RU24227U1 - LOCKING AND FILLING DEVICE - Google Patents

Description

LOCKING AND FILLING DEVICE

Application area

The utility model is a locking and sealing device (ZPU), belongs to the group of security equipment for single use, designed to reliably lock the lid on the cassette for storing banknotes or lids of other containers, have 1; their similar mounting holes, and can be used to monitor the safety cassette or container contents.

State of the art

Known sealing compound related to locking and sealing devices designed to control the safety of goods (RF patent No. 1382407, 1988 EV 39/02). The device comprises a housing where it is fixed; fingers and a sheath made of a material of increased hardness making it difficult to access the elastic fingers to prevent discreet opening of the connection, and a flexible handle connected to the housing with a locking pin at its free end. When a pin is inserted into the opening of the housing, the pin is fixed, thereby forming an integral connection that prevents unauthorized access to the load. The connection drawback is the absence of a blocking element that provides for fixing the relative position of the lid and the container body, the solution of the locking device in the form of an assembly of elements and the absence of planes for applying service information.

Closest to the proposed technical solution is "The seal is self-locking (образец patent No. 45075, 1999, MKPO 09-07), made in the form of a flexible tape bow with a total length providing the possibility of forming a closed loop, with crosswise planes for applying information messages, in in the center of which a cylindrical body is vertically located with a sample along the inlet for introducing a locking element into the body, in the cavity of which there is an annular sleeve with locking fingers For receiving and fixing the pin, and on the other, narrower part, there are vertically located locking pin, mushroom-shaped, and a blocking element made in the form of longitudinally and transversely arranged plates, ensuring the relative position of the cover and cassette body. The place of the regular breakage of the arch is the circle of connection of the base of the pin and the arch.

The disadvantages of the known device are the execution of the housing and the locking element in the form of separate nodes of the device with the subsequent installation and fastening of the annular sleeve in the inlet of the housing so that manipulations are possible to separate the housing and the locking element until the seal is closed, which may remain visually uncontrolled after the regular opening of the seal; the absence of a stop element that strictly fixes the seal on the cassette cover in a predetermined position and prevents its damage; circular perforation at the place of regular separation of the arch around the circumference of the base of the locking pin, which also allows manipulation to separate the arch and the pin; cross-shaped arrangement of surfaces for drawing information messages, which when placing several

seals in a limited area leads to their imposition and

interferes with the application of the necessary impressions and seals, which may lead to an unintentional violation of the seal.

The essence of useful model

The technical objective of the proposed solution is to increase the reliability of fixing the lid and the cassette body or the covers of other containers, I have them; similar installation holes while providing visual control of the state of all functional elements of the device, which excludes unauthorized access to the contents of the cassette (breaking or abnormal opening in non-destructive ways), as well as providing high functionality operation.

The problem is solved in that in a locking and sealing device made in the form of a flexible tape handle, with a total length providing the possibility of forming a closed loop, with planes for applying information messages, in the front of which there is a cylindrical body with a sample along the inlet in the cavity of which a fixing element, and on the final, narrower part, there is a locking pin and a blocking element made in the form of longitudinally and transversely arranged plates; the casing is made with a through internal cavity, forms together with the fixing element an integral lock device and is placed on the arch plane opposite to other elements, with the possibility of bending; a guide sleeve is made in the central part of the handle, which provides the possibility of fastening the bent body, and a thrust element in the form of a transversely arranged plate; the arch is made with thinning in the places of inflection, which are the boundaries of the parts;

the width of the front and central parts of the bow is selected so that these surfaces can be used to apply informational messages; on the end part of the arch between the locking pin and the blocking element, perforation is performed, which serves as a place for the ZPU rupture during its regular opening; the height of the guide sleeve is selected so that it obviously exceeds the maximum deflection of the folded parts of the bow; perforation on the end of the arch is made longitudinal; the fixing element can be made in the form of a cone. The device can be made of plastic materials with specified physical and mechanical properties in various colors, which creates additional convenience and increases the functionality of operation. In the manufacture of the device, individual information, including exclusive information, can be applied to its information field. The essential features of the proposed model are:

-performing the internal cavity of the housing through, which provides the technological possibility of manufacturing the locking element and the housing as a monolithic locking device, and also allows you to abandon the previously required additional installation operation of the locking element in the housing and creates a more reliable design that excludes any manipulation without leaving visible traces;

- placement of the casing on the arc plane opposite to other elements, with the possibility of bending to the other side, and the introduction of the guide sleeve located in the central part of the arc, which simultaneously acts as a centering element for fastening the bent

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housing and protective element that prevents direct access to the locking device; the height of the sleeve should be sufficient to guarantee a one-piece connection between the sleeve and the housing;

- introduction of a thrust element located in the central part of the handle, designed for more reliable fixation of the ZPU on the surface of the cartridge or container to be closed;

- dividing the bow into parts according to the places of functional folds with sections with a smaller thickness;

-performing on the end part of the arch, in the area between the locking pin and the blocking element, longitudinal perforations designed to form the zone of regular breakage of the arch, which provides visual detection of attempts to open the ZPU by elastic deformation of the arch;

- the use of a sufficiently wide central and front part of the arch as an information field for placing the necessary service information on them makes the ZPU more compact compared to the cross-shaped form of a known seal, which is important if it is necessary to use several seals simultaneously on a limited area, and more functional, since marks left on the surface of the information field of the front of the bow will have a corresponding imprint on the central part, which will make it difficult st manipulations with the applied service information.

Thus, the proposed ZPU has a monolithic design, combining a locking pin, a locking element, a thrust element, a guide sleeve and a fixing element, as well as an information field, and provides full visual control of the state of all functional elements, as in open.

and in the closed provisions of the ZPU, which is especially important for reliable operation.

A brief description of the graphic materials

Graphic materials explaining the design of the device are shown in FIG. 1-5.

FIG. 1. - ZPU, side view.

FIG. 2. - ZPU, top view.

FIG. 3. - ZPU, view along arrow A.

FIG. 4. - ZPU installed on the cartridge for banknotes.

FIG. 5. - drawing of the device for the regular opening of the ZPU. ZPU designed for installation, for example, on cassettes for storing banknotes having a housing 1 and a cover 2, contains a handle 3, consisting of a front part 4, a central part 5, including an information field 16, and an end part 6, separated by sections of lesser thickness 7 and 8; locking device 9, consisting of a housing 10 with a through cavity 11 and a locking element 12; guide sleeve 13; a stop element 14 and a blocking element 15, consisting of a longitudinal plate 17 and a transverse triangular 18 and an arcuate 19, as well as a locking pin 20 and perforation holes 21 in place of the regular breakage of the bow.

Utility Model Implementation

ZPU is installed as follows. The front part of the handle with the body 10 is bent at the place of the bend 7, and the body is fixed in the guide sleeve 13 located in the Central part of the handle 5, which is inserted into the cavity of the housing 11. After that, the end part of the handle 6, on which the locking pin 20 and the locking element are located 16, is inserted in the upper installation

the hole of the cassette cover 22 so that the blocking element fixes the relative position of the cover and the cassette case, and the locking pin is located in the cavity of the cassette 23, while the input of the upper mounting hole 22 is closed by the arcuate plate 19 of the blocking element 15. The central part of the bow 5 is bent at the bend 8 and the housing 10, fixed in the guide sleeve 13, is inserted into the cavity of the cassette 23, while the thrust element 14 is on the protrusion 24 of the cassette cover. After that, manually, without the use of a special tool, the locking pin 20 is closed in the fixing element 12 of the housing 10 of the locking device 9. The necessary service information is applied to the information field 16. The regular opening of the cartridge is carried out using a special device (Fig. 5), which starts up under the bow near the upper mounting hole 22. The applied force leads to rupture of the end of the bow at the location of the perforations 21.

Industrial applicability

ZPU is made of polymer or composite plastic materials with specified physical and mechanical properties, for example, block copolymers of polypropylene with polyethylene by injection molding using standard industrial equipment and technology. ZPU can be made in different colors.

Claims (5)

1. A locking and sealing device made in the form of a flexible tape handle with a total length providing the possibility of forming a closed loop with planes for applying information messages, in the front of which there is a cylindrical body with a sample along the inlet, in the cavity of which there is a fixing element, and on the end the narrower part are the locking pin and the blocking element, made in the form of longitudinally and transversely arranged plates, characterized in that the housing is made with through internal cavity, with a locking element, makes a monolithic locking device and is placed on the plane of the arch opposite to other elements, with the possibility of bending, a guide sleeve is made in the central part of the arch, which allows the bent housing to be fixed, and a thrust element, in the form of a transversely arranged plate, in this case, the arch is made with thinning at the inflection points, which are the boundaries of the parts, the width of the front and central parts is chosen such that the surface of the arch is used They are used as a plane for drawing informational messages, and perforation is performed on the end of the bow between the locking pin and the blocking element.  2. The device according to claim 1, characterized in that the locking element is made in the form of a cone.  3. The device according to claim 1, characterized in that the height of the centering element exceeds the maximum deflection of the folded parts of the bow.  4. The device according to claim 1, characterized in that the perforation on the narrow part of the arch is made longitudinal. 5. The device according to claim 1, characterized in that it has a different color performance.