RU210986U1 - barrier module - Google Patents

Abstract

The utility model relates to devices for controlling and distributing the flow of people during concerts, sporting events, public gatherings, public gatherings. The technical result is the acceleration of the process of including a separate barrier module in the circuit of the protective complex. The essence of the utility model lies in the fact that the obstacle module contains a rectangular support base, a barrier shield and two struts, pivotally connected to the barrier shield and the support base, and the outer contour of the barrier shield is made in the form of a rectangular power frame, on one side element of which is located, at least one loop with a hole, and on the other - an attachment point. According to the utility model, the fastening unit is made in the form of a housing with a through hole, in which a pin and a compression spring are located with the possibility of forced reciprocating and reciprocating rotation of the finger, while the fastening unit is made with the possibility of maximum extension of the finger under the action of the compression spring and fixing the position of the finger in its extreme positions, for which purpose intersecting end slots of different depths are made on the outer end surface of the body of the fastening unit, the unit is equipped with a pin, the axis of which crosses the pin, while the pin is located with the possibility of entering one slot in one extreme position of the finger and to the other - in its other extreme position. 5 ill.

Description

The utility model relates to devices for controlling and distributing the flow of people during concerts, sporting events, public gatherings, public gatherings. These devices are used, for example, as temporarily installed, quickly erected crowd control barriers.

A barrier module is known for controlling and distributing the flows of people, designed to constitute a protective circuit, containing a rectangular support base, a barrier shield and two struts pivotally connected to the barrier shield and the support base, and the outer contour of the barrier shield is made in the form of a rectangular power frame, on one the side element of which is located at least one loop with a hole, and on the other - the attachment point (WO 2013157923 A1, pub., 24.10.2013).

The disadvantages of the known device are the lack of convenience when connecting the described barrier module with other similar modules when forming a protective complex consisting of a plurality of modules. This inconvenience arises due to the lack of control of the position of the finger of the mount when connecting adjacent devices. This leads, in turn, to an increase in the time for connecting and disconnecting the barrier modules during the assembly of the protective complex.

The technical problem is to eliminate the noted shortcomings.

The technical result consists in accelerating the process of including a separate barrier module in the circuit of the protective complex.

The problem is solved, and the technical result is achieved by the fact that the obstacle module contains a rectangular support base, a barrier shield and two struts pivotally connected to the barrier shield and the support base, and the outer contour of the barrier shield is made in the form of a rectangular power frame, on one side element of which is located , at least one loop with a hole, and on the other - a fastening unit, while, according to the utility model, the fastening unit is made in the form of a housing with a through hole, in which a pin and a compression spring are located with the possibility of forced reciprocating and reciprocating rotational movement of the pin, while the fastening unit is made with the possibility of maximum extension of the finger under the influence of a compression spring on it and fixing the position of the finger in its extreme positions, for which intersecting end slots of different depths are made on the outer end surface of the body of the fastening unit, the unit is equipped with a pin, the axis which perese forks a finger, while the pin is located with the possibility of entering one slot in one extreme position of the finger and in another - in its other extreme position.

The utility model is illustrated with the help of drawings.

In FIG. 1 shows a general view of the barrier;

in fig. 2 is the same, view from the opposite side of Fig. one;

in fig. 3 shows a longitudinal section A-A of the mount in FIG. 5;

in fig. 4 - shows the body of the mount;

in fig. 5 is a view from the end side of the housing of the attachment unit, on which end slots are made.

The barrier contains a rectangular support base 1 and a rectangular barrier shield 3 equipped with a latch 2, the enclosing surface of which crosses the outer contour of the support base 1. The barrier is equipped with two braces 4 connected to the barrier shield 3 and the support base 1 by means of hinges 5 and located at an angle to the surfaces base 1 and shield 3, as well as a platform 6 connected to the barrier shield 3 and braces 4. The outer contour of the barrier shield 3 is made in the form of a power frame having side elements 7 and 8, as well as upper 9 and lower 10 elements. On the side element 7 of the frame of the shield 3 there is at least one loop 11 with a hole, and on the other side element 8 of the frame there is a fastening unit made in the form of a body 12 with a through hole, in which the pin 13 and the compression spring 14 are located. one end surface of the body 12 is made of intersecting end slots 15 and 16 of different depths. The assembly is provided with a pin 17, the longitudinal axis of which crosses the pin 13 (for example, the pin 17 is located in the transverse hole of the pin 13). In this case, the pin is located with the possibility of entering into a deeper slot 15 in the extreme position of the pin 13 advanced under the action of the spring 14 and into a less deep slot 16 - in its other extreme position. The finger 13 is provided with a drive element (not shown in the drawings) connected to the finger 13 with the possibility of providing forced reciprocating and reciprocating rotation of the finger 13 in the housing 12 of the mount. The drive element can be made in the form of a lever located in the hole 18 of the pin 13.

On each side element 7 and 8 of the frame, one attachment point and one loop 11 with a hole can be located. Preferably, at the same height from the support base 1, the attachment point is located on one side element, and the loop 11 is located on the other.

Shield 3 can be equipped with an additional retractable shield 19, which increases the height of the barrier.

The described barrier is used as an integral element in a structure for enclosing enclosed spaces or distributing and directing people flows during concerts, sporting events, etc. That is, the fence is a module connected to other modules of the same kind and can be used as a separately installed element.

On the support base 1 there is a barrier shield 3, which is a barrier element. Lock 2 of the vertical position of the shield allows for accelerated unfolding of the structure during the urgent erection of the barrier. Fastening the jibs 4 on the hinges 5 also speeds up the erection of the structure. At the same time, the presence of the platform 6 ensures the rigidity of the structure with a hinged mount, and also makes it possible for personnel to be on it, controlling the situation from the opposite side of the shield 3. The attachment points of the barrier make it possible to assemble the barrier chain sequentially in the direction of the shield 3 plane by inserting the fingers extended from the housing 12 13 into the holes of the corresponding loops 11 of the same neighboring module, and by moving the module in the transverse direction, for example, by inserting it into the gap between the modules. With such an installation, the fingers 13 are retracted into the housing 12 to the extreme position against the action of the spring 14, and after inserting the module into the gap of the barrier chain, the fingers 13, under the action of the spring 14, move out of the housing 12 to the open (extended) position with their insertion into the holes of the loops 11. The transfer of the finger 13 from one extreme position to another extreme position is carried out due to the action of a drive element on it, which provides translational and rotational movement of the finger 13. The fixation of the finger 13 in the extreme position is ensured by the entry of the pin 17 either in a deeper slot 15, or in a shallower slot 16 at an angle of about 90 degrees to the slot 15.

The extended position of the pin 13 under the action of the spring 14 ensures the reliability of the barrier connection.

Thus, the use of the described utility model makes it possible to ensure the promptness of the introduction of the barrier, which is part of the chain of the protective complex, with the achievement of the reliability of the connection.

Claims (1)

Barrage module containing a rectangular support base, a barrier shield and two braces pivotally connected to the barrier shield and the support base, the outer contour of the barrier shield is made in the form of a rectangular power frame, on one side element of which there is at least one loop with a hole , and on the other - a mount, characterized in that the mount is made in the form of a body with a through hole, in which a pin and a compression spring are located with the possibility of forced reciprocating and reciprocating rotation of the finger, while the mount is made with the possibility of maximum extension of the finger under the influence of the compression spring and fixing the position of the finger in its extreme positions, for which purpose intersecting end slots of different depths are made on the outer end surface of the body of the fastening unit, the unit is equipped with a pin, the axis of which crosses the pin, while the pin is located with the possibility of entering into one hole z in one extreme position of the finger and in the other - in its other extreme position.

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