RU196612U1 - CONTAINER PLATFORM FOR TRANSPORTATION OF CYLINDRICAL GOODS - Google Patents

Abstract

Platform container (1) refers to platform containers for transporting cylindrical loads and relates to the design of mobile stops for fixing said loads. The container platform (1) contains a frame (2) that carries the middle lodgment (3), and the extreme lodgment (4). To install the movable stops (3.3) and (4.3) in the support inclined walls (3.1) and (4.1), the tuning grooves (5) are cut. At the ends of the movable stops (3.3), (4.3), through holes (6) are made through which the transverse guide rods (7), (8) are passed. The implementation of the communication element between the movable stops (3.3), (4.3) and the frame (2) in the form of transverse guide rods (7), (8), passed through the through holes, grooves (6), provides a constant linkage of the movable stops (3.3), (4.3) to the frame (2), as well as the ability to adjust the size of the transported cylindrical cargo, while the design of the proposed communication element has the ability to move the mobile stops (3.3), (4.3). These technical solutions significantly increase the operational reliability of the container platform for transporting cylindrical goods. 5 cp f-ly, 7 ill.

Description

The utility model relates to container containers designed for transporting cylindrical loads, such as rolls of sheet steel, paper, and relates to the design of mobile stops for fixing said loads.

Known container platform for transporting cylindrical goods, containing a frame of longitudinal and transverse beams, bearing the middle and extreme lodgements made in the form of spatial angles formed by supporting inclined walls designed to accommodate cylindrical weights, for fixing on lodgements of cylindrical weights, the lodgements are equipped with movable stops installed in the through adjusting grooves, cut in the supporting inclined walls of the lodgements, while the mobile stops are connected with the frames th container-platform communication elements. See the description of the utility model patent RU 187 659, B65D 19/44, B65D 88/12, publ. 08/15/2019 (prototype).

The technical problem inherent in this device is the low operational reliability caused by the low reliability of the locking element for the mobile stops, made in the form of a metal chain, the integrity of which is impaired during operation of the container platform.

The technical result of the claimed utility model is to increase the operational reliability of the container platform.

The specified technical result is achieved by a container platform for transporting cylindrical goods, containing a frame of longitudinal and transverse beams, bearing the middle and extreme lodgements made in the form of spatial angles formed by supporting inclined walls designed to accommodate cylindrical weights, for fixing lodgements on the lodgements of cylindrical weights equipped with movable stops installed in the through adjusting grooves, cut in the supporting inclined walls of the lodgements, p In this case, the mobile stops are connected to the frame of the container platform by communication elements, through the openings-grooves are made at the ends of the mobile stops, with a clearance sufficient to install the mobile stops on the inclined support walls, the mobile stops are mounted on transverse guide rods fixed at the frame by their ends and performing the role of a communication element between the movable stops and the frame, the lower part of the movable stops is equipped with protrusions-hooks used to base and secure the movable stops to lodgements; through supporting windows can be made in the supporting inclined walls of the extreme lodges to place the mobile stops in them, while lower supports mounted on the frame are made to fix the tilted mobile stops in the inoperative position; for fixing the movable stops, they can be made locking grooves that interact with the lower supports; lower supports can be fixed on the longitudinal beams of the frame installed in the middle part of the frame; mobile supports can be equipped with clamps designed to fix the mobile stops on the inclined supporting walls of the lodgements; the latches can be made in the form of a rod with a drive handle at one end and a stop-grip at the other, which is designed to be inserted into through holes-grooves on the support inclined walls, while a compression spring is installed on the rod, located between the drive handle and the movable washer - the clip mounted on the clamp rod, while additional locking grooves are made to place the stop-grip in the support inclined walls.

The inventive utility model differs from the prototype in that at the ends of the movable stops, through holes are made, with a gap sufficient to install the movable stops on the supporting inclined walls, the movable stops are mounted on the transverse guide rods fixed at their ends to the frame and act as an element the connection between the mobile stops and the frame, the lower part of the mobile stops is equipped with protrusions-hooks used for basing and fixing the mobile stops on the lodgements; through supporting windows are made in the supporting inclined walls of the extreme lodgements for placing movable stops in them, while lower supports mounted on the frame are made to fix the tilted movable stops in the inoperative position; for fixing the movable stops, they are made fixing grooves that interact with the lower supports; lower supports are fixed on the longitudinal beams of the frame installed in the middle part of the frame; mobile supports are equipped with clamps designed to secure the mobile stops on the inclined supporting walls of the lodgements; the latches are made in the form of a rod with a drive handle at one end and an emphasis-grip at the other, which is designed to be inserted into the through holes-grooves on the support inclined walls, while a compression spring is installed on the rod located between the drive handle and the movable washer-clamp, mounted on the clamp rod, while additional locking grooves are made to place the stop-grip in the support inclined walls. This difference from the prototype allows us to argue that the claimed utility model meets the patentability criterion - "novelty."

A utility model is presented in the drawings, where:

- in FIG. 1 - a container platform for transporting cylindrical goods, general view, isometric view;

- in FIG. 2 - middle lodgement with movable stops, local view, isometric view;

- in FIG. 3 - extreme lodgement, on which one movable emphasis is placed on the supporting surface of the lodgement in the working position of the movable emphasis, the second - in the through window in the inoperative position, local section, isometric view;

- in FIG. 4 - a mobile emphasis mounted on a supporting inclined wall, a local section;

- in FIG. 5 - mobile emphasis, isometric view;

- in FIG. 6 - a clamp for a mobile emphasis, isometric projection;

- in FIG. 7 is an example of installing a movable stop on an inclined support wall of a tool tray, a movable stop is fixed by a latch, local view, isometric view.

The container platform 1 (Fig. 1, 2) for transporting cylindrical loads contains a frame 2 containing longitudinal beams 2.1 and transverse beams 2.2, a pair of internal longitudinal beams 2.3. Frame 2 carries the middle lodges 3 and the extreme lodges 4. The middle lodges 3 are made in the form of spatial angles formed by the support inclined walls 3.1, 3.2. Extreme lodges 4 - supporting inclined walls 4.1, 4.2. The middle lodgements 3 are equipped with movable stops 3.3 mounted on supporting inclined walls 3.1. The extreme lodgements 4 are equipped with movable stops 4.3 mounted on the supporting inclined walls 4.1 (Fig. 3). To install the movable stops 3.3 and 4.3 in the corresponding supporting inclined walls 3.1 and 4.1, the adjustment grooves 5 are cut. On the lower part of the movable stops 3.3 and 4.3, the protrusion hooks 3.4 and 4.4 are made, respectively (Fig. 4, 5). At the ends of the movable stops 3.3, 4.3, through holes-grooves 6 are made. Through the through-holes-grooves 6, the corresponding transverse guide rods 7, 8, acting as communication elements, are passed. The transverse guide rods 7 at one end can be mounted on the frame 2, the other - on the bracket 7.1 on one of the transverse beams 2.4. The transverse guide rods 8 with their ends can be fixed on the frame 2. In the supporting inclined walls 4.2 of the extreme lodges 4, through windows 4.5 can be made. Through windows 4.5 are designed to accommodate movable stops 4.3 in order to release the extreme lodges 4 for full use of their transverse dimension. To fix the movable stops 4.3, the lower supports 9 are mounted on the frame 2, while to fix the mobile stops 4.3, locking grooves 4.6 can be made in them to interact with the lower supports 9. The lower supports 9 can be mounted on the longitudinal beams of the frame 2.3 installed in the middle of the frame 2.

The movable stops 3.3, 4.3 can be equipped with clamps 10 (Fig. 6), which are used to further secure the movable supports 3.3, 4.3 on the supporting inclined walls 3.1, 4.1.

The latch 10 is made in the form of a rod 10.1 with a drive handle 10.2 at one end and a stop-grip 10.3 at the other end. The stop-grip 10.3 is intended for insertion into additional through holes-grooves 11 made on the support inclined walls 3.1, 4.1 between the through adjustment grooves 5. A compression spring 10.4 is mounted on the shaft 10.1, located between the drive handle 10.2 and the movable washer-clamp 10.5 mounted on the rod 10.1.

A utility model is used as follows.

On the middle lodgements 3 and extreme lodges 4 with lifting mechanisms, cylindrical loads are installed, for example, sheet steel rolls, paper rolls.

To fix cylindrical weights, use mobile stops 3.3 mounted on the supporting inclined walls 3.1, and mobile stops 4.3 installed on the supporting inclined walls 4.1. For this, the mobile stops 3.1 and 4.3 are moved along the respective transverse guide rods 7 and 8 to the through adjustment grooves 5 closest to the ends of the cylindrical weights placed on the lodges 3, 4.

Due to the presence at the ends of the movable stops 3.3, 4.3 of the through holes-grooves 6, these movable stops 3.3, 4.3 have the possibility of both longitudinal adjustment of movement along the transverse guide rods 7, 8, and installation rotation on these transverse guide rods 7, 8 for installing movable stops 3.3, 4.3 into the through adjusting grooves 5 using sufficient clearance between the surface of through holes-grooves 6 and the surface of the transverse guide rods 7 and 8. To fix the movable stops 3.3, 4.3 into The grooves 5 on each movable stop 3.3, 4.3 are made corresponding protrusions-hooks 3.4, 4.4, with which the movable stops 3.3, 4.3 are engaged and fixed on the supporting inclined walls 3.1 and 4.1.

When equipping the mobile stops 3.3, 4.3 with the latch 10, the latch 10 is used for additional fixation of the mobile stops 3.3, 4.3. To do this, after installing the movable stops 3.3, 4.3 in the desired end-to-end adjustment grooves 5, the rod 10.1 is rotated by the drive handle 10.2 together with the stop-grip 10.3, which is inserted into the corresponding additional fixing groove 11 (Fig. 7), the stop-grip 10.3 is rotated, releasing the driving handle 10.2. The movable washer-clamp 10.5 and the stop-grip 10.3 under the action of the compression spring 10.4 reliably fix the corresponding movable stop 3.3 or 4.3 on the respective tool holders 3, 4. To install the clamp 10, the mobile stops 3.3, 4.3 are equipped with supporting jumpers 12 with a through hole for placement in them rod 10.1.

If it is necessary to use the entire transverse dimension of lodges 3, 4, the movable stops 3.3, 4.3 are removed from the surfaces of the support inclined walls 3.1, 4.1.

To do this, the hook projections 3.4 are disengaged from the adjusting grooves 5, then the movable stops 3.3 are turned on the transverse guide rods 7, placing them at the bottom of the frame 2 on the decks 2.4. Similarly, the movable stops 4.3 are disengaged from the adjusting grooves 5, then the mobile stops 4.3 are rotated on the transverse guide rods 8, placing them in the through windows 4.5 on the lower transverse supports 9, while for fixing the movable stops 4.3, the fixing grooves 4.6 are used.

Thus, the implementation of the communication element between the movable stops 3.3, 4.3 and the frame 2 in the form of transverse guide rods 7, 8, passed through the through holes-grooves 6, provides a constant link of the movable stops 3.3, 4.3 to the frame 2, as well as the ability to adjust the size transported cylindrical cargo, while the design of the proposed communication element has the ability to move the movable stops 3.3, 4.3 to release lodgment 3 and 4. These technical solutions significantly increase the operational reliability of the circuit Jnera platform for the transport of cylindrical goods.

Claims (6)

1. A container platform for transporting cylindrical goods, containing a frame of longitudinal and transverse beams, bearing the middle and extreme lodgements, made in the form of spatial angles formed by supporting inclined walls designed to accommodate cylindrical weights, for fixing on the lodgements of cylindrical weights, the lodgements are equipped with mobile stops installed in the through adjusting grooves cut in the supporting inclined walls of the lodgements, while the mobile stops are connected with the frame of the conte platform platform with communication elements, characterized in that through the ends of the movable stops are made through holes-grooves, with which there is a clearance sufficient to install the movable stops on the supporting inclined walls, the movable stops are installed on the transverse guide rods, fixed with their ends on the frame and playing the role of communication elements between the movable stops and the frame, the lower part of the movable stops is equipped with protrusions, hooks used to base and secure the movable stops on the lodgements. 2. The container platform according to claim 1, characterized in that through the openings are made in the supporting inclined walls of the extreme lodgements for accommodating the movable stops, while for fixing the tilted movable stops in the inoperative position, lower supports are mounted on the frame. 3. The container platform according to claim 2, characterized in that for fixing the movable stops, locking grooves are made in them, interacting with the lower supports. 4. The container platform according to claim 2, characterized in that the lower supports are fixed on the longitudinal beams of the frame installed in the middle part of the frame. 5. The container platform according to claim 1, characterized in that the mobile supports are equipped with clamps designed to secure the mobile stops on the inclined support walls of the lodgements. 6. The container platform according to claim 5, characterized in that the latches are made in the form of a rod with a drive handle at one end and an emphasis-gripper at the other, which is intended for insertion into through holes-grooves on the support inclined walls, while on the rod a compression spring is installed, located between the drive handle and the movable washer-clamp mounted on the clamp rod, while additional locking grooves are made to place the stop-gripper in the support inclined walls.

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