FI71215B - SAX FOER JACKET AV VILD- PAELS- OCH ANDRA DJUR SOM FAONGAS MED SAXAR - Google Patents

Description

71215

SCISSORS FOR HUNTING OF FISH, FUR AND OTHER ANIMALS HUNTED WITH IRON

The invention relates to a trapping device, called scissor irons, mainly for catching predators. These irons are designed for small carnivores such as mink, mink and wild cat. By increasing or decreasing the size, other prey animals can also be caught.

About a year and a half ago, the use of leg irons was banned in Finland, eg Rahkola. It is known that the only permitted traps in use in Finland are the Canadian Conibear brand sets, wire spring traps. Cage gear is also allowed.

However, the use of Conibear irons currently used in our country is difficult or even impossible in many situations. In practice, they have proved difficult to put in place.

In addition, modern irons have to be equipped with chains, which means that the animal does not always die immediately, so the chains prevent the animal from escaping and the gear from disappearing. In other words, the animal suffers.

Pursuant to section 39 of the Hunting Act, irons may be used for hunting which, by squeezing with sufficient force in relation to the size of the game in the area of the neck or thorax, cause the immediate death of the animal involved.

The irons I invented are in accordance with modern law, immediately lethal and strike the area just mentioned in the law. They are completely different from Conibear irons and irons already removed. They are suitable for our conditions, easy to install for fishing, easy to camouflage and easy to install in places that are only aimed at the animals being caught at any given time, such as ditches on the edge of ditches, rock cavities and windfall. If necessary, they can be protected from protected animals and domestic animals.

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They are also safe for the hunter himself, as he can install a safety device in the trigger mechanism during the setting and camouflage of the gear, and the safety device can be easily removed when the irons are ready to be caught. They can also be placed on a tree, using a trunk or auxiliary trees.

In the following, scissor iron parts and manufacture with reference to the drawings.

Figure 1 shows a top-front view of the invention before tuning. At the same time, it shows how the jaw bars (14, dark) and (15, light) cross. The front means the direction of entry of the catch into the gear.

Figure 2 shows the invention tuned from above and in front.

Figure 3 shows the invention from the side (left) and partly unassembled.

The numbering of the different parts is the same in all drawings.

The body (1) is a tube.

Above the body there is a welded lock body (6), its material is either an angle or a round tube.

The body pin (20) of the spring (3) is welded to the body (1) and further the left jaw bar (14) and the pop-up bar (17) are welded to the front of the body, both of which are made of brushed steel.

A hole is drilled in the body inside the lock body (6) for the shots (5).

A hole has been drilled in the lock body (6) on the front side for the tuning fine adjustment bolt (7). A hole (10a) for the lock shaft (10) is drilled in the upper part of the lock body (6).

The locking shaft (10) secures the pedal rod (4) and the locking latch (21) to the locking body (6) with a locking nut. At the same time, the locking shaft (10) acts as a joint for the entire release mechanism. The spring-side part of the lock body (6) is open for the operation of the lock latch (21) (Fig. 3). The pedal rod (4) is made of brush steel, it is welded with a locking latch (21) made of steel. It is otherwise rectangular, but a shotgun hole (5b) and a hole (22) are drilled in the lower right corner at the lock shaft (10). Most clearly in Figure 2.

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The feed pin (8) is made of brush steel and has a sharp tip. It is adjustable by means of a hammer on which the bait pin (8) is welded. The squeegee is attached to the pedal rod (A) by a locking bolt (13) and is equipped with a lock nut.

A pedal plate (9), which is a steel plate, is welded to the front end of the pedal rod (A).

Figure 3 shows a jaw shaft (2) made of round solid or tubular steel. A hole (12) in the spring locking pin (11) is drilled in the rear end of the jaw shaft (2). A recess (5a) for the locking hook (5) is drilled above the jaw shaft (2). A right jaw bar (15) is welded to the front end of the jaw shaft (2), the lower end of which acts as a left pop-up bar (16).

The jaw bar (IA) is made of brush steel.

3 chin-axis of Figure (2) is inserted into the body (1) of the arrow by a spring and is locked in a plunger (11).

In Figure 2, the pop-up rods (16, 17) are bent arcuately outwards from the central axis. The upper ends (18, 19) of the jaw bars (IA, 15) are both bent inwards in an arc.

Further in Fig. 2, the fastening wire (25) is a steel wire (steel rope).

Figure 6 shows a safety fork (2A) with a brush steel material. The forks are made of round steel and are welded to a brushed steel arm.

The following is the operation of scissor lifts with reference to the drawings.

The first task in setting the gear is to place the bait, eg meat or fish, in the bait pin (8). The feed pin (8) can be adjusted to the desired distance from the jaws (IA, 15) by means of an adjusting latch. This is important so that, in the case of a particular animal species, the bait is at the correct distance from the jaws (IA, 15) and a blow to the point prescribed by law in the animal. In Fig. 1 the jaw bars (IA, 15) are tuned, i.e. they are twisted apart in the directions indicated by the arrows, whereby they are set at the desired angle (in Fig. 2). At the same time, the spring (3) is tensioned. The spring (3) is in the gear as a power source.

The best tuning for tysotc jaws is: palms facing each other and thumbs a 1 a s p. .I n.

When the jaws (IA, 15) reach the desired angle, the locking catch (5) is pressed into the space provided for it (Fig. 3: 5, 5a, 5b). At the same time, the pedal plate (9) is lifted with your thumb.

This is how the gear is tuned (Figure 2).

After this, the lock is mounted a fork (24), as shown in Figure 6 the arrow in the direction of the lock body (6) such that the locking pawl (21) is unable to release the lookup (5). When the gear is set and camouflaged, the safety fork (24) is removed.

Camouflage is used to guide the catch (only) through the jaws to the gear. The same thing is driven by gear placed in the right place. The trigger mechanism has a tuning fine adjustment bolt (7) that is adjustable to different sensitivities for animals of different sizes, e.g. wolverine or fly. When larger animals are requested, turn the bolt (7) counterclockwise and for smaller ones clockwise.

The trigger mechanism works so that when the bait is pulled from the bait or the pedal plate (9) is pulled, the plate is depressed and the pedal rod (4) "cranks" the locking latch (21), releasing the locking catch (5) and rising into the space provided (5b), and the jaw shaft (2) is released from the body (1) and thus from the force exerted by the spring (3) the jaw bars (14, 15) cross and thus intersect each other in the middle of them. They are brushed steel because they hold the catch better in the gear than smooth-faced jaws. The pop-up rods (16,17) act as support legs for the gear and “jump” them upwards, hitting the prey better. The fastening wire (25) is attached to the pop-up rod 16 or 17 and twisted "knotted" around both rods (16, 17). The other end of the wire (25) is firmly attached to, for example, a stick struck on the ground. However, if the animal does not die immediately when caught, but starts to move, the lashing wire (25) tightens the jaws (14,15) even more. It is likely that in such a case the spring (3) has been too loose and the impact power of the gear has decreased. However, the spring (3) can always be tightened half a turn or the whole turn by means of the locking pin (11) (also in terrain).

The gear uses a spring that has proven to be effective and holds its power. The spring locking pin (11) also keeps the gear in size as it connects the jaw shaft (2) to the body (1).

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The invention has been described above with reference to only one preferred example thereof. However, this is in no way intended to limit the invention to this example only.

The following explains two conversion options and one detail with reference to the drawings.

Figures 1, 2 and 3 are all from a gear that requests from only one direction. The gears of Figures 4 and 5 have two pairs of jaws, one at each end of the gear, i.e. they request from two directions.

Structurally, the gear of Figure 4 also differs from the previous one (Figures 1, 2 and 3) as follows.

The attachment of the spring (3) changes. Due to the other pairs of jaws, it is moved between the jaws and the release mechanism. The jaw bar (14) or the pop bar (17) also act as a spring body pin (Figures 4 and 5).

A hole (12) is drilled in the jaw shaft (2) for the locking pin (11) and a groove (23) is made in the body (1) for the pin (11) so that it can move from a vertical position to the desired angle according to the jaws as shown in Fig. 4.

The lock body (6) is placed in the middle of the gear. It must be wider than in the previous gear, because the shotgun recesses (5c) are made on both sides of the lock latch (21) so that the triggering of the gear also becomes bidirectional.

The feed pin (8) is not movable, but is welded to the pedal rod (4) just above the lock latch (21). In addition, two pedal plates (9) are inserted. One baffle pin (8) on each side. The combined jaw and pop-up bar (H »16) at one end is either welded or secured by a jaw shaft pin (22) (Figure 4).

The gear of Figure 5 also has two pairs of jaws. This gear is intended for trolling. For example, a fox, in which case it has to be resized. The attachment of the spring (3) does not differ from the gear of Fig. 4.

According to Figure 5, the lock body (6) is placed close to the second pair of jaws.

The pedal plate (9) is slightly larger than in other gears. There is a welded nut in the middle, above it 6 71215, so that a threaded feed pin can be fitted if necessary.

Thus, it can also be used as a bait trap. The trigger mechanism is constructed and operates in the same manner as in Figure 3.

Figure 6 shows the safety fork (24) and its attachment to the lock body (6). (In the direction of the arrow).

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Claims (2)

7121 5 Scissor irons for hunting predators, fur or other animals caught with irons, characterized in that the device comprises a body (1) comprising a jaw bar (IA), a spring bar (17), a spring body pin (20), a lock body (6) and its parts of the locking catch (5) and the tuning fine adjustment frame (7), in addition the locking body (6) is connected to the locking latch (21) by a lock, a locking shaft hole (10a) and a locking shaft a pedal rod (4) to which the locking latch (21) is welded and further a pedal plate (9) and an adjustable feed pin (8), the device further comprises a jaw shaft (2) to be connected to the body (1) by means of a spring locking pin (11) the jaw bar (15) and the spring bar (16), thus the body (1) and the jaw shaft (2) with their parts form an iron trap, the jaws (14,15) of which act as percussion and gear scissors, and the spring bars (17, 16) as support legs and gear jumpers as healers and the spring (3) is the power source for the entire gear. Device according to Claim 1, characterized in that the device has two pairs of jaws (14, 15) and pop-up bars (17, 16) for catching from two directions and a fixed baffle pin (8) with pedal plates (4) connected on both sides. 9) and under the bait pin (8) there is a locking latch (21) with shot spaces (5c) for the shots (5) on both sides of the lower edge and also a spring (3) is fixed between the jaw bars and the trigger mechanism of the spring lock pin (11) and the groove ( 23) by means of a pin (11).