Monoblock cable seal

The requested invention! I mean! to the means of locking and sealing the transported material objects, in particular, through vain !, in order to prevent unauthorized access to them, in particular of wagons, refrigerators, autofurgers, cistems, containers for air, maritime and rail transport, of inc! rc ! transported in containers and railway wagons, trucks etc.

It is known a monobloc cable seal that confines a metallic body, in which is executed a clogged channel in which is rigidly fixed one end of the cable, an axial channel tightened for the location of the cable, at the same time! the str! put and clogged channels are executed in parallel one faf! on the other, so c! the outlet of the clogged channel and the inlet hole of the clogged channel are located on о faf! side! of the body, in the body is executed an oblique hole that I communicate! with the axial channel str! posed and closed from the outside with о flange! blind! where they are located! the cable fastener, made in the form of a spring ball [1].

The monobloc seal with known cable I do not own! о high enough reliability! This is conditional on the fact that! between the head! the fixed length of the cable and the head! his free length in the closed state, is formed! a cable clamping eye, and when stretching is possible! both the sliding and twisting of the cable in relation to the arched ball !, as well as the axial displacement! of the head fixed rigidly. This can become the cause of unauthorized opening of the seal after! that it can be subjected to repeated headlights! detecting the fact of unauthorized opening.

These disadvantages of the above-mentioned seal prevent! its use in the case of sealing the material objects that I need! high strength indices! mechanic! and reliability.

The technical result of the monobloc seal with proposed cable const! in ensuring a high level of skill in terms of unauthorized opening!

The result of the invention is obtained by c! the monobloc cable seal confines a body in which a clogged longitudinal channel is executed, in which the end of the cable is fixed, and a longitudinal grooved channel for the placement of the cable therein. The pierced channel and the blocked one are executed parallel to one faf! on the other, so c! the outlet hole of the clogged channel and the inlet hole of the strut channel are located on о alone! FAF! side! of the body. There is also an oblique hole in the body that communicates! with the channel str! set and in which is placed an element of biochar with counterfeit! for cable interaction. The novelty of the invention consists! in that c! the body is made entirely of metal, and the cable end is attached by means of deformation of the body instead of the location of the channel blocked by the formation of a 180 ° loop. In the body, parallel to the oblique orifice, an auxiliary oblique orifice is executed, which communicates! with the auxiliary strut channel, executed in parallel with the longitudinal strut channel for the location of the cable, at the same time, the exit hole of the pierced channel and the entrance hole of the auxiliary strut channel are located on о faf! side! of the body, and between the output hole of the channel str and the input port of the auxiliary channel is executed! о deep down! for crossing the cable, protected! of lateral projections. The body is covered from the outside with a durable table top! plastic! what they protect! from the access to the seal elements in locked state! Proposed construction! of the monobloc seal with cable I present! о series of benefits faf! of known solutions: simplicity, increased reliability! and convenience in operation.

The essence of the invention is explained! through the drawings in fig. 1 ... 3, which represent !:

Fig. 1 - the monobloc seal with cable, general view!

Fig. 2 - the AA view of fig. 1;

Fig. 3 - the view В in fig. 1.

The monobloc cable seal confines a body 1 made entirely of metal, inserted in a table wrap! plastic! 2, a cable 3, a head of the body is fixed additionally 4 by means of the deformation of the body 5 instead of its placement in the channel blocked with the formation of a loop at 180 °, and the free head 6 of seal 3 goes through two! axial channels placed 7 and 14, parallel to each other, with a diameter equal to the diameter of the cable 3, which, when closed, is located! free in them. From a faf angle! of the axial channels placed 7 and 14, in the body 1 are executed two! oblique holes 8 what I communicate! with the tight axial channels, in which the fastening elements of the cable segment are placed, executed in the form of two! balls 9 with arches 10, the arches 10 resting in blind flanges 11 with the front surface! plane !, pressed into the body from the outside, the fasteners 9, 10 are placed in the opposite direction! one faf! on the other, At the same time! the outlet port of the axial channel str. p. 7 and the inlet port of the axial channel str. p. 14 are located on the same face! side! of the body 1, and between the axial channels struts put is located! о deep down! for the 180 ° loop of the cable, protected! from the sections of the projections, which prevent access to the cable in the closed state!

The body 1 of the monobloc seal with the proposed cable is made entirely of metal, has a shape! rectangular !, and the presence of the table top! plastic! 2 prevents access to its elements in the closed state !,

MD 3134 G2 2006.08.31 makes it more convenient to use and allows the application of the sealed information required on its flat outer surfaces 15.

The monobloc seal with the proposed cable is used as follows.

After applying on the outer part 15 of the plastic grating cover 2 of the sealed infonnation required, at sealing, the free end 6 of the cable 3 is passed through the slots of the sealed object, and then through the pierced axial channel 7, where, at the interaction with the element of fastening, the ball 9 sinks into the oblique hole, ensuring the free advancement of the cable 3 until the catching eye is tightened around the slots of the sealed object. Thereafter, the free end 6 of the cable 3 passes through the through axial channel 14 stretching it 1 until the definitive hiding place in the protective protrusions 13 of the recess 12.

Thus, the presence of two 180 ° loops of cable 3 in combination with the double cable fastening and the placement of the fasteners in the oblique holes opposite to another, allowed the creation of a cable seal with a high mechanical resistance, which supports a load up to. at 5 kN, and the plastic casing 2 of the body 1 allowed to ensure a high reliability of the seal, making impossible the attempts to pull the cable for the purpose of unauthorized opening.

The sanctioned opening of the device is achieved by cutting a cable segment, its repeated closing being thus excluded.

The proposed construction of the monobloc cable seal presents о simplicity, ability and increased comfort in operation.