BR-202022012632-Y1 - CONSTRUCTIONAL ARRANGEMENT OF DRAINER SIDES WITH LOCKS

Abstract

CONSTRUCTIONAL ARRANGEMENT OF DISH DRAINER SIDES WITH LOCKS. This utility model refers to a constructive arrangement applied to a dish drainer used for drying dishes and household utensils. Various models of dish drainers are known, formed by metal or plastic structures or combinations thereof. Because it is a low-cost household utensil, its manufacture and assembly must be carried out as cheaply as possible, easily, without resulting in a low-quality product or inferior aesthetics. The objective of this utility model is to provide a drainer whose components are easily manufactured and assembled. Assembly can be carried out by the manufacturer or the user; in the latter case, it should be as simple as possible, which is one of the objectives of this utility model. With this construction, the utility model offers a quality drainer at a lower cost and with simple assembly of only three components and an accessory that attaches to the side.

Inventors

• FRANCISCO JOSÉ TRUCHARTE

Assignees

• FRANCISCO JOSÉ TRUCHARTE

Dates

Publication Date

20260317

Application Date

20220623

Claims (1)

1. 1a “CONSTRUCTIVE ARRANGEMENT OF A DISH DRAINER WITH LOCKS” characterized by being formed by four main components, two identical sides (1), and a main body (2) and a lower body (3), both arranged between said sides, an accessory (4) for holding cutlery and similar items can be coupled with the side, each of the sides having internal circular projections (4) arranged at the upper ends (5) of the sides (1), circular projections (6) arranged at the lower ends that form the feet (7) of the sides (1) and also a circular projection (8) arranged in the upper middle region (9) of the sides (1), said circular projections (4), (6) and (8) having an internal circular passage (10) capable of receiving points (11) formed at the ends of the wire structure of the main bodies (2), which are aligned with each of the circular passages (10), where the points (11) are fitted, which are extensions of the wire body that forms the main body (2) such that close to the tip end (11) and a wire (12) of the wire frame are orthogonally welded to create a locking region where the wire (12) is received by a rectangular projection (13) with a half-arrow shaped end (14), arranged close to circular projections (4), (6) and (8), wherein in projection (8) and two projections (13) are provided arranged at an appropriate angle to the side of projection (8) and which allow the locking of the tip (12) combined with the tip of the wire (11).

Description

[01] The present utility model refers to a constructive arrangement applied to a dish rack used for drying dishes and household utensils. [02] There are several known models of dish drainers, made of metal or plastic structures or combinations thereof. [03] Because it is a low-cost household utensil, its manufacture and assembly must be carried out as cheaply as possible, in an easy way, but resulting in a quality product. [04] The objective of the present utility model is to provide a drainer whose components are easily manufactured and assembled. [05] Assembly can be carried out by the manufacturer or by the user, in which case it should be as simple as possible, this being one of the objectives of the present utility model. [06] With the construction the utility model offers a quality drainer with lower cost and simple assembly of only four components and an accessory that attaches to the side. [07] For further information, the attached figures illustrate the utility model. [08] Fig. 1 shows a view of the assembled drainer. [09] Fig. 2 shows a view of the drainer in the pre-assembly position. [10] Fig. 3 shows a detailed view of the feet on the sides of the drainer before receiving the intermediate body fitting. [11] Fig. 4 shows a detailed view of the feet of the sides of the drainer fitted and locked into the intermediate body. [12] Fig. 5 shows a detailed view of the upper corner of the sides of the drainer before receiving the intermediate body fitting. [13] Fig. 6 shows a detailed view of the upper corner of the sides of the drainer fitted and locked into the intermediate body. [14] Fig. 7 shows a plan view of the side of the drainer. [15] Fig. 8 shows side view of the side of the drainer. [16] Fig. 9 shows a perspective view of the side of the drainer with details of the attachment points. [17] According to the attached drawings and their details, the drainer is formed by four main components, being two identical sides (1), and a main upper body (2) and a lower body (3) both arranged between said sides, and at least one accessory (4) may be provided for to hold cutlery and similar items, which may be fitted into one or both sides. [18] Each of the sides (1) has on the inside circular projections (4) located at the upper ends (5) of the sides (1), circular projections (6) located at the lower ends that form the feet (7) of the sides (1) and also a circular projection (8) located in the upper middle region (9) of the sides (1). [19] The circular projections (4) (6) and (8) have an internal circular passage (10) capable of receiving points (11) formed at the ends of the wire structure of the main body (2), which are aligned with each of the circular passages (10), where the points (11) are fitted. [20] The tips (11) as extensions of the wire that form the main bodies (2) (3) are welded to wires of the wire in such a way that close to the tip end (11) it is orthogonally welded with a wire (12) in order to create a locking region in which the wire (12) is received by a rectangular projection (13) with an end in the shape of a half arrow (14). [21] In the median region (9) two projections (13) are provided, arranged at an appropriate angle to the side of the projection (8) and which allow the locking of the tip (12) combined with the tip of the wire (11). [22] The ends (11) are five in number on each side of the main bodies (2) and (3) are aligned with the five passages (10) so as to be introduced into said passages (10) at the same time as the wire (12) slides through the ramp (15) defined by the half arrow (14) and settles in contact with the rectangular projection (13) after passing the ramp (15) of the half arrow (14), resulting in the rigid locking of the main body (2) on the sides (1). [23] The combination of fitting the ends (11) into the passages (10) and locking the wire (12) with the rectangular projection (13) and its half arrow (14) results in a firm assembly of the whole set.