RU181777U1 - Hinged gas bottle holder - Google Patents

Abstract

The utility model relates to lifting devices used in automobiles, in particular to devices for loading / unloading a gas cylinder (gas cylinder set) used in mobile workshops, laboratories and their modifications, for example, For gas welding and cutting. The essence of the utility model: the hinged holder of gas cylinders consists of a stationary and hinged parts, while it is made with the possibility of installation in the baffle of the body (van) of the car through by fixing the stationary part for vertical placement of the container, and the angle of the relative position of the stationary and folding parts varies from 0 ° to 90 ° with two fixed positions of 0 ° and 90 °. The holder can be equipped with a pneumatic, hydraulic or electric actuator to provide movement of the hinged part. The hinged part can also be equipped with a base for installing the container in an upright position and clamps for fixing the container against displacements in the horizontal plane. 4 s.p. f-ly, 2 ill.

Description

The utility model relates to lifting devices used in automobiles, in particular, to devices for loading / unloading a gas cylinder (set of gas cylinders) used in mobile workshops, mobile laboratories and their modifications, transported in a separate enclosure (niche, cabinet); for example, for gas welding and cutting.

A gripping device is known [RF patent No. 49519 U1, IPC B65G 7/12, B66C 1/42, F17C 13/00, B21D 51/24, op. November 27, 2005.], Made of two independent parts, one is designed to capture the bottom of the cylinder - the skirt, and the other to its top - the cap, with the possibility of their assembly in one unit inoperative by embedding the upper grip in the lower. The lower grip is made in the form of a bracket, which is both a handle and containing two crossbars, one in the form of a pallet with a protrusion and the other in the form of an arc for half-coverage of the outer surface of the balloon above the skirt. The upper grip is made in the form of a pipe, worn on the cap of the cylinder and equipped with a handle, also made in the form of a bracket. In addition, the gripping device provides for clamping elements of the upper gripper pipe and the side of the lower gripper bracket to the surface of the cylinder in the form of locking screws. The upper grip bracket is equipped with sockets in the form of threaded pipes for attaching additional handles, bolts and other auxiliary equipment to them. To provide the possibility of assembling the upper and lower grips into one node in an idle state, the upper gripper bracket has a shorter length in comparison with the lower bracket, which allows it to be embedded in the lower gripper. The rigidity of the layout is provided by screws, for which threaded holes are provided in the side surfaces of the upper and lower brackets. For maximum contact between the cylinder skirt and the crossbar, the latter is installed at an angle to the side surface of the bracket. To expand the functionality of the handles, they are made with threaded holes at the ends. The proposed device for capturing gas cylinders is universal, suitable for both manual and mechanical capture of cargo.

The known device facilitates the movement of the cylinder in a horizontal position and does not contribute to the installation of the cylinder in a vertical position, especially in a special compartment of the car van.

In general, the analysis of the prior art revealed the general principles of loading (mainly mechanized) gas cylinders into a car:

using lifts or cranes, beam cranes [see, for example: http://www.bestkran.ru/gidroborta/dhollandia/specialnye-gidravlicheskie-primeneniya/gidrobort-dhollandia-dh-lkg-05 or http: // techmedmsk .ru / transportirovka.html];

using loaders, hand trucks or manually from a ramp or ramp [see, for example: http://rosrent.com/pandus-spec.html or http://www.versmet.ru/product_8913.html/]

All known solutions require either the involvement of an additional unit of equipment (load-lifting machines (GPM)), or the arrangement of special loading places, which deprives mobile workshop laboratories, etc. vehicles of a certain share of mobility.

As a prototype, a trolley was selected for transporting the cylinder in a horizontal position and installing the cylinder in place in an upright position by means of a swivel mechanism and a hydraulic cylinder [CN 202272416 U, IPC B65G 7/06, op. 06/13/2012].

The technical problem that the utility model aims to solve is improving the convenience of personnel during loading and unloading operations (without the use of third-party oil and gas equipment) with gas cylinders (including to reduce injuries) used in vehicles of the following purposes: workshop, laboratory and their modifications mainly for gas welding and cutting. EFFECT: quick installation of a cylinder (s) from a horizontal (portable) position to a vertical one in place (in a special partition of a car van).

This problem is solved by the folding holder of gas cylinders, consisting of a stationary and folding parts, which, according to the proposal, is made with the possibility of installation in the wagon of the car van by fixing the stationary part for vertical placement of the cylinder, and the angle of relative position of the stationary and folding parts varies from 0 ° to 90 ° with two fixed positions at 0 ° and 90 °.

It is advisable to provide the holder with pneumatic, hydraulic or electric drive to ensure the movement of the hinged part.

The hinged part can also be equipped with a base for installing the container in an upright position, and clamps for fixing the container against displacements in the horizontal plane.

The inventive utility model is illustrated by drawings.

In FIG. Figure 1 shows examples of the placement of gas cylinders (on each of fragments “a”, “b” and “c” cylinders with a capacity of 40 l and 50 l are shown) in the baffle: a) - the cylinders are mounted vertically, the baffle is not equipped with a hinged bracket, b) and c) - the cylinders are fixed vertically, the baffle is equipped with a hinged bracket.

In FIG. 2 shows the loading of the balloon into the hinged portion of the holder.

The hinged holder for gas cylinders 1 consists of a stationary 2 and hinged 3 parts. The holder is installed in the baffle 4 of the car body (van) by attaching the stationary part 2 directly to the body elements. To load the cylinder 1, the hinged part 3 is in the position "horizontally" (0 °).

Gas cylinder 1 (set of gas cylinders 1) for automobiles of assignments: workshop, laboratory and their modifications for gas welding and cutting, is transported in a separate partition 4 (niche, cabinet) in the van. The partition 4 has doors outside the van, used for loading and unloading cylinders 1, connecting gas hoses. Since the cylinders 1 are used only in an upright position, their transportation, loading and unloading is carried out in an upright position.

The massive balloon 1 is not only inconvenient, but also traumatic to load manually vertically into a narrow partition 4. Mechanizing the loading is most often not possible. The utility model serves to transfer the cylinder 1 at the time of unloading to a horizontal position, and also allows you to load the cylinder 1 from a horizontal position, which is undoubtedly more convenient and safe.

These actions are carried out by moving the hinged part 3 with the cylinder 1 to a horizontal position (unloading) or to a vertical position in the baffle 4 (loading). The cylinder 1 is preferably mounted on a specially provided base and secured with clamps (not shown).

Claims (5)

1. A hinged holder for gas cylinders, consisting of a stationary and a hinged part, characterized in that it is made with the possibility of installation in the baffle of the car body (van) by fixing the stationary part for vertical placement of the cylinder, and the angle of the relative position of the stationary and hinged parts varies from 0 ° up to 90 ° with two fixed positions at 0 ° and 90 °. 2. The hinged holder of the gas cylinder according to claim 1, characterized in that the hinged part is made with a hydraulic actuator. 3. The hinged holder of the gas cylinder according to claim 1, characterized in that the hinged part is made with a pneumatic actuator. 4. The hinged holder of the gas cylinder according to claim 1, characterized in that the hinged part is electrically driven. 5. The hinged holder of the gas cylinder according to claim 1, characterized in that the hinged part of the holder is provided with a base for installing the cylinder in an upright position, and clamps for fixing the cylinder against displacements in the horizontal plane.

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