SU766559A1 - Apparatus for winding into a reel artificial sheath on a spool - Google Patents

Description

(54) DEVICE FOR WRINKING A ROLL ON THE SHOW OF ARTIFICIAL SAUSAGE SHELL

one

The invention relates to devices for winding into a roll on a bobbin of an artificial sausage casing and can be used in the milling and papermaking industry.

A device for winding into a roll on a bobbin of an artificial sausage casing is known, which includes a bobbin feed mechanism made in the form of nak-10 of a bar tray with cutters for drinking and pulling the bobbins, a sheath winding mechanism on the bobbin and its removal and a shear cross-cutting mechanism 15

The mechanism for winding the casing consists of quadruple baths, driven by means of curved cords and supporting plugs for holding (reels when charging material 20 on it and its distortion, and two single-arm levers holding the reel at winding material.

The kinematics of the device is complex, which leads to the stopping of mechanisms, interruptions in operation, etc.

The aim of the invention is to simplify the construction.

This is achieved in that the mechanism for winding the casing on the reel and its JQ

removal consists of a shaft, mounted with the possibility of periodic rotation and reciprocating movement, and located at one end of the mandrel for the reel, pressing the end of the casing and the device for removing the reel, and the shaft end on the side opposite from the mandrel is shaped with a groove and has a roller mounted with the ability to enter the groove.

The shaft is provided with a concentrically located sleeve, one end of the clamp is spring-loaded, and the other end is installed with the possibility of engaging with the sleeve.

The device for removal of the reel is made in the form of a spring-loaded plate and mounted with the possibility of pressing against the cylindrical surface of the mandrel, with its end bent.

FIG. 1 schematically shows the proposed device, general view, in FIG. 2 - the same, top view} in FIG. 3 shows section A-A in FIG. 1 {in FIG. 4 shows a section BB in FIG. 2 / in FIG. 5 is a view along arrow D in FIG. 4J in FIG. 6 is a view along arrow B in FIG.

Claims (3)

The device consists of t zero (at the same time flattening) rolls 1, a cross-cutting mechanism for g-sticks including knife 2 and electromagnets 3. Electromagnets 3 are connected to knife 2 by a system of levers 4. Rolls 1 are equipped with a rotation speed counter 5 and are rotated from the drive of the molding line of the whole sausage casing (not shown). The rotation from the shaft on which the rollers 1 sit is transmitted to the shaft 6 with a one-turn clutch 7. Then the rotation goes to the intermediate shaft 8 on which the cam 9. is placed. associated with the mechanism 10 Winding the shell on the reel and its removal. Above this mechanism, an empty reel feeding mechanism is installed, made in the form of an inclined tray 11 with cutters for single-reel feeding (not shown). Below the casing winding mechanism is a tray 12 for discharging bobbins with wound casing. The mechanism for winding the casing consists of a mandrel 13, a shaft 14, a clamp 15, a functional coupling 16, a device 17 for removing the reel and a roller 18. The mandrel 13 is connected to the shaft 14, in which a clamp 15 is pivotally fixed in the slot 19. spring 20, and the other interacts with the inner surface of the sleeve 21, i.e. it rests on it. The sleeve 21 is also the bearing in la 14, which reciprocates within it. The end of the shaft 14 opposite to the mandrel 13 has the profile of a hyperbolic cylinder 22, which ensures that the role 18 is guided into the groove 23 and the subsequent rotation of the shaft 14 through a certain angle. To remove the reels with the wound shell of the mandrel 13. the device 17 is designed to be made in the form of plates. It is hinged on the fixed axis 24 and is spring-loaded with a torsion spring 25. The spring 25 presses the end of the tool for lifting to the cylindrical surface of the edge of the mandrel 13, and its end is bent along the radius of the mandrel 13. Empty bobbins. 26 are on tray 11; the wound spools 27 are wound on tray 12. The device operates as follows. Artificial chickpea sausage on the casing is fed into the rolls 1 which flatten the casing into double tape and pull it towards the mechanism for winding the casing on the side and removing it. Rolls 1 are driven from the drive of the forming line. Feed the flattened double tape onto the path The reel 26 is performed until a certain number of meters of tape is wound on the reel 26, which corresponds to the same number of revolutions of the rolls 1. The 5, after the rollers have completed the specified number of revolutions, turns on the chain of one of ektroagnitov 3. The armature of the electromagnet 3 Erez arm system 4 comprises a knife, which cuts the casing. At the same time, a signal is sent to a single-point clutch 7 mounted on the shaft 6, from which rotation is transmitted to the intermediate shaft 8. The single-turn clutch 7 is designed in such a way that the shaft 8 makes one full turn and then turns off. During one revolution of the shaft 8, the shaft 14 of the mechanism for winding the casing from the cam 9 through the lever 10 is reciprocated during which the clutch 16 interrupts the rotation of the shaft 14. The wound reel 27 is removed. This shaft 14 moves to the right in the sleeve 21. Accordingly, the mandrel 13 moves to the right. In this case, the removal tool 17dl, which is pressed by the spring 25 against the cylindrical surface of the edge of the mandrel 13, plays the role of a reel of the reel 27. The wound reel 27 freed from the mandrel 13 under the action of its own The weight falls into tray 12, and the empty reel 26 from tray 11 rolls into its place. The remaining empty reels 26 are held on tray 11 by means of a cutter (not shown). The clamp 15 by the spring 20 when moving the shaft 14 to the right is retracted from the side surface of the reel 27. To ensure a guaranteed positioning of the clamp 15 above the reel, when the shaft 14 moves to the right, the roller 18 enters the profiled end of the shaft 14 and due to its shape falls into the groove 23. As a result the shaft 14 is rotated at an angle which provides that the clamp 15 is located above the belt at the moment of its clamping to the reel 26. To put the empty reel 26 on the mandrel 13, the shaft 14 from the cam 9. The lever 10 moves to the left. In this, the mandrel 13 puts the reel 26 on itself, and the clamp 15 with one end of the slip on the inner surface of the sleeve 21, causing the other end to tilt, pressing down the running end of the tape to the reel 26. At this point, the shaft 14 begins again. rotation, carried out the winding of the tape on the reel 26. The proposed design allows to mechanize the process of winding the collar, makes it possible to release a significant amount of service personnel and at the same time release a significant production area. Claims 1. Device for winding in a roll to an artificial sausage bobbin shell, including a reel feeding mechanism, made in the form of an incline tray with cutters for single passage of reels, a mechanism for winding the shell on the reel and its removal and a cross-cutting mechanism for the shell, characterized in that, to simplify the design, the winding mechanism the shell on the reel and its removal consists of a shaft installed with the possibility of periodic rotation and reciprocating movement, and located at one end of the mandrel for the reel, pressing the end of the shell and accessories for removal Aubin, wherein vgsha end opposite the mandrel profiled side is designed with a groove and has a roller mounted so as to enter the groove. 2. The device according to claim 1, characterized in that the shaft is provided with a concentrically located sleeve, one end of the clamp is spring-loaded, and the other end is installed with the possibility of interaction with the sleeve. 3. The device according to claim 1, characterized in that the device for removing the reel is made in 0 as a spring-loaded plate and mounted with the possibility of clamping to the cylindrical surface of the mandrel, and its end is bent. 5 Sources of information taken into account during the examination 1. Copyright. USSR certificate № 162024, cl. B 65 N 19/08, 1964. GZ 77 Fi.5