UA80168C2 - Container - Google Patents

Abstract

The container has a body and a lid, which occupies a closed position on the body from which it can be released by means of a lifting mechanism. A carrying handle (14) is mounted on the body in an articulated manner. The lifting mechanism comes into operation by pivoting the carrying handle (14) about its coupling axis. The lifting mechanism can be activated and deactivated by an adjusting action therefor.

Description

Description of the invention

The invention relates to a vessel having a body, a lid mounted on the body in the closed position with the possibility of opening by a lifting mechanism, and a bracket hinged on the body.

In practice, such vessels are known as buckets, into which coating materials are packed, in particular, coloring materials (in everyday language - paints, painter's paints). The vessel has a body, which consists of a bottom and a closed side wall, which forms an opening placed in the normal position of the vessel at the top. On the upper edge of the side wall, an outwardly oriented flange is made, which has a closed edge oriented downwards. The cover 70 has a canvas and a closed apron placed on its edge, coordinated with the outer contour of the side and clipped to it. Thus, the case is hermetically closed with a lid.

The body and lid of the vessel are made of plastic. The body and/or cover may have sealing means.

The inherent elasticity of plastic is used for clamping.

As it is already known (from EP 0 565 967 B2), 72 conflicting requirements are put forward for the coordination of the body and the lid of the special vessel. On the one hand, the vessel must be perfectly airtight when the lid is closed. On the other hand, the lid must be removed with an acceptable effort, preferably without tools and without damage, and then the container must be hermetically closed again.

IU ER 0 565 967 B2) provides a lifting mechanism for the cover in the form of a tongue, which is separated from the side of the case. The tongue protrudes above the apron of the lid. To open the lid, the tab is grabbed from behind and 20 is deflected upwards. At the same time, the cover undergoes elastic deformation. In the zone of action of the tab, it comes out of the clip with the side and can then be bent by hand along the entire girth and finally separated from the body.

The disadvantage of the lifting mechanism |according to ER 0 565 967 B2| there is a short lever that provides a tab. Therefore, a considerable effort is required to separate the cover from the body. The movement that the tab can give to the cover is negligible. It is enough to remove the cover from the engagement only near the tab. Further bending and c 22 final removal of the cover must be done by hand. Go)

The task of the invention is to develop a vessel of the above type with a lifting mechanism that requires less effort and ensures the final removal of the lid from the body without additional manipulations.

This task is solved in a vessel of the specified type, the lifting mechanism of which is made with the possibility of activation and deactivation by the control action and performing its function by rotating the bracket for so 30 transfer around its axis. Gee)

The main idea of the invention is to involve in the functioning of the lifting mechanism of the bracket for carrying the vessel. This achieves obvious advantages. The use of a bracket provides convenience for bypassing, a large executive stroke and a long lever arm. Therefore, when opening, the cover can be hooked on a wide area and completely removed from the case with a slight effort. 3o The bracket, as before, must perform its main function - to provide the user with the ability to carry the vessel. In no way should the cover be raised with each deviation of the bracket around its axis. Moreover, it is essential for the invention that the lifting mechanism can be activated and deactivated by a purposeful control action. If the lifting mechanism is activated, the cover " rises when the bracket rotates around its axis. In the case of a deactivated lifting mechanism, the lid C 70 remains on the body in a closed state, when the bracket, for example, is folded back to transfer the vessel or when the vessel wobbles on the bracket during transportation.

From" In the preferred form of execution, the bracket is brought into engagement with the cover and removed from engagement by the control action.

In the preferred embodiment, the cover is installed on the body in a pinched state, from which it can only be removed by means of a lifting mechanism.

The bracket for lifting the cover can be attached to the cover from one or both sides. Bilateral av! engagement is carried out on one side of the rotation axis of the bracket.

The lifting mechanism can be activated both by deflecting the bracket up and by deflecting the bracket down.

Gee! 20 In the preferred embodiment, the lifting mechanism is activated when the bracket is deflected in both directions of rotation. Thanks to this, handling with the lid is simplified. со In the preferred form of execution, in the closed state of the cover, its closed apron covers the outside of the upper edge of the case. The activated bracket is capable of engaging the apron from below with at least one spike, pin, lever, tab, or similar element. 29 In the preferred embodiment, finger(s), pin(s), lever(s), tab(s) or the like

GF) elements for activation and deactivation of the lifting mechanism are installed (installed) in a bracket with the possibility of movement. o In the preferred embodiment, the finger(s), pin(s), lever(s), tongue(s) or similar elements are immovably mounted on the bracket. To ensure the activation and deactivation of the lifting mechanism 60, the bracket for carrying the vessel is mounted on the body with the possibility of movement between at least two hinge axes. The advantage of this solution is that the bracket for carrying the vessel does not contain moving parts.

In a preferred embodiment, the bracket for carrying the vessel has hinged connection spikes located diametrically opposite each other on the same axis. The housing has two diametrically placed bearing bushings and at least one pair of offset bearing bushings, placed opposite each other on the same axis and connected to the diametrical bearing bushings by a longitudinal groove. The hinge pins of the bracket can be moved in the longitudinal groove between the bearing bushings.

In a preferred embodiment, a finger(s), pin(s), lever(s), tab(s), or similar elements are mounted on the transfer bracket on either side of the hinge pins. Similarly, on both sides of the diametrical bearing bushings, there are two pairs of offset bearing bushings connected by a common longitudinal groove.

In the preferred embodiment, when the lifting mechanism is activated for the first time, the fuse of the originality of the product is activated. In particular, the first execution of the control action, by which the bracket of the vessel is connected to the lid with 7/0 Purpose of its lifting, activates the fuse of the originality of the product.

Below, the invention is explained in more detail using three examples of implementation presented in the illustrations. They schematically depict:

Fig.1. side view of the first example of the vessel,

Fig. 2. top view of the first example of the vessel,

Fig. 3. side view of the second example of the vessel,

Fig. 4. top view of the second example of the vessel,

Fig. 5. fragment M is the same for both examples of the execution of the vessel,

Fig. 6. side view of the third example of the vessel,

Fig. 7. enlarged fragment of MI! from Fig. 7,

Fig. 8. top view of the third example of the execution of the vessel in the direction of MI! in Fig. b

In all three embodiments, the vessel has a body in the form of a tank or bucket with a bottom 10 and a closed side wall 12. When the vessel, as usual, stands on the bottom 10, the opening of the body surrounded by the side wall 12 is oriented upwards. A cover is used to close the opening. In addition, the vessel has a bracket 14 for carrying, hingedly installed on the body. with

The body and cover are made of plastic. On the upper edge of the side wall 12 of the housing adjacent to the opening, an outwardly closed flange is formed, on the outer edge of which there is a closed edge 16 oriented i) down. The cover has a web 18 and an apron 20 oriented downward from its edge, aligned with the contour of the edge 16 and installed on it in a fixed position, in which the vessel is hermetically closed.

Bracket 14 is hingedly connected on both sides to the body. For this purpose, it has spikes 22 of the hinged soz of connection, placed on one diametrical axis. The latter is oriented parallel to the bottom 10 of the vessel. The spikes 22 are inserted into the bushings 34 of the bearings, formed by round holes in the rim 16 and round blind holes in the ise) side wall 12 of the vessel. The bushings 34 of the bearings are placed below the apron 20 of the cover, which is in the closed position.

The bracket 14 covers the cover with a certain clearance. In the middle, it has a handle 24. o

The bracket 14 has an initial position outside on the wall 12 of the vessel. To carry the vessel by hand, it can be tilted up through the side 16 and the lid of the vessel.

In addition, the bracket 14 has the function of lifting the cover and separating it from the body. For this, the bracket is activated by a special control action.

In the embodiment according to Fig. 1 and Fig. 2, the bracket 14 in the view from its axis of rotation covers half of the vessel. A pin 26 is installed in the bracket 14 with the possibility of transverse movement. In the normal position with c, the pin 26 is removed from the cover. As can be seen from Fig. 5, by pressing, the pin 26 can be moved to the body, as a result of which, through the guide groove 28 in the edge 16, it ends up under the apron 20;" lids After the pin 26 has been activated in this way, the cover can be raised and separated from the housing by rotating the bracket 14 upwards. The pin 26 can be deactivated by pulling it in the reverse direction, in the sense that it disengages from the cover and the bracket can be used again as usual , for carrying the vessel.

In the embodiment according to Fig. 3 and Fig. 4, the bracket is elongated along the axis of rotation. The elongated part o is so short that in the initial position of the bracket 14 on the side wall 12 of the vessel it does not protrude upwards - above the lid. Therefore, due to the lengthening of the bracket, the suitability of the vessel for stapling does not deteriorate. Pin 26 is installed at the end 5p of the elongated part of the bracket with the possibility of transverse movement. Pin 26 in

Me, in the normal position removed from the cover. As described above, it can be activated by moving it through the guide groove 28 in the edge 16 under the apron 20 of the cover. After that, by pressing down on the bracket 14, the cover can be lifted and separated from the body. Pin 26 is deactivated by pulling it in the reverse direction.

The guide groove 28 is made in two places, namely, mirror-symmetrically relative to the axis of rotation of the bracket 14.

This allows you to lift the cover by rotating the bracket 14 in both directions.

F) Instead of the solid line of one-sided engagement for the cover depicted in Fig. 2 and Fig. 4, a two-sided engagement can also be implemented, preferably in a symmetrical configuration. As shown by dashed lines in Fig. 2 and Fig. 4, for this, two pins 26 are installed in pairs in the bracket 14 on the same side from the axis of rotation, one opposite the other.

When the lifting mechanism is first activated by pressing the pin, the place of forced rupture is violated, which serves as a safeguard for the originality of the product.

Instead of the pin 26, the bracket 14 can be equipped with a leash for the cover made in a different way.

In the embodiment according to Fig. 6-38, the bracket is elongated, as well as according to Fig. 3 and Fig. 4. Bracket 14 has spikes 22, 65 placed on one diametrical axis. Leash fingers 30, 32 are immovably formed on both sides of spikes 22, which replace pins 26. Leash fingers 30, 32, as well as spikes 22, protrude into the bracket 14. They are placed in pairs opposite each other on the same axis. The inner pair of leash fingers ZO is located closer to the handle of the bracket 14, and the outer pair of leash fingers 32 is located on the elongated part of the bracket 14 on the other side of the spikes 22.

The body of the vessel, as before, has a pair of diametrically placed bearing bushings 34. Two pairs of bearing bushings 36 are provided on both sides of them, offset relative to the axis by the same distance. Bearing bushings 36 displaced relative to the axes are round holes in the side 16 of the housing. They are connected to diametrically placed bearing bushings 34 by a common longitudinal groove 38.

Bracket 14 is installed with the possibility of moving spikes 22 in longitudinal grooves 38 between bearing 7/0 bushings 34, 36.

Guide grooves 28 are made in the edge 16 of the body, through which the leash fingers 30, 32 can be brought under the cover and lift it. When the spikes 22 are in diametrically opposed bearing bushings 34 (Fig.8, left), the leash fingers 30, 32 are out of engagement with the cover. The lifting mechanism is deactivated. The bracket can be used in the usual way to carry the vessel. To activate the 7/5 Plifting mechanism, the bracket 14 with spikes 22 should be moved into the outer bearing bushings 36. At the same time, the outer or inner leash fingers 30, 32 are moved into the guide grooves 28. The cover can be lifted by the outer leash fingers 32 by lowering the bracket (Fig. 8, on the right), and with the inner leash fingers 30 - by lifting the bracket 14.

In the implementation applications according to Fig. 6-8, the fuse of originality of the product can be implemented in 20 different ways. Thus, the bracket 14 can be connected to the body with a seal that breaks at the first displacement of the bracket 14. Also, both the guide grooves 28 and the longitudinal grooves 38 can be equipped with seals that are destroyed at the first displacement of the spikes 22, ZO, 32.

The list of positional markings of the bottom of the sch 25 12 side wall 14 bracket for carrying (8) 16 edge 18 canvas of the cover apron s s 22 spike 24 handle ise) 26 pin "- 28 guide groove

ЗО inner leash finger о 32 outer leash finger со 34 diametrically located bearing bushings 36 displaced relative to the axis bearing bushings 38 longitudinal groove « с 70

Claims (1)

Formula of the invention 8:z" 1. A vessel having a body, a lid installed on the body in the closed position with the possibility of removal from the closed position with the help of a lifting mechanism, as well as a bracket (14) hinged on the body for carrying, made with the possibility of activation of the lifting mechanism by introducing the control action into engagement with the cover and deactivating the lifting mechanism by removing it from engagement with the cover by the control action, which is characterized by the fact that the lifting mechanism is made with the possibility of activation when the bracket (14) is rotated in both directions. - 2. The vessel according to claim 1, which differs in that the lid is mounted on the body with a snap with the possibility of disconnection using a lifting mechanism. (o) 3. A container according to one of claims 1 or 2, which differs in that the bracket (14) is made with the possibility of one-sided engagement with the lid. 4. A container according to one of claims 1 or 2, which is characterized by the fact that the bracket (14) is made with the possibility of bilateral engagement with the lid on one side of the axis of rotation. 5. A vessel according to one of claims 1-4, which is characterized by the fact that the lifting mechanism is made with the possibility of activation when the bracket (14) is rotated upwards. (F; 6. A vessel according to one of claims 1-4, which is characterized by the fact that the lifting mechanism is made with the possibility of GI actuation when the bracket (14) is rotated downwards. 7. A vessel according to one of claims 1-6, which differs in that the lid in the closed position enclosed in an apron (20) protrudes beyond the upper edge of the body, and also in that the activated bracket (14) is made with the possibility of engaging the apron of the lid from below at least one finger (30, 32), one pin (26), one lever, one tab or similar element. 8. The vessel according to claim 7, which differs in that the finger(s), pin(s) (26), lever(s), tab(s) or similar elements for activating and deactivating the lifting mechanism 65 are installed in the bracket (14) with the possibility of movement. 9. A vessel according to claim 7, which differs in that the finger(s) (30, 32), pin(s) (26), lever(s), tab(s) or similar elements are fixed on the bracket (14), and for activation and deactivation of the lifting mechanism, the bracket (14) is installed on the body with the possibility of movement between at least two axes of rotation. 10. A vessel according to claim 9, characterized in that the bracket (14) has spikes (22) placed opposite each other on the same axis, and in that the body has two diametrically opposite bearing bushings (34) and at least one pair of offset relative to them bearing bushings (36), placed opposite each other on the same axis and connected to the diametrical bearing bushings (34) by a longitudinal groove (38). 11. A vessel according to claim 10, characterized in that the finger(s) (30, 32), pin(s) (26), lever(s), 7/0 tab(s) or similar elements are placed on the bracket (14 ) on both sides of the spikes (22), on both sides of the diametric bearing bushings (34), there are two pairs of offset bearing bushings (Zb), connected to them by a common longitudinal groove (38). 12. A vessel according to one of claims 1-11, which is characterized by the fact that the lifting mechanism is made with the ability to activate the fuse of the originality of the product at the first activation of the lifting mechanism. c schi 6) (ee) (Se) «- «c) d) - with . and? (ee) («c) - Fo IR e) ime) 60 b5