RU52593U1 - LABELING MACHINE - Google Patents

Abstract

The utility model relates to mechanisms for applying decorating agents (labels, counter-labels, coloures, excise stamps) on vessels and can be used in wine-vodka and breweries. The labeling machine comprises a feeding device, a vessel loading unit 22, a conveying device 1 with rotary tables 2 mounted thereon, provided with spring-loaded clips 3; a mechanism for turning vessels 19 having a radial groove 20 at the bottom to a predetermined position, made in the form of a sickle-shaped bracket 8 with an elastic coating 9 of the surface in contact with the vessels 19, while an elastic flexible rod 12 is fixed at one end of the sickle-shaped bracket 8, passing through its other end through the bracket 10 mounted on the central support 4 of the machine, and on the other end of the crescent-shaped bracket 8, a rigid spring-loaded rod 14 pivotally passing into the hole of the clamp 16 mounted for rotation in the second bracket chain 11, also mounted on the central support 4 of the machine. Using the utility model allows to exclude the battle of a part of the vessels at high machine performance.

Description

The claimed utility model relates to labeling machines, in particular, to devices for orienting vessels having a radial groove on the outer surface of the bottom, before applying decoration products to them.

Known labeling machine company KOSME, Italy, model EXTRA, FLX 9TS3E3 + SEAL (see operating instructions, attached), containing a central support (see Pagina 4 pos. 34), a conveyor belt, a bottle stop asterisk, auger, loading asterisk , carousel, plate bottle carriers, labeling unit, smoothing rollers and brushes, unloading sprocket and output conveyor belt.

The machine is intended for applying decorating agents to vessels that do not require their angular orientation relative to the labeling unit. For vessels that require angular orientation before applying the design tools and having a radial groove on the outer surface of the bottom, the machine is unsuitable.

The closest to the claimed utility model in terms of features is the “Labeling machine” (see patent for PM No. 44639, IPC 7 B 65 C 9/00, B 65 C 9/04), containing a feeding device, a vessel loading unit in the form of an input a turnstile of 2 stars, a means for placing vessels, a labeling unit, smoothing rollers, a vessel unloading unit and a transporting device equipped with an additional mechanism for turning vessels with a radial groove at the bottom to a predetermined position; the means for placing the vessels is made in the form of rotary tables equipped with spring-loaded clamps, and the mechanism for turning the vessels is made in the form of two plane-parallel plates installed with the possibility of adjustment turning relative to two axes perpendicular to the plates; between the plates there is a lead, driven and spring-loaded tension roller in the direction of the carousel, covered by an endless belt; the driving roller is kinematically connected with an asterisk, motionlessly mounted on the upper asterisk of the entrance turnstile, and an endless elastic tape contacts the vessels located on the turntables.

A disadvantage of the known machine is that at sufficiently high speeds of the conveying device (high machine performance), some vessels are beaten due to the impact of the retainer against the wall of the radial groove at the bottom of the vessel.

The problem to which the claimed utility model is directed is the shock absorption of the retainer and the elimination of the battle of a part of the vessels with a sufficiently high productivity of the machine.

This goal is achieved by the fact that in a labeling machine containing a feeding device, a vessel loading unit, a transporting device with rotary tables equipped with spring-loaded clamps, a mechanism for turning the vessels into a predetermined position, a labeling unit, smoothing rollers and a vessel unloading unit, the vessel turning mechanism is made in in the form of a sickle-shaped bracket with an elastic coating of the surface in contact with the vessels, with an elastic flexible rod fixed at one end of the bracket, with its other con ohm passing through the bracket mounted on the central support of the machine, and at the other end of the bracket is hinged rigid spring-loaded rod passing through the hole yoke mounted pivotably in the second bracket also secured to the central support of the machine.

Figure 1 shows a labeling machine, loading sector;

In figure 2, section AA in figure 1 (rotated)

In Fig.3 a section bB in Fig.1 (rotated)

In Fig. 4, section BB in Fig. 1 (rotated)

In Fig. 5, section G-G in Fig. 3

In Fig.6 view D in Fig.4

The labeling machine comprises a conveying device 1 with rotary tables 2 provided with spring-loaded latches 3. The central support 4 is locked against rotation of the guide 5.

A plate 6 is fixedly mounted on the central support 4, on which a sickle-shaped bracket 8 with an elastic coating 9 of a convex surface stands on one side of the supports 7, and two brackets 10 and 11 are fixedly mounted on the other, the bracket 10 and one end of the sickle-shaped bracket 8 are interconnected an elastic flexible rod 12. The other end of the crescent-shaped bracket 8 is pivotally connected by an axis 13 to a rigid rod 14 placed in a smooth hole 15 of the clamp 16. The clamp 16 is mounted in the bracket 10 with the possibility of rotation relative to the axis 17 formed by two coaxial pfami. The axis 17 is parallel to the elastic surface 9 of the crescent-shaped bracket 8. The rigid rod 14 is spring loaded relative to the clamp 16 by the spring 18.

Labeling machine operates as follows. Vessels 19, having a radial groove 20 at the bottom, through a turnstile 21 enter the conveying device 1. In this case, the radial grooves of the 22 vessels 19 are unsystematic with respect to the spring-loaded latches 3 of the turntables 2. At the point “O”, the vessel 19 is centered on

rotary table 2. Moved by the transport device 1 with respect to the fixed sickle-shaped bracket 8, the vessel 19, interacting with the elastic surface 9, rotates relative to the supporting surface of the table 2 until the spring-loaded retainer 3 falls into the radial groove 20 of the vessel 19. As a result of the dynamic interaction of the lateral surface of the radial groove 20 and the spring-loaded clamp 3 of the turntable 2, a shock occurs that extinguishes the elastic flexible rod 12, bending in the direction of rotation of the conveying device Twa 1.

In this case, the supports 7 of the crescent-shaped bracket 8 slide along the plate 6, the rigid rod 14 is moved relative to the clamp 16, compressing the spring 18, the sickle-shaped bracket 8 is rotated relative to the rigid rod 14 around the axis 13, and the clamp 16 is rotated relative to the axis 17 in the bracket 11. After releasing the latch 3 of the table 2 into the radial groove 20 of the vessel 19, the latter without rotation moves along the elastic convex surface 9 of the crescent-shaped bracket 8, after which the crescent-shaped bracket 8 under the action of the elastic flexible rod 12 and the spring 18 returns to the original e position.

This design allows you to cushion the impact of the side surface of the groove at the bottom of the vessel against the spring-loaded retainer and eliminate the vascular fight at high machine performance.

Claims (1)

Labeling machine containing a feeding device, a vessel loading unit, a transporting device with turntables equipped with spring-loaded clamps, a mechanism for turning the vessels into a predetermined position, a labeling unit, smoothing rollers and a vessel unloading unit, characterized in that the vessel turning mechanism is made in the form of a sickle-shaped bracket with an elastic coating of the surface in contact with the vessels, with an elastic flexible rod fixed at one end of the bracket, passing through its other end h a bracket mounted on the central support of the machine, and on the other end of the bracket a rigid spring-loaded rod is pivotally mounted, passing into the hole of the clamp mounted for rotation in the second bracket, also fixed on the central support of the machine.