RU186700U1 - BRACKET LOCK - Google Patents

Abstract

The bracket retainer includes internal and external elements, which are contracted, respectively, to the back and front surfaces of the ribs of adjacent sections of the heating radiator by means of a threaded connection located between the ribs of adjacent sections of the heating radiator. On the opposite end surfaces of the external element, ledges are made with a recess forming a groove limited by the front surface of the radiator rib and intended for protrusions of the fixed part of the bracket.

Description

Technical field

The claimed utility model relates to brackets mounted on heating radiators and holding hangers for drying shoes, clothes, towels, as well as protective and decorative screens and humidifiers.

State of the art

The German patent for utility model DE 29707632 dated 08.21.1997 is disclosed in the prior art. It discloses a bracket lock that is installed in the gap between the pipes of the heating radiator, including elements pulled together to the adjacent radiator pipes from the rear and front sides. The disadvantage of this known technical solution is the fastening of the clamp to the pipes, which limits its use. In addition, restrictions are placed on the dimensions of the fixed part of the bracket relative to the radiator, because it is necessary to use tubes installed perpendicular to the plane of the radiator.

The European patent application EP 1288582 of 03/05/2003 is also known from the prior art, disclosing a bracket retainer installed in the gap between the outer ribs of adjacent sections of the heating radiator, including elements pulled together to the ribs of adjacent sections of the radiator from the rear and front sides. This well-known technical solution is selected as a prototype of the claimed utility model. The disadvantage of this known technical solution is that the fixed part of the bracket must be separated from the front surface of the radiator.

Utility Model Disclosure

The articulation of the claimed bracket holder mounted on the radiator, with the other, part of the bracket - fixed, ensures that this fixed part of the bracket adjoins the front surfaces of adjacent radiator fins. Thus, the claimed bracket holder allows you to reduce the size of the fixed part of the bracket located on the outside of the radiator.

The specified technical result is achieved in the bracket retainer, which includes internal and external elements, which are contracted, respectively, to the rear and front surfaces of the ribs of adjacent sections of the heating radiator by means of a threaded connection located in the gap between the ribs of adjacent sections of the radiator, and ledges are made on opposite ends of the external element with a recess, forming when installed on the radiator, a groove bounded by the front surface of the radiator rib (to which the external element is pulled together), dnaznachenny fixed by the projections of the bracket.

The internal and external elements of the clamp can be made in the form of plates.

A threaded connection, tightening the inner and outer elements, can consist, for example, of two screws (bolts) with nuts located in the grooves made in the inner element of the retainer.

The external element can be made in the form of a strip located along the edges of the radiator, with ledges on opposite parallel ends, with each ledge made with a recess, forming a groove limited by the front surface of the radiator rib, and designed for the protrusions of the fixed part of the bracket.

The inner element can also be made in the form of strips, while the outer and inner elements can be made with longitudinal fins in contact, respectively, with the front and back surfaces of the fins of the radiator.

Brief Description of the Drawings

In FIG. 1 and FIG. 2 shows a bracket consisting of a latch mounted on a radiator and a fixed part designed to hold, together with the fixed part of another similar bracket, a bar for drying the towel.

In FIG. 3 shows a bracket consisting of a retainer, the same as in FIG. 1 and FIG. 2, but with another fixed part designed to hold, together with the fixed part of another similar bracket, frame (lattice) for drying clothes.

In FIG. 4 shows a cross section of the latch and the fixed part of the bracket mounted on the fins of adjacent sections of the radiator.

Utility Model Implementation

In FIG. 1 and FIG. 2 shows a bracket from different angles, including:

- bracket holder, consisting of an external element 1 and an internal element 2, connected by screws 3 and 4 with nuts 5 and 6, located in the grooves 7 and 8, made in the inner element 2; and

- fixed part 9 of the bracket, made with a groove 10 for installing the crossbar and a groove 11 for interfacing with the external element 1 of the latch.

The outer element 1 and the inner element 2 of the retainer are plates (external and internal), which are contracted, respectively, to the front and back surfaces of adjacent fins of the radiator, while screws 3 and 4 are located between the fins of the radiator. Since the front and back surfaces of the radiator, as a rule, are not parallel, the surfaces of the plates 1 and 2 facing the front and back surfaces of the fins of the radiator are made with longitudinal fins intended for contact with the fins of the radiator.

The end surfaces of the outer plate 1, in this case along the three sides of the outer plate 1, are ledge with a recess, forming a groove with the front surfaces of the radiator fins to accommodate the protrusion 12 of the fixed part 9 of the bracket.

The bracket shown in FIG. 3 is different from the bracket shown in FIG. 1 and FIG. 2, the fixed part 9. Thus, it is shown that with the same lock (fixing part), brackets with different fixed parts can be used.

The design of the bracket may provide for the clamping of the fixed part of the bracket to the front surface of the fins of the radiator by an external element of the bracket holder. In this case, in the bracket retainer previously installed on the radiator, the external element should be pressed, the fixed part put on it and the fixed part pressed against the radiator by the external element.

In the design of the brackets shown in the drawings, the fixed part is mounted (put on) on the bracket retainer, in which the external and internal elements are pressed, respectively, to the front and back surfaces of the radiator fins. In this case, the protrusions 12 of the fixed part of the bracket are installed in the groove formed by the recess of the ledge on the end surfaces of the outer plate 1 and the front surface of the fins 13 of the radiator (Fig. 4). Moreover, the fixed part of the bracket can also be pressed against the radiator, for example, due to the elasticity (elasticity) of the outer 1 and / or inner 2 elements of the bracket retainer.

Claims (5)

1. The bracket retainer, comprising internal and external elements, which are contracted, respectively, to the rear and front surfaces of the ribs of adjacent sections of the heating radiator by means of a threaded connection located in the gap between the ribs of adjacent sections of the radiator, characterized in that on the opposite end surfaces of the outer element there are ledges with a recess forming a groove limited by the front surface of the radiator rib and intended for protrusions of the fixed part of the bracket. 2. The latch according to claim 1, characterized in that the internal and external elements contracted to the ribs of adjacent sections of the radiator from the back and the outside are made in the form of plates. 3. The retainer according to claim 2, characterized in that the threaded connection consists of two screws with nuts tightening the internal and external elements pressed against the fins of adjacent sections of the radiator from the rear and the outside. 4. The retainer according to claim 3, characterized in that the outer element is made in the form of a strip located along the fins of the radiator, with ledges at opposite parallel ends, each ledge is made with a recess, forming a groove defined by the front surface of the radiator fins, designed to protrusions of the fixed part of the bracket. 5. The retainer according to claim 4, characterized in that the inner element is also made in the form of strips, while the outer and inner elements are made with longitudinal fins in contact, respectively, with the front and back surfaces of the fins of the radiator.

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