Sighting devices.

Aiming or laying means.

Elevating or traversing control systems for weapons.

Direction control systems for missiles or projectiles.

F41G is an application-oriented subclass.

Specificities relating to functions involved for achieving sighting and aiming are to be classified in the corresponding functional classification subclasses, e.g. G01 for measuring aspects, G02 for optical aspects, G05 for control and regulation aspects, G06 for computers aspects, G09 for simulation aspects.

Reference G02B is non-limiting in the subclass F41G. CPC will be updated/corrected once this inconsistency is resolved in IPC.

Though the title of subgroup F41G 3/00 refers to laying means, elevating or traversing control systems for weapons are classified in F41G 5/00.

Mechanical aspects of sighting devices, which are either fixedly or detachably mounted on weapons, i.e. iron sights, telescopic sights, periscopic sights as well as tube and bar sights. The group further includes means for protecting, adjusting and for testing of such mechanical sighting devices. This group further includes weapon mounted means for illuminating the sights or the target.

The present group is a combination of two distinct concepts, a document classified here should have parallel entries in F41G 1/02, F41G 1/06.

Sights mounted at the distal end of the weapon and having a small dimension parallel to the barrel axis.

Mechanical protection of foresights, e.g. against damage.

Sights mounted at the proximal end of the weapon and having a small dimension parallel to the barrel axis.

Sights with light source projecting the image of an aiming point or a reticle into the eye of the shooter either via a half-mirror or direct.

Illustrative example of subject matter classified in this place:

Reference G02B is non-limiting in the subgroup F41G 1/30. CPC will be updated/corrected once this inconsistency is resolved in IPC.

Daylight sights with active illumination of target.

Includes active illumination of the sights by a powered light source.

Includes passive illumination of the sights by gathering and guiding ambient light to the sights.

Includes fluorescent and chemoluminescent markers on iron sights.

Night sights combined with light source for illuminating the target, e.g. flash lights or laser sights.

Reference G02B is non-limiting in the subgroup F41G 1/38. CPC will be updated/corrected once this inconsistency is resolved in IPC.

This group is not in use.

CPC classification is to be given in group F41G 11/001 or subgroups thereof.

Sights enabling shooting around the corner.

Reference G02B is non-limiting in the subgroup F41G 1/40. CPC will be updated/corrected once this inconsistency is resolved in IPC.

Tubular sights or cylindrical sights, the cross section not being necessarily circular, functioning by the tunnel effect, void of any optical components.

Open sights (as opposed to the tubular sights) with a substantial longitudinal dimension with respect to the barrel length. Either single sight so as to aim along its lenght or combination of fore and rear sight.

If it is a combination of bar and tube sight, classify in F41G 1/42 and F41G 1/425.

Means for indicating the spacial orientation of the firearm, the adjusting is done by the shooter himself.

The present group is an application group, a document classified here should have parallel entries in F41G 1/01-F41G 1/425.

Devices and tools to test the function of the sights and/or the parallelity of sight and barrel.

Arrangements for the aiming of weapons.

Arrangements for teaching or practicing the aiming of weapons.

Arrangements for testing or checking weapon aiming means.

Details relating to sensing elements determining distance, direction, attitude and velocity are classified in the relevant groups of G01S and G01C.

References G01S, G06 and H01Q are non-limiting in the subgroup F41G 3/00. CPC will be updated/corrected once this inconsistency is resolved in IPC.

Aiming arrangements wherein an observing position is remotely situated from the firing position, e.g. targeting using a remote observation platform.

Arrangements for aiming at multiple targets or for firing at one or more targets with multiple projectiles fired from one or more firing positions. This includes, in particular, the coordination of multiple firing platforms, the resolution of the weapon or target assignation problem and the control of the spread of a shot.

Aiming arrangements making use of range-finding sensors. In particular, this group contains the systems wherein the motion of a target or the ballistic trajectory of a projectile is compensated in accordance with the distance to the target estimated using a range-finding arrangement.

Reference G01C is non-limiting in the subgroup F41G 3/06. CPC will be updated/corrected once this inconsistency is resolved in the IPC.

Arrangements for setting a weapon in a predetermined firing position.

Arrangements for maintaining the aiming direction of a weapon with respect to a moving target.

Arrangements for maintaining the aiming direction of a weapon mounted on a mobile platform.

Arrangements for testing or checking elevating or traversing control systems for weapons

Though the title of the group refers to elevating or traversing control systems for guns, this group applies to elevating or traversing control systems for weapons in general (e.g. missile/rocket launchers).

Specific details relating to sensing elements determining distance, direction and velocity are classified in the relevant groups of G01S.

Arrangements for the determination of the relative position between a guided missile and a target.

Preparatory measures taken before the launching of the guided missiles.

Guided missiles training or simulation devices.

Devices or systems for testing or checking arrangements for the determination of the relative position between a self-propelled missile and a target.

Though the title of the group refers to self-propelled missiles, the group also relates to un-propelled guided projectiles such as guided artillery shells and glide-bombs.

Specific details relating to sensing elements determining distance, direction and velocity are classified in the relevant groups of G01S.

F41G 7/006

This group contains guided missiles simulation devices, which can be used for training purposes or for the testing of launching platforms. Guided missile simulation devices, used for the testing of launching platforms should also be classified in the relevant subgroup of F41G 7/001.

F41G 7/007

This group relates to all procedures performed before the launching of the missile, such as for instance:

The pre-launch testing of a missile,

The in-flight verification of the proper firing condition of the missile,

The alignment or calibration of the missiles' sensors,

The acquisition of the target by the missile,

The transmission of data to the missile,

The weapon and target assignation in the case of multi-missile or multi-target systems.

F41G 7/008

This group relates to systems combining multiple different guidance systems (e.g. beam-riding and homing; passive infrared homing and semi-active laser homing, etc.).

Systems combining multiple guidance systems should also be classified in the groups corresponding to the guidance systems considered individually.

F41G 7/22 and F41G 7/2213

Passive homing system (e.g. passive infrared homing sensors, passive radio homing sensors) do not, for the time being, have a dedicated group

and should be classified in the top group F41G 7/22 or in the sub-group F41G 7/2213 if applicable.

F41G 7/2206 and F41G 7/30

The group F41G 7/2206 relates to homing systems (i.e. wherein the target tracker and the guidance computers are situated in the missile) establishing a communication link with a remotely situated system, for instance for:

the preliminary guidance in the case lock on after launch homing systems,

the remote designation of an aim point,

the remote processing of data picked up by the missile,

the transmission of assistance data.

Systems establishing a communication link with a remotely situated system, wherein the guidance computers or the target tracker are not situated in the missile, should be classified in the relevant subgroups of F41G 7/30.

F41G 7/226 and F41G 7/24

Semi-active homing systems are systems wherein the reflection by a target of a signal transmitted by a remotely situated designator is tracked.

Beam-riding systems correspond to systems wherein a missile is guided in relation to a reference direction defined by a beam projected from a remotely situated system and received directly by the missile.

F41G 7/34

Systems making use of satellite navigation systems (e.g. GPS, GALILEO, GLONASS) do not, for the time being, have a dedicated group and should be classified in the top group F41G 7/34. Systems making use of a satellite navigation system receiver hybridized with an inertial measurement unit should be classified in the F41G 7/36 group.

Arrangements for guiding a craft to a correct condition for firing or dropping a weapon.

Corresponding arrangements for training or teaching.

Details and accessories relevant to sighting apparatuses, not covered in F41G 1/00.

Means for mounting sighting or aiming devices on firearms, said devices being telescopes or other tubular optical, optronic, electronic or electric devices like cameras or lamps, e.g. flashlights.

If the mounting means are also adapted for accessories other than sighting or aiming devices and is specifically for smallarms, classification in the generic accessories group F41C 27/00 should be considered.

Includes picatinny or weaver rails with integrated electric connections.

Mounting members where one (or at least one) of the left or right clamping components is movable relative to the rest of the mounting members.

Illustrative example of subject matter classified in this place:

1a.

1b.

Figures 1a and 1b illustrate the left clamping component (49) translating relative to the right clamping component (5) of the mounting member, allowing for the mounting member to engage the rail (19) and be retained in place.