RU41904U1 - DEVICE FOR COMBINING ELECTRONIC LABELS WITH MECHANICAL LOCK-FILLING DEVICE - Google Patents

Abstract

The utility model relates to the field of mechanical engineering and can find application as a device for marking a protected object and, at the same time, a locking device. A device for combining an electronic tag with a mechanical locking and sealing device comprises a three-dimensional housing having openings for the passage of a cable of a mechanical locking and sealing device in them. New is the fact that in the said case there are cavities, in the first of which an electronic mark is rigidly fixed, and the second cavity is designed to accommodate a mechanical locking and sealing device in it. Holes are made in the front end wall of the second cavity for the passage of a cable of a mechanical locking and sealing device in them, and the rear end wall of the second cavity is formed with an folding latch-lock with the possibility of rigid fixation of a mechanical locking and sealing device. The technical result consists in reducing the overall dimensions of the device, simplifying the installation of components and increasing the reliability of their fixation.

Description

The utility model relates to the field of mechanical engineering and can find application as a device for marking a protected object and, at the same time, a locking device.

The prior art locking and sealing devices (ZPU), combined with devices for marking protected objects - electronic tags.

So, from RU 2199461 C1 of 02.27.2003 known ZPU with an electronic tag. The specified ZPU is placed in a separate housing, and the body of the electronic tag is a cylindrical glass with a through hole in its bottom and with an annular groove on the inner side surface. The housing is secured to the critical part with a bolt and a set of washers. The electronic tag is placed in the housing and is fixed in it by means of a spring ring inserted into the annular groove on the inner side surface of the glass.

The disadvantages of the design of this device include the fact that the ZPU and the electronic tag are located in different buildings, which requires a lot of space to accommodate these devices.

From RU 29171 U1 dated 04/27/2003, a device is known for combining an electronic tag with a ZPU, selected as a prototype. This device is essentially a hollow body. The first end of the cable

rigidly fixed in the housing. A through hole is made in the housing, into which the second end of the cable extends with the possibility of rigid fixation. An electronic tag is installed in the housing. A tool is provided that holds the electronic tag inside the case and protects it from the effects of the external environment and from unauthorized access.

The disadvantages of this device include the fact that the installation and fixing of the elements of the ZPU and the electronic tag occurs directly during the manufacture of the case, in the factory. The complete set of such a device is always the same, which is not always convenient for the consumer.

The objective of the proposed utility model is, on the one hand, to obtain the ability to quickly and easily combine mechanical ZPU and electronic tags, and on the other hand, to combine the configuration of these elements.

The technical result that can be obtained using this utility model is to reduce the overall dimensions of the device, simplify the installation of components and increase the reliability of their fixation.

The specified technical result is achieved due to the fact that the proposed device contains a volumetric housing having openings for the passage in them of a cable of a mechanical locking and sealing device. According to the proposed utility model, a new one is that cavities are provided in the said housing, in the first of which an electronic mark is rigidly fixed, and the second cavity is provided for placement in it

mechanical locking and sealing device. Holes are made in the front end wall of the second cavity for the passage of a cable of a mechanical locking and sealing device in them. The rear end wall of the second cavity is made with the formation of an folding latch-latch with the possibility of rigid fixation of a mechanical locking and sealing device.

To exclude damage to the electronic tag as a result of external influences, as well as to exclude its loss or unauthorized removal, the electronic tag is rigidly fixed in the first cavity as follows: the electronic tag is inserted into the cavity intended for it and filled with a compound.

To increase the efficiency of the device in the said housing, a third cavity is provided for placement in it of a cable break sensor of a mechanical locking and sealing device.

For convenience and speed of fixation of ZPU, double-sided tape can be installed at the bottom of the corresponding cavity.

For the convenience of manufacturing the said body, to reduce the technological operations associated with processing the body and cheapening its structure, it is advisable that the body be a monolithic non-separable structure made of thermoplastic polymer by molding in a mold.

As a thermoplastic polymer, for example, ABS plastic or caprolon can be used.

Below is a more detailed description of one example of the implementation of the proposed device with reference to graphic materials on which:

figure 1 - the housing of the proposed device, General view;

figure 2 - the housing of the proposed device and mechanical ZPU (cable not shown), intended for placement in the corresponding cavity of the housing;

figure 3 - the proposed device Assembly (cable mechanical ZPU not shown);

figure 4 - the housing of the proposed device, top view;

figure 5 is a section along EE figure 4.

The proposed device 1 (Fig. 3) for combining an electronic tag (not shown) with a mechanical locking and sealing device 6 comprises a volumetric housing 2. In the housing 2, holes 3 and 4 are made for passage of a cable of a mechanical locking and sealing device 6 in them. In some In some cases, for ease of use, bushings 5 can be inserted in holes 3 and 4. Cavities are provided in housing 2. So, the cavity 7 is provided for placement in it of an electronic tag (not shown). When assembling the device, the electronic mark is installed in the cavity intended for it and is rigidly fixed in it by any available method, for example, it is filled with a compound. Cavity 8 is designed to accommodate mechanical ZPU6. If necessary, a cavity 9 may be provided for accommodating the mechanical cable breakage sensor ZPU6.

Holes 3 and 4 are made in the front end wall 10 of the cavity 8. The rear end wall 11 of the cavity 8 is formed with an folding latch-lock 12 with the possibility of rigid fixation of a mechanical locking and sealing device 6.

Case 2 is a monolithic, non-separable structure made of thermoplastic polymer by injection molding. As the thermoplastic polymer, for example, ABS plastic or any other suitable material can be used.

When casting the casing 2, two parallel through grooves 13 are formed in the rear end wall 11 to form the folding latch-latch 12. The upper, protruding part of the folding latch-latch 12 is also performed when casting the casing 2.

The folding latch-clamp 12 is sufficiently flexible so that the mechanical ZPU6 can be reliably installed and fixed in the cavity 8. At the bottom of the cavity 8, double-sided tape is provided, which together with the folding latch-clamp 12 allows you to firmly fix the mechanical ZPU6 and protect it from unauthorized exemptions.

The proposed device is used for marking and guarding objects, can be used for sealing vehicles, wagons, containers, garages, warehouses, etc. and acts as follows.

If the consumer has a need for marking an object, for example, a vehicle, wagon, container, he receives from the warehouse a device containing a housing and an electronic device installed in it

a mark, in the memory of which any information can be entered both about the object and about the electronic mark itself, the time and place of its installation, etc. Such a device is mounted on an object, for example, a container, and at any place and at any time the information of interest to the consumer can be remotely read from an electronic tag.

If the consumer has a need for reliable locking of the container (to prevent unauthorized access to the protected object), he quickly and easily inserts a mechanical switchgear into the corresponding cavity. The latch-clamp and double-sided tape allow you to quickly and securely lock the ZPU in the housing of the proposed device. Thus, the consumer has a reliable device that allows not only to mark the necessary object, but also to protect it from unauthorized access. The sensor breakage of the cable ZPU can improve both the reliability of the proposed device and its information content, notifying of attempts of unauthorized access to the protected object.

The proposed device for combining an electronic tag with a mechanical locking and sealing device has passed successful tests and confirmed high reliability and independence from external influences. This device is compact, cheap to manufacture and use, makes it possible to combine configuration, and allows to simplify the installation of its components.

Claims (7)

1. A device for combining an electronic tag with a mechanical locking and sealing device, comprising a volumetric housing having openings for passing a cable of a mechanical locking and sealing device in them, characterized in that cavities are provided in said housing, in the first of which an electronic tag is rigidly fixed, and the second cavity is provided for placement in it of a mechanical locking and sealing device, and in the front end wall of the second cavity there are openings for passage into x cable mechanical locking and sealing device, and the rear end wall of the second cavity is made with the formation of an folding latch-latch with the possibility of rigid fixation of a mechanical locking and sealing device. 2. The device according to claim 1, characterized in that the rigid fastening of the electronic tag in the first cavity is carried out by a compound. 3. The device according to claim 2, characterized in that the said housing has a third cavity for receiving a cable break sensor of a mechanical locking and sealing device in it. 4. The device according to claim 3, characterized in that at the bottom of the cavity provided for placement of a mechanical locking and sealing device, a double-sided tape is provided. 5. The device according to claim 4, characterized in that the said housing is a monolithic non-separable structure made of a thermoplastic polymer by injection molding. 6. The device according to claim 5, characterized in that the plastic ABS is used as a thermoplastic polymer. 7. The device according to claim 5, characterized in that caprolon is used as the thermoplastic polymer.