RU25988U1 - BED NET - Google Patents

Description

BED NET

The utility model relates to beds, in particular, to bed nets and can be used in household and medical equipment.

Known mesh for the bed described in St. RF № 11062 for utility model Medical stretcher bed according to class. A6U 7/057, s. 04/23/99, op. September 16, 1999

The known mesh has a supporting frame with wheels, a device for supplying warm air and a mesh bed, moreover, the stretcher bed has a frame with fixed front and rear splice, to which a mesh is attached using tensile elements in the form of eyelets and which is mounted on a supporting frame with side hinged a railing, on the supporting frame there is also a movable trolley with wheels made of dielectric material and a basket in which a device for supplying warm air is placed. A disadvantage of the known mesh is the design complexity.

Known mesh for the bed, described in the book Furniture Handbook. Designs and functional sizes. Materials, production technology. M. Forest Industry 1985, p. 100.

The known mesh contains a frame to which, by means of tensile elements — cylindrical tension springs — the extreme springs of the wire mesh are attached, the cells of which are formed by wire links fastened together with staples.

A disadvantage of the known mesh is the complexity of its manufacture, due to the need for manufacturing by twisting

OTft X) D: J -

MKI-7: A47D 23/00

wire links, fastening them together using swaps, as well as a significant net weight.

Closest to the technical nature of the claimed is the grid for the bed, presented: in a. from. USSR No. 161879 Hanging crib according to class. A47d 7/04, B61d 31/00, c. 04/01/63, on. 04/01/64 and selected as a prototype.

The known mesh comprises a supporting trimming frame to which a mesh bed is attached, formed by interlacing longitudinal and transverse elements in the form of filament ropes connected at the interweaving sites.

A disadvantage of the known network is that its operational capabilities are limited, since it is intended only for small children. In addition, it is not strong enough and reliable, because with time it stretches during operation.

The purpose of the claimed utility model is to expand the operational capabilities of the mesh while ensuring strength and reliability.

This goal is achieved by the fact that in the grid for the bed containing the supporting frame, to which the mesh bed is attached, formed by interweaving the longitudinal and transverse elements, ACCORDING TO THE USEFUL MODEL, the longitudinal and transverse elements are used IE strips intertwined in a checkerboard pattern and Attached to the frame.

Moreover, in the places of interweaving, the bands can be connected or not connected to each other.

In this case, the strips can be made of metal or polypropylene or rhinovy or fabric tape.

The implementation of the longitudinal and transverse mesh elements from stripes of stripes, interwoven in a checkerboard pattern, when they are fastened to the frame, provides a lightweight, simple and fairly reliable design that can withstand the weight of an adult, which can be used both in everyday life and in medicine as stretcher

In comparison with the prototype, the inventive bed mesh has novelty, differing from it by the presence of such essential features as the longitudinal and transverse elements of the mesh made of stripes of tape, their interlocking in a checkerboard pattern and fastening to the pretension frame, ensuring the achievement of the desired result.

The inventive grid for the bed can be widely used in medicine and in medicine and therefore meets the criterion of industrial applicability.

The inventive utility model is illustrated by drawings, which are presented on:

- FIG. 1 is a top view of the grid for the bed — FIG. 2 is a side view of a bed net.

The inventive mesh for the bed contains an incomplete frame 1 and a mesh bed 2 formed from longitudinal and transverse stripes 3 and 3 of the tape. Stripes 3 and 3 are stitched together in a checkerboard pattern, for example, at right angles without fastening or with connection to each other at the weave places by welding or glue, depending on the material of the tape used. The ends of the strips 3 are attached to the preload frame. Lanes 3 and 3 can be made of. metal or polypropylene tape or rubber or fabric tape. In this case, metal, polypropylene, rubber and fabric strips 3 can be attached to the frame 1, if their ends are thrown through

W (3

it from above or below and wound up from below or above under the frame 1 or above it, and then the preload is attached to the edges of its own strips 3, respectively, by welding or heat sealing or glue. Strips 3 can be attached to the preload frame 1 in another way. In comparison with the prototype of the inventive grid for the bed is simpler and more reliable in design and has wider operational capabilities.

Author Y Makhalov V.V.

Claims (7)

1. The grid for the bed, containing the supporting frame, to which is attached a mesh bed formed by interweaving longitudinal and transverse elements, characterized in that as longitudinal and transverse elements used strips of tape, interwoven in a checkerboard pattern, while the ends of the strips are attached to a frame of a preload.  2. The grid for the bed according to claim 1, characterized in that the stripes are intertwined without connection at the weave.  3. The grid for the bed according to claim 1, characterized in that the strips are interconnected at the weave.  4. The grid for the bed according to claims 1 to 3, characterized in that the strips are made of metal tape.  5. The grid for the bed according to claims 1-3, characterized in that the strips are made of polypropylene tape.  6. The grid for the bed according to claims 1 to 3, characterized in that the strips are made of rubber tape. 7. The grid for the bed according to claims 1 to 3, characterized in that the strips are made of fabric tape.