Power cable seal

Description:

The requested invention relates to the means for closing by sealing the material objects transported, in particular, through customs, in order to prevent unauthorized access to them, in particular, wagons, refrigerators, vans, cistems, wagons and containers for air, maritime and railway, of freight transported in containers and railway wagons, trucks etc.

It is known the closure-sealing device that confines a body with lid, cable, one end of which is fastened to the body, and the second free end in the closing process extends through the mechanism of fixing the cable by fastening it through the arched elements. clamps, made in a pair of rollers [1].

The disadvantage of the aforementioned device is its low safety. This is conditional on the fact that when applying a considerable force on the cable loop it is possible to lock the cable against the tightening rollers.

The problem that solves the requested invention is to increase security and prevent unauthorized access.

The problem is solved by the fact that the cable sealing force confines a non-removable closed body with a transparent lid underneath which is placed an informational table, a closing mechanism located under the lid, in the body cavity, in which a pierced channel is executed to place the end. free of the cable and a clogged channel in which the other end of the cable is rigidly fixed. The outlet port of the clogged channel and the inlet port of the pierced channel are located on the lateral side of the body. The closure mechanism located in the body cavity is located in a channel that intersects with the pierced channel for placing the free end of the cable at a right angle, the entrance hole of which is located on the side face of the body, adjacent to the side face on which they are located the outlet hole of the clogged channel and the inlet hole of the pierced channel. The locking mechanism is made of the bioclock latch with clamps on the sides and the biocard head equipped with a sharp metal tip, which interacts with the cable, о nut which contacts the bioclock, and bolt fitted with a slotted handle, which is located outside the body, at the inlet port of the closing mechanism channel. In the lateral parts of the channel, in which the closing mechanism is located, recesses are made to place the stop end. The clogged channel in which the end of the cable is fastened is placed perpendicular to the pierced channel in which the free end of the cable is located with the formation of a loop at 90 °.

The body of the seal can be made in the trapezoid fuse made of high-strength plastic. In the body there are executed grooves for fixing the lid, in which the projections corresponding to the depths of the body are executed.

In the informational picture, an observation window is executed for the visual control of the biocare head of the biocharger. The body cover is equipped with a о plate that breaks easily.

The execution of the biocare latch with biochar head equipped with a sharp metal tip allows to secure the cable securely, due to the fact that the metal tip deflects the cable under pressure, making it impossible to remove the cable from the fixing place from the base of the closing mechanism channel.

Execution of the lock mechanism in the biochar latch, nut and bolt helps increase the safety of the lock and allows the seal to withstand considerable efforts.

The ratchets of the biocharging latch allow the screw to rotate only in the required direction.

Providing the body cover with the plate that breaks easily, prevents the screw from accidentally turning, makes the seal intact.

The presence of the observation window in the information board allows to visually control the location of the stop end of the biocharger and the accuracy of the installation of the seal.

The information applied to the information board is protected by the transparent cover.

In the lid are made projections corresponding to the depths of the body, which secure it securely and do not allow to remove it from the body, it was destroyed.

The lid, on the perimeter of the assembly with the body, can be fixed at several points with glue or by welding, which also increases the safety of the seal.

The construction of the power seal with the required cable is explained by the drawings in fig. 1 ... 4, which represents:

FIG. 1, power seal with cable, generated view;

FIG. 2, section AA of fig. 1;

FIG. 3, the top view of FIG. 1;

FIG. 4, power seal with cable in assembly, generated view.

MD 3155 G2 2006.09.30

The power seal with cable contains a non-removable closed body 1 with transparent lid 2 underneath which is placed an informational table 3, a closure mechanism located under the lid in the body cavity 1, in which a pierced channel 4 is executed to place the free end 5 of of cable 6 and a clogged channel 7 in which the other end 8 of cable 6 is rigidly fixed. The outlet port 9 of the clogged channel 7 and the inlet port 10 of the bored channel 4 are located on the lateral side of the body. The closure mechanism located in the cavity of the body 1 is located in a channel 11 which intersects with the pierced channel 4, for placing the free end of the cable at a right angle, the inlet port 12, which is located on the side face of the body 1, adjacent with the side face on which the outlet port 9 of the clogged channel 7 and the inlet port 10 of the bored channel 4 are located. The locking mechanism is made of the biochar latch 13 with ratchets 14 on the sides and the biocharging head 15 equipped with a sharp metal tip 16, which interacts with the cable 6, о nut 17 which contacts the bioclock latch 13, and screw 18 endowed with a handle 19 with a thin section 20, which is located outside the body 1, at the inlet port 12 of the channel 11 of the closing mechanism. In the lateral parts of the channel 11, in which the closing mechanism is located, grooves 21 corresponding to the shape of the ratchets 14 of the locking bolt 13 are executed, and on the basis of 22 grooves 23 are executed for placing the stop end 15. The clogged channel 7 where it is fixed the end 8 of the cable 6 is placed perpendicular to the pierced channel 4 in which the free end 5 of the cable 6 is located with the formation of a loop at 90 °. In the body there are made grooves 24 for fixing the lid, in which projections corresponding to the depths of the body are executed. In the informational picture an observation window 25 is executed for the visual control of the biocare head of the biocard latch. The body cover is provided with a о plate 26 which is easily grasped.

The power seal with cable is used in non-greasing mode.

When assembling the seal, firstly in the hole 9, insert the cable passing through the clogged channel 7, fixing rigidly in it the end 8 of the cable 6. Then screw the nut 17 on the screw 18 and install it in the channel 11 to place the closing mechanism. Next, the metal tip 16 is pressed into the stop end 15 of the biocharging pin 13, after which the biocharging pin 13 is installed in the channel 11, checking the pierced channel 4 in which the free end 5 of the cable 6 is located. in the body the information board 3 with the necessary information is installed. Then, on the transparent cover 2, on the perimeter of its assembly to the body, glue is applied at several points, and the lid closes in the body. The assembled seal is kept under pressure for a few minutes and dried for not less than 12 hours.

Upon sealing, the free end 5 of the cable is passed through the slots of the sealed object, is inserted into the inlet port 10, then passes through the through channel 4 and is removed from the exit port of the through channel. Then the plate 26 is sewn onto the weakened section. Further, when the screw 18 is rotated with the aid of the handle 19, the nut 17 moves along the channel 11 and pushes the biocharger 13 with the pawls 14 and the metal tip 16 until the pawls will close in the grooves 21 of the channel 11, at the same end. for fixing the biocharging latch tightens the cable and will be observed through the observation window 25 executed in the information table. After the bolt's groove 19 snaps into the weakened section, the sealing installation is completed.

In case of attempts! cable extraction, biocharging straddle is caused due to the generation of significant contact loads instead of touching the cable with the metal cannula and the ratchets in the recesses.

The application of the identification number or other sealing information about the object on the special information board, located inside the body under the cover, excludes the possibility of unauthorized disassembly and repeated use of the device.

The authorized opening of the seal is made by snapping the cable part, its repeated closure being excluded.

Thus, the proposed construction of the seal is characterized by simplicity, enhanced protection qualities and convenience in operation compared to the known near solutions.

MD 3155 G2 2006.09.30