or as bridge mounting with prism support in different qualities from many manufacturers manufactured. Mostly one finds the fixed assembly on air pressure weapons, Small-caliber or Schonzeitwaffen again. Depending on weapon type Some people also mount them on large-caliber weapons. You certainly have many advantages but also disadvantages. The biggest disadvantage of fixed installation It is that a rapid change of the telescopic sights is not possible. One Another disadvantage is when removing the entire assembly / n it will be necessary to re-shoot the weapon.

It but also target optics montages are producing a fast Ensure change of the telescopic sights and allow a high security of the recurring meeting place. Here would like I use the systems rigid Suhler single-hook mounting (SEM), the two-piece Swivel mounting, as well as the bridge swing mounting to name.

In the principle of the Suhler hook mounting, a front retaining ring has so far been attached to the front objective head of the aiming telescope. Sometimes this was screwed, glued or usually soldered. At this Vorderhalteobjektivring are in the lower part fixed hooks / claws which must be mechanically or manually fitted by a gunsmith in the existing Waffenfußplatten to then be able to be hooked releasably rigid. The rear ring or Pris men-like fixation of the fixed sights with fixed hooks was also mechanically or manually adjusted in the rear weapon base plates and also hooked. Unhooking and unhooking of the units took place via a slider attached to the rear foot. Thus one got a unity between weapon, assembly and remote optics. Based on the named fastening method, not insignificant mechanical stress / forces are produced on the entire target telescope. When hooking into the front and rear foot plate, however, a high pressure on the front lens head caused by the depression and a hook occurs.

adversely in these hooking methods, it is also the case of the lens head fastened front ring into the front weapon foot plate in one piece, the eyepiece located in the telescopic sight is braced, whereby the ocular lenses worst case by heat and Cold influences burst can. One Another disadvantage is also that the front ring is quite far must be attached to the front. Because of this procedure is a given high arrangement of the assembly and a large Aushakwinkels not avoid but this is not different to realize this type of mounting. Thus, the eye relief to shooters is only very limited changeable. Ultimately, the mounting method described is not less insignificant Tension mounted on a firearm and this can continue the optical axis of the Zielfernrohroptik be curved. The episode can an inferior precision be. It is also disadvantageous that the telescopic sights are very high, not hinged and not flexible mounted on the barrel.

at One distinguishes between the old traditional swivel assemblies Two-part assemblies and one-piece assembly with bridge bearing bracket. For both types of installation when buying mostly for the respective Weapon models corresponding foot plates (Counterholder) included. The front foot plate usually has one Cone seat, the rear foot plate has usually over a prism recording.

The Two-piece swivel mount has one front longfoot the the aiming telescope by a ring or dovetail storage holds. Of the Longfoot possesses a solid cone seat and is rotatable in the counter bearing of the front base plate, d. H. he grabs the screwed front foot plate of the firearm. The rear foot plate is usually formed with a prism. Here is the back Optical mount on the rear screwed foot plate through the located Prism prism fixed by a lever.

The o. g. applies to the bridge swivel mounting with mounting bridge. The only difference is that the telescopic sights and the mounting components on / in a rail (bridge mounting bracket) are attached, which screwed the connection of the front and rear Waffenfußplatten produces and thus the optics is attached.

Of the entire locking mechanism is located on both assemblies at the aiming telescope.

Similar to in the Suhler hook assembly is dependent on the individual Constructions are also here just in the front Fußplattenbereich, that in combination of riflescope, mounting in conjunction the front foot plate exchanged by soldering had to become.

Around a new-generation targeting telescope using the well-known Mounting types with conical seat such. B. EAW, Recknagel, MAK and the Fa. Virtus with the different types of firearms with Suhler It has always been necessary to connect hooking system panels that of the expert persons, so the gunsmiths at least the front foot plate or the forefoot area Equip with new barrel base or change had. It was thus by soldering on the firearm the foot plate / n etc. exchanged or changed. Furthermore, one was forced to re-burn parts of the weapon. There are not inconsiderable costs for this procedure zuzügl. of the new scope mount.

at The hunting firearms can be found not only single-step repeaters but also often combined running group pairs of different designs with Suhler hooking systems. None of the listed firearms It is advantageous if you perform soldering there under heat input. It inevitably arise Tensions in the material, existing solder joints on the weapon system can change and that beats adversely affect the precision / shooting performance out.

task

The invention has for its object to provide a mounting device for a riflescope on a firearm, with bridge bearing support, with a front rotatably mounted cylindrically shaped pintle hook and a rear sliding in T-Längsnut mounted trained rear hook and with a front and a rear side slidable against the running direction bracket with the cylindrical scope telescopic central tube or integral rifle scope center prism with or without sliding blocks firmly connected and verschraubar and each of which trained each pair of hooks in its own existing front and rear firearm footplate recesses provided by the type Suhler Einhakmontagen is to be held on the rifle scope with a manufactured, interchangeable, screwed trained foot hook consisting of front, manufactured, replaceable, screwed trained front pintle hooks and a movable, manufactured, replaceable, screwed trained in the direction and T Longitudinally mounted rear hook connected, with a correspondingly crafted, trained bridge bearing bracket with appropriate trained Gegensitzlagerpassung and a screw bearing for receiving the prefabricated front pintle hook and the prefabricated rear hook in their respective embodiments, in turn, according to the cylindrical or prismatic formed front and rear laterally slidable optics receptacle is verschraubar connected.

The Bridge bearing holder will be in two lengths, So made in a short form and a long form.

The Invention is simple and inexpensive to produce, the raw basic shape the bridge bearing bracket is realized by simply bending a flat iron and then becomes a few tenths of a millimeter of material using CNC milling technology the surface shape ablated. Subsequently be the cylindrical counter bearing of the pivot pin hook, a rounding, screw bearing bores, threaded holes, T-groove and a slot for the lateral displacement of the rear target optics recording into Material introduced. Furthermore, the front pintle hook and the rear hook in its intended shape from the solid over CNC milling technology manufactured. The huge advantage here is that by bending the raw form for the Bridge bearing holder realized by only two steps. That is, the flat iron on length bring and bend the blank into shape. Now it would be the final CNC machining respectively.

in the Compared with that, if one would mill the raw form from the solid arise many creeping costs such. B. reduced life of the milling tools, Wear and tear of the CNC machine, Electricity costs, disposal costs for shavings and higher skilled labor costs.

The rotatable front and the sliding rear mounted pair of hooks, each intended for the inclusion in its own existing front and rear firearm footplate Suhler Einhakmontage provided recesses in their respective embodiment Be about CNC machine manufacturing produced. The prefabricated front and rear hooks / claws, are each with correspond to the adapted different units of measurement the hook distances considered made, standard front 7.0 mm and rear 6.0 mm spacing and each 4.0 mm wide Hook / claw made, bolted in the bridge bearing bracket mounted in each case prefabricated front rotatable pivot bolt foot hooks and The rear rear hook thus fit into the different existing Suhler Einhak Montagen - front and rearfoot plates of firearms. A fast and flexible Interchangeability of the telescopic sights is guaranteed after hooking and unhooking the bolted assembly to get a uniform point of impact is guaranteed a deep arrangement on a firearm is ensured a variable eye distance to the shooter is ensured a high reliability and precision by very low manufacturing tolerances is ensured a change by re-soldering the firearms and change one existing front and rear foot plate or all barrel base is absolutely avoided and no significant expenses due Third as for that fit the invention would arise.

It It is a further object of the invention to provide a method for compounding indicate the aiming telescope with the firearm.

These The object is achieved in the characterizing Part of my claims in interaction with the respective characteristics in the main concepts.

A expedient embodiment The invention is characterized in the subclaims.

In which the pre-bent stoop bearing mount, mechanically front sided with a rounding provided in the front the set on deep cylindrical counter bearing of quality h7 for the advance manufactured pintle hook and a through-bolt hole for the The same is introduced into the material, this is continuing flat lowered and accordingly for an intended screw receptacle adjusted flush deep lowered becomes. The holes thus formed in the bridge bearing support serve for rotatable bearing mount of the front prefabricated fit pintle hook and it is there by screw lock rotatably fixed in his camp held and so can already be connected as a bolted unit rotatably, detachably inserted in a front existing foot plate become.

Another flat deep lowered with passage introduced screw bearing is used at the front for the bearing of a correspondingly provided screw lock which screw the front optical mount on the bridge bearing bracket by holds. Continuing the further introduction of two through holes, these through holes are used to introduce a hexagon key through the bridge bearing bracket to screw in the intended maggot screws of the prism-shaped optics postures and thus the inserted telescopic sight can be fixed in position.

Again continuing behind an introduced passage long hole as another screw bearing purpose provided screw lock on the rear optical mount on the bridge bearing bracket holds by screwing. As well as two further inserted through holes serve behind for this, that you also have a hexagon key through the bridge bearing bracket can introduce around the intended maggot-shaped Screw the prism-shaped Turn the optics position and thereby the previously inserted riflescope in Position can be fixed. Furthermore, there are two at the back laterally set threaded holes in the center of the elongated hole brought in. These serve that provided by screwing in two lateral ones Grub screws the possibility the rear riflescope mount is laterally against the direction of travel on the bridge bearing bracket by a few tenths of a millimeter and set at the same time the proposed screw lock the held rear prism-shaped optics postures stuck in a certain position.

Again continuing by introducing a T-Längslangnutaussparung will fit the appropriate counter bearing mount for the prefabricated formed formed rear hook. In the back prefabricated appropriate hooks are three through threaded holes introduced the as recording for three provided threaded pins are provided. After inserting the rear hook into the matching counter bearing of the bridge bearing bracket and by screwing / tightening the three setscrews push them against the bridge bearing bracket and the inserted rear hook is so in his fitting T-slot bearing according to the longitudinal distances of existing SEM weapon footplates fixed and held in the predetermined position.

By screw all o. g. Components with the threadlockers, that is, a scope with integral prism or cylindrical center tube, the front pivot pin foot hook, the rear in T-slot sliding hook, the front and laterally displaceable laterally against the direction of rotation cylindrical or prism-shaped Telescopic optical receiver with the bridge bearing bracket it is achieved that the assembled assembly on the Hook pairs in a separate existing front and rear with slider Schusswaffenfußplatten of the Suhler hook-in type, recesses detachably and aushakbar is.

One especially big Advantage of the invention is that you are so powerful Target telescopes with large Lens diameters can mount low on a firearm without the weapon by heat input or mechanical processing in to change any shape and thus in its original Can use form and function. Another advantage is that of base support a bent flat iron is and all parts / assemblies about CNC manufacturing machines be edited and manufactured. This has the advantage of having very low manufacturing tolerances produced all moldings cost become. If you bring now casting techniques for blanks with one and forms from the blanks over CNC technology the needed Parts reduce the manufacturing costs for the mounting method enormously.

One Another advantage of the invention is that you the optical mounts does not necessarily have to make itself. It is enough here, the purchased bracket to be adapted to the bridge bearing bracket with little work. There are many suppliers who make the appropriate recordings and whose one is for can serve small money.

A continuing advantage of the invention is that the front rotatable bolted pintle hook and the rear bolted hook of the mounting assembly are interchangeable. In addition, the interlocking undercuts and the arcuate shape of the hooks / claws of the front pintle hook and rear hooks for all Waffenfußgrundplatten the Suhler hooking systems are pre-milled with their corresponding dimensions with a few tenths of an inch over CNC technology. This ensures that the finished workpieces can be fitted within a few minutes in the openings of the existing front and rear Waffenfußplatten. An exchange of the front existing Waffenfußplatte and Laufsockeln or even new installations and nightly burnishing of the firearm is completely eliminated. Changing the old weapon design is always associated with finding a gunsmith. Only he is allowed to change a firearm. This enormous workload means to bring high costs and a new assembly of leading manufacturers and accordingly new mounting feet, or with purchase. Thus, the advantage of my invention is that here only the front and rear hooks must be fitted and it is under valid weapons law not to change and edit a firearm but to assemble and fit a goal telescope assembly. Thus, it is possible to fit the assembly of a non-gunsmith.

One of continuing Advantage of the invention is that the mechanical stresses be eliminated from the lens and they are no longer on the optical Axis act because the Zielfernrohroptik evenly through the central tube / prism as a bridge in the mounting devices is held firmly stored. It arises also no dependence more of intermediate distances in terms of the longitudinal arrangement the emanating from the existing Suhler Einhak foot plates, because the mounted telescopic sights through the cylindrical, prism-like trained Middle tube / prism mountings of the invention with screw-on detachable mountings and rear hooks in the longitudinal direction displaceable and the eye distance to shooters thus variable in the longitudinal direction is. This results in a high investment and bearing surface on the center tube or integral aiming telescope prism and high stability becomes like that reached.

One further continuing Advantage of the method for connecting telescopic sights with firearms is that flexible, fast, safe and reproducible Connection between the telescopic sight and a firearm with consistent Treffpunktlage is achieved.

• – Verbinden der ganzen Montage mit dem zu haltenden Zielfernrohr unter Berücksichtigung der unterschiedlichen Fußplattenlängsabstände,
• – Positionieren der ganzen Montage mit dem verbundenen Zielfernrohr über einen Drehbolzenhaken mit Hakenpaar in einem Winkel zur Lauflängsachse der Schusswaffe und deren vorhandenen Vorderfußplatte mit Ausnehmungen,
• – Einsetzen und schwenken der Montage mit Zielfernrohr über einen verbundenen vorderen in seinem Lager drehbaren Drehbolzenhaken mit ausgeformten angeordneten Hakenpaar in den Ausnehmungen einer vorhandenen vorderen Fußplatte,
• – Schwenken/Eindrehen der Montage mit dem zu haltenden Zielfernrohr über den in der vorhandenen vorderen Waffenfußplatte gelagerten Drehbolzenhaken bis zur Parallelität mit der hinteren Schusswaffefußplatte und einsetzen des hinteren Hakenpaar in die Ausnehmungen einer hinteren vorhandenen Waffenfußplatte mit Schieber.
• – Verschieben des hinteren Hakens gemäß dem Längsabstand der Fußplatten und Einrasten in die Ausnehmungen der hinteren Fußplatte mit Schieber.

Through all the information given in my task an enormous flexibility in the use of the invention of different firearms with existing front and rear Waffenfußplatten is achieved with Suhler Einhakmontagen, the rear existing Waffenfußplatte always has a slider, which are realized in the following steps:

• - connecting the entire assembly with the riflescope to be held, taking into account the different Fußplattenlängsabstände,
• - Positioning of the entire assembly with the connected riflescope via a pivot pin hook with a pair of hooks at an angle to the longitudinal axis of the firearm and their existing Vorderfußplatte with recesses,
• Inserting and pivoting the mounting with telescopic sight via a connected front rotating in his bearing pivot pin hook with shaped arranged pair of hooks in the recesses of an existing front foot plate,
• - Pan / screwing the assembly with the riflescope to be held on the mounted in the existing front Waffenfußplatte pintle to parallelism with the rear firearm foot plate and insert the rear hook pair in the recesses of a rear existing Waffenfußplatte with slide.
• - Moving the rear hook according to the longitudinal spacing of the foot plates and engaging in the recesses of the rear base plate with slider.

embodiment

The Invention will be described below with reference to embodiments and partially shown in the figures and closer explained become.

It will be shown:

1 a rifle scope with attached mounting with cylindrical mounts,

2 a hooked assembly mounted on the barrel of a sketched double-barreled firearm barrel and a scope with zerkizzierter integral Zeissschiene and with prism-shaped brackets,

3 mounted on the barrel of a sketched double-barreled firearm barrel hooked assembly assembly and a riflescope with zkizziertes integral Zeiss VM inner rail and with prism-shaped brackets without pointed nuts,

4 a representation of a sketched double-barreled firearm barrel with existing front and rear integrated footplate arms footplate and their existing front and rear recesses of the type Suhler Einhak Montagen,

5 an illustration in three views of the front pivot pin hook, with pair of hooks, with visible Hinterverschneidungen and threaded bore and cylindrical abutment surfaces for the fitting storage and screw in the bridge bearing bracket,

6 an illustration of the bridge bearing bracket with pintle hook and rear hook in a view that is made visible in the upper view that the bolted pintle is rotatably mounted in its appropriate bearing and in the lower view of the rear hook in the fitting T-longitudinal corresponding to the existing Weapon foot plate longitudinal distances of Suhler Einhak systems can be adjusted by moving

7 a representation in three views of the sliding rear hook, with hook pair and visible Hinterverschneidungen, with T-shaped guide rail for the purpose of proper guidance in the bridge bearing bracket and three threaded holes for receiving maggot screwed,

8th a view of mounted on the run of a sketched double-barreled firearm barrel assembly and a riflescope, which has already been pulled over the existing rear Waffenfußplatte the existing slide in advance back and thereby the rear hook or pair of hooks is released and lifting the unit assembly and rifle scope the rear foot plate was unhooked by pulling up rear, and made visible in the lower diagram that the bolted bearing pintle is theoretically rotatable by 360 degrees in the bridge bearing and thus the possibility exists the entire unit in this position on the existing front weapon base plate pivoting mounted pintle hooks against the direction of rotation,

9 a perspective view of the sketched double-barreled firearm barrel mounted mounting and a riflescope which represents the insertion before pivoting and locking into the existing rear weapon footplate, starting from the insertion into the recesses of a front existing weapon base plate with the front pivot pin hook,

10 a representation in three views of the prism-shaped holder with 70 degrees shaped prism bearing that camp allows sliding on the riflescope prism and with two threaded holes that are provided via screw fuses for fixed screw with a riflescope, and a threaded hole for firmly screwed with the bridge bearing support,

11 a representation in three views of the prism-shaped holder with 20 degrees shaped prism guide, the guide allows an invest in the riflescope prism with two introduced screw bearing bores for solid screw on nuts with a scope over screw lock and nuts, as well as an inserted threaded hole for tightly screwing with the bridge bearing holder,

12 a representation in three views of a sliding block,

13 a representation in two views of a two-part cylindrical holder for riflescopes with four screw bearing bores in the upper half-shell, with four threaded holes introduced in the lower half shell and by screw locking and joining together of both half-shells a cylindrical bearing is formed and it is possible, a riflescope over To hold the center tube, as well as another threaded hole, which allows a screw-on the firm connection with the bridge bearing bracket.

How out 1 can be seen, is the assembly ( 1 ) with Zielfernrohroptik ( 30 ), in the present example, a scope for cylindrical mounts ( 3 ), by required provided here not shown screw fuses firmly connected. The assembly ( 1 ), Bridge bearing bracket ( 2 ) mounted with a front rotatable trained pintle hook ( 4 ) and a rear in T-slot ( 8th ) slidably mounted trained rear hooks ( 5 ) and with a front and a rear laterally displaceable against the direction of support ( 3 ) with the cylindrical telescopic sight center tube ( 30 ) is firmly connectable and verschraubar and each of which each trained hook pair ( 6 () 7 ) into its own front and rear firearm footplate ( 4 ( 20 () 21 ) Suhler Einhakmontagen provided recesses ( 4 ( 24 () 25 ) detachable, front rotatable, can be used on and aushakbar, again visible on the riflescope ( 30 ) with a manufactured, interchangeable, screwed trained foot hook consisting of front in his camp ( 31 ) rotatable, manufactured, interchangeable, screw-formed trained front pivot pin hooks ( 4 ) and a displaceable, manufactured, interchangeable, screwed trained in the running direction and T-longitudinal groove ( 8th ) mounted rear hooks ( 5 ), with a correspondingly constructed, trained bridge bearing mount ( 2 ) with appropriate counter seat bearing fitting ( 31 ) and screw bearings ( 14 ) for the pictures of the prefabricated front pintle hook ( 4 ) and the prefabricated rear hook ( 5 ) in their respective embodiments, on which in turn the cylindrical ( 3 ) formed front and rear laterally displaceable optics receptacle ( 3 ) verschraubar is connected. Showing all the required screw locking devices for fixing the complete assembly ( 1 ) with a telescopic sight ( 30 ) is waived.

In 2 can be seen that the riflescope ( 30 ) with the assembly ( 1 ), in the present example a riflescope ( 30 ) for prism-shaped supports ( 19 ) on a sketched weapon barrel ( 22 ) with existing front and rear weapon foot plate ( 20 () 21 ) over the individual trained hook pairs ( 6 () 7 ) into its own existing front and rear firearm foot plate ( 20 () 21 ) Suhler Einhakmontagen provided recesses ( 24 () 25 ) is used. The identification of the pairs of hooks and recesses as well as all necessary provided screw locks for the attachment of the complete assembly ( 1 ) with the riflescope ( 30 ) is waived.

In 3 can be seen that the riflescope ( 30 ) with the assembly ( 1 ), in the present Example a rifle scope ( 30 ) for prism-shaped supports ( 26 ) on a sketched weapon barrel ( 22 ) with existing front and rear weapon foot plate ( 20 () 21 ) over the individual trained hook pairs ( 6 () 7 ) into its own existing front and rear firearm foot plate ( 20 () 21 ) Suhler Einhakmontagen provided recesses ( 24 () 25 ) is used. The identification of the pairs of hooks and recesses and the required slot nuts ( 29 ) as well as all provided screw locks for the attachment of the complete assembly ( 1 ) with the riflescope ( 30 ) is waived.

4 shows a sketched weapon barrel ( 22 ) with arranged front ( 20 ) and rear ( 21 ) with integrated slide ( 23 ) Waffenfußplatten, type Suhler Einhakmontagen and their recesses therein ( 24 () 25 ).

5 shows the special shape in three views of the front pintle hook ( 4 ), with hook pair ( 7 ), with visible undercurrents ( 17 ) and a threaded hole ( 15 ) and cylindrical abutment surface of quality h7 for the appropriate storage ( 31 ) and provided but not shown screw lock and connecting in the bridge bearing bracket ( 2 ).

6 shows the bridge bearing bracket ( 2 ) with pintle hooks ( 4 ) and rear hook ( 5 ) in a view, wherein in the upper representation it is made visible that the bolted pintle hook ( 4 ) in its appropriate warehouse ( 31 ) is screwed rotatably mounted and in the lower illustration of the rear hook ( 5 ) in the suitable T-slot ( 8th ) can be adjusted by moving according to the existing Waffenfußplattenlängsabstände of Suhler Einhak systems and fixed in this predetermined position by three provided screw fuses. The pintle hook ( 4 ) is theoretically 360 ° in its camp ( 31 ) of bridge storage ( 2 ) rotatable.

7 shows the special shape of the sliding rear hook ( 5 ) in three views, with hook pair ( 6 ) and visible undercurrents ( 18 ), with a T-shaped cross-section ( 27 ) for the purpose of passing the introduced T-slot ( 3 ( 8th ) of the bridge bearing bracket ( 3 ( 2 ) and three threaded holes ( 9 ) for receiving designated maggot-shaped fittings. By screwing and tightening the three provided not shown screwings meet the screw locks against the bridge bearing bracket ( 3 ( 2 ) and the pre-inserted hook ( 5 ) is placed in the appropriate T-slot ( 3 ( 8th ) according to the predetermined position of the existing weapon footpad distances.

8th shows a view of a sketched double-barreled firearm barrel ( 22 ) with mounted mounting ( 1 ) with connected riflescope ( 30 ), whereby already on the existing rear Waffenfußplatte ( 21 ) the existing slide ( 23 ) was pulled back in advance and thereby the rear hook ( 5 ) with hook pair ( 6 ) from the existing recesses ( 25 ) and one by lifting the assembly ( 1 ) and riflescope ( 30 ) from the rear foot plate ( 21 ) by pulling up the rear hook pair ( 6 ) is released. As further shown and in the lower representation in the form of a bridge bearing support ( 2 ) with rotary hook bolts ( 4 ) and rear hook (( 5 ) made visible that the bolt-mounted pintle hook ( 4 ) in bridge storage ( 2 ) is rotatably mounted and thus, as indicated above, there is the possibility that the scope ( 30 ) with the assembly ( 1 ), in which a riflescope ( 30 ) for prism-shaped supports ( 19 ) in the already unhooked behind released position on the still partially in the existing front Waffenfußplatte ( 20 ) mounted pintle hooks ( 4 ) and about that still partially in the front Waffenfußplatte ( 20 ) located hook pair ( 7 ) to pivot laterally away from the direction of travel.

In 9 is a perspective view of the sketched double-barreled firearm barrel ( 22 ) with mounted mounting ( 1 ) with attached riflescope ( 30 ) which represents and explains the part of an insertion and panning process. The in the existing rear weapon foot plate ( 21 ) existing slides ( 23 ) was pulled backwards. This now gives you the opportunity to use the rear hook ( 5 ) with hook pair ( 6 ) from the existing recesses ( 25 ) by lifting the assembly ( 1 ) with connected riflescope ( 30 ) from the rear foot plate ( 21 ) by pulling parallel up in the longitudinal direction. The rear hook pair ( 6 ) is now released but the assembly ( 1 ) is still going beyond the one in the front weapon footplate ( 20 ) with recesses ( 24 ) mounted pintle hooks ( 4 ) guided. Now the mounted assembly ( 1 ) with attached riflescope ( 30 ) as long as the pintle hook ( 4 ) with hook pair ( 7 ) turned to the right until it is reached that the assembly ( 1 ) with attached riflescope ( 30 ) is across the barrel. Now the assembled assembly ( 1 ) with attached riflescope ( 30 ) repeatedly raised and runs past the barrel and can from the front Waffenfußplatte ( 20 ) with recesses ( 24 ).

10 shows in three views a prism-shaped holder ( 19 ). The holder ( 19 ) the task has the rifle scope ( 2 ( 30 ) by screwing with two set from below threaded holes by screw thread locking. Furthermore, another will be in the middle Threaded hole set. About this the firm screwing with the bridge bearing bracket ( 2 ( 2 ) realized.

11 shows in three views a prism-shaped holder ( 26 ). The holder ( 26 ) the task has the rifle scope ( 3 ( 30 ) by screwing with two sliding blocks ( 29 ) firmly. Through two set from below screw bearing bores the previously introduced sliding blocks ( 29 ) in the groove recess of the integral scope rail ( 3 ( 34 ), by inserting and tightening the screw locking provided a firm connection. Furthermore, a further threaded hole is set in the middle. About this is by a designated screw lock the solid screwing with the bridge bearing bracket ( 3 ( 2 ) realized.

12 shows in three views a sliding block ( 29 ), this serves for a prism-shaped holder ( 26 ) and is connected via a screw lock with her. For each in 11 named holder ( 26 ) you need two nuts ( 29 ) to a fixed connection with the scope ( 3 ( 30 ) to ensure.

13 shows in two views of a two-part cylindrical holder ( 3 ) for riflescopes ( 1 ( 30 ). With four screw holes in the upper half shell, with four threaded holes in the lower half shell and by screw locking and joining together of both half shells a cylindrical bearing is formed and it is thus possible, a riflescope ( 1 ( 30 ) by the two half-shells to be screwed to the center tube, and another threaded hole, a via a screw lock the firm connection with the bridge bearing support ( 2 ) realized.

1

Assembly with riflescope to be held

2

Bridge bearing holder

3

two-piece cylindrical mounts, for Scopes

4

front Pintle hook

5

rear hook

6

rear pair of hooks

7

front pair of hooks

8th

T-longitudinal groove for the fitting storage of the rear fitting hook

9

Threaded holes, in the back hook

10

Screw bearings, for one provided screw lock for connecting to a rear optics holder

11

Screw bearings, for one provided screw lock for connection to a front optics holder

12a

Through Hole ahead

12b

Through Hole ahead

13a

Through Hole behind

13b

Through Hole behind

14

Screw bearings, for one provided screw lock for connection with the front Pintle hook

15

Threaded bore in the front pintle hook

16

rounding in the front area of the bridge bearing bracket

17

Hinterverschneidungen, of the front hook / claw pair

18

Hinterverschneidungen, rear hook / claw pair

19

prism-shaped brackets for a Riflescope, for so-called Zeiss outer rail

20

front existing weapon foot plate

21

rear existing weapon foot plate

22

zkizzierter Gun barrel, with available front and back with slider weapon foot plate of type Suhler Einhak assembly

23

existing Slider, a rear existing weapon foot plate

24

existing Recesses, an existing front weapon footplate

25

existing Recesses, an existing rear weapon footplate

26

prism-shaped brackets for a Riflescope, for so-called Zeiss VM inner rail

27

T-shaped guide rail, for the appropriate leadership in the bridge bearing bracket

28

Screw bearings, for two provided screw lock for connection with two sliding blocks

29

sliding block

30

Scope, or aiming telescope optics

31

polylobed cylindrical counter bearing, for the inclusion of the front pivot bolt hook

32

lateral Tapped holes, for the lateral adjustability by screw locking, a posterior cylindrical, prismatic with and without Nutensteine holder

33

integral Zeiss VM Indoor Scope Rail

34

integral Zeiss riflescope rail

On the technical drawing of maggot-shaped and cylinder head-shaped screwing is waived. Mentioning this should m. E. be sufficient.

Claims (12)

Mounting device ( 1 ) for a rifle scope ( 30 ) on a firearm, with bridge bearing bracket ( 2 ) mounted with a front rotatably mounted cylindrically shaped pintle hook ( 4 ) and a rear in T-slot ( 8th ) slidably mounted trained rear hooks ( 5 ) and with a front and a rear side against the Running direction sliding bracket ( 3 () 19 () 26 ) with the cylindrical telescopic sight center tube or even integral rifle scope center prism with or without sliding blocks ( 29 ) are firmly connectable and verschraubar and of which each individual trained hook pair ( 6 () 7 ) into its own existing front and rear firearm foot plate ( 20 () 21 ) Suhler Einhakmontagen provided recesses ( 24 () 25 ) can be used on the riflescope ( 30 ) with a manufactured, interchangeable, screwed trained foot hook consisting of front, manufactured, interchangeable, screwed trained front pivot pin hooks ( 4 ) and a displaceable, manufactured, interchangeable, screwed trained in the running direction and T-longitudinal groove ( 8th ) mounted rear hooks ( 5 ), with a correspondingly manufactured, trained bridge bearing mount ( 2 ) with appropriate counter seat bearing fitting ( 31 ) and a screw bearing ( 14 ) for the pictures of the prefabricated front pintle hook ( 4 ) and the prefabricated rear hook ( 5 ) in their respective embodiments, on which, in turn, the cylindrical or prismatic front ( 3 () 19 () 26 ) and rear laterally displaceable optics receptacle ( 3 () 19 () 26 ) verschraubar is connected. Assembly according to claim 1, characterized in that the front part in its bearing ( 31 ) rotatably mounted trained pintle hooks ( 4 ) with trained hooks ( 7 ) and the rear hook ( 5 ) with trained hooks ( 6 ) in T-slot ( 8th ) is slidably mounted and each trained hook pair ( 6 () 7 ) is manufactured with a few tenths of an inch oversize and after removal of excess material of Hinterverschneidungen ( 18 ) and curves they fit and shape and thus in the various existing recesses ( 23 () 24 ) of various Suhler Einhak Montagen (SEM) front and rear plates ( 20 () 21 ) and also barrel socket of firearms to fit and can be used there releasably. Assembly according to one or more of the preceding claims, characterized in that the bridge bearing bracket bent from a flat iron ( 2 ) is produced in a short and / or long form and in its provided recesses ( 8th () 10 () 11 () 12a () 12b () 13a () 13b () 14 () 16 () 31 () 32 ), all the components ( 3 () 4 () 5 () 19 () 26 () 29 ) with the specially provided screw lock verschraubar receives and the appropriate counter bearings ( 8th () 31 ) holds. That is, a riflescope with integral prism ( 30 ) or with cylindrical center tube ( 30 ), the front pivot pin foot hook ( 4 ), the rear in a fitting T-slot ( 8th ) sliding hooks ( 5 ), the front and rear laterally displaceable against the running direction cylindrical or prism-shaped shaped telescopic optical remote recording ( 3 () 19 () 26 ) with or without sliding blocks ( 29 ). Assembly according to one or more of the preceding claims, characterized in that the front pivot pin ( 4 ) with the bridge bearing bracket ( 2 ) with fitted counter-bearing ( 31 ) Is held by an intended cylinder head screw is held therein and stored stored at least 90 degrees is rotatable. Assembly according to one or more of the preceding claims, characterized in that the rear retractable in the weapon longitudinal direction hook ( 5 ) by introducing a T-Längslangnutführungfläche ( 27 ) for the proposed guide in the bridge bearing longitudinal groove ( 8th ), the appropriate counter bearing holder for the prefabricated, appropriately shaped rear hook ( 5 ), in the rear prefabricated snug hook ( 5 ) are three through threaded holes ( 9 ) are provided as a receptacle for three setscrews, after inserting the rear hook ( 5 ) in the appropriate counter bearing ( 8th ) of the bridge bearing bracket ( 2 ) and by screwing / tightening the three provided grub screws they are against the bridge bearing bracket ( 2 ) and the already inserted rear hook ( 5 ) so in his fitting T-groove bearing ( 8th ) according to the longitudinal distances of the existing SEM weapon footplates ( 24 () 25 ) are fixed and held in the predetermined position. Assembly according to one or more of the preceding claims, characterized in that a flat deep lowered with passage introduced screw bearing ( 11 ) at the front of the bridge bearing bracket ( 2 ) is introduced and according to a designated screw locking the front optical receptacle ( 3 () 19 () 26 ) on the bridge bearing bracket by screwing a screw securing provided holds that further introduction of two through holes ( 12a () 12b ), these through holes are used to ensure that a hexagon key through the bridge bearing bracket ( 2 ) can introduce around the two provided maggot or cylinder head screws of the prism-shaped optics postures ( 19 () 26 ) and thus the previously inserted telescopic sight ( 30 ) can be fixed in a certain position. Assembly according to one or more of the preceding claims, characterized in that behind an introduced passage long hole ( 10 ) as a further screw bearing for the purpose of intended cylinder-head screw lock in the bridge bearing mount ( 2 ), the rear optical mount ( 3 () 19 () 26 ) on the bridge bearing bracket ( 2 ) by screwing holds that further introduction of two through holes ( 13a () 13b ) are used in the back to ensure that an Allen key through the bridge bearing bracket ( 2 ) can introduce around the two provided maggot-shaped or cylinder-head-shaped screw locks of the prism-shaped optical positions ( 19 () 26 ) and thus the previously inserted telescopic sight ( 30 ) can be fixed in a certain position. Assembly according to one or more of the preceding claims, characterized in that behind two laterally set threaded bores ( 32 ) in the middle of the passage ( 10 ), which serve that by screwing in two set side provided grub screws there is the possibility of the rear riflescope ( 3 () 19 () 26 ) laterally against the direction of travel on the bridge bearing support ( 2 ) by a few tenths of a millimeter and at the same time sets the intended cylindrical screw lock of the held rear optical postures ( 3 () 19 () 26 ) in a certain lateral position. Assembly according to one or more of the preceding claims, characterized in that the displaceability of the rear hook ( 5 ) via a T-slot rail ( 27 ) is realized. Assembly according to one or more of the preceding claims, characterized in that the displaceability of the rear hook ( 5 ) by a guide groove ( 8th ) in the bridge bearing bracket ( 2 ) is realized. Assembly according to one or more of the preceding claims, characterized in that the guide groove ( 8th ) has a T-shaped or prism-shaped cross-section and with a correspondingly shaped rear hook ( 5 ) cooperates. Assembly according to one or more of the preceding claims, characterized in that the connection of rifle scopes with firearms is carried out under the following steps: - Connecting an assembly ( 1 ) with a telescopic sight ( 30 ), - positioning the assembly ( 1 ) with telescopic sight ( 30 ) at an angle to the longitudinal axis of the firearm, - inserting the assembly ( 1 ) over a pintle hook ( 4 ) arranged with arranged hook pair ( 7 ) into its own existing front firearm footplate ( 20 ) provided recesses ( 24 ), - swiveling the assembly ( 1 ) with telescopic sight ( 30 ) over the in the bridge bearing bracket ( 2 ) in its appropriate counter bearing ( 31 ) bolted rotatable pintle hooks ( 4 ) arranged with arranged hook pair ( 7 ) to parallelism with the firearm, - moving the rear hook ( 5 ) in the guide groove ( 8th ) of the bridge bearing bracket ( 2 ) according to the predetermined position of the existing weapon footpad longitudinal distances ( 20 () 21 ) and latching the hook ( 5 ) with trained hook pair ( 6 ) into its own existing rear firearm footplate ( 21 ) provided recesses ( 25 ).