Horn suspension unit for sausage tube stuffing

FIELD: packing.

SUBSTANCE: horn suspension unit (3) for sausage tube stuffing includes horn pipe (4) and stuffer pipe (5), so that horn pipe (4) can rotate against stuffer pipe (5) around first rotation axis. Horn pipe (4) is mounted on case (8) and can rotate against the case around the first rotation axis. The case (8) can also rotate together with horn pipe (4) against stuffer pipe (5) around second rotation axis to take cleaning position where horn pipe (4) is fixated by the case.

EFFECT: fast and safe cleaning of horn pipe (4).

4 cl, 3 dwg

 

The invention relates to a node of the suspension pins for filling casings of sausages in accordance with the restrictive part of the claims.

When stuffing sausage sausage meat into a paste-like form is introduced into a cylindrical casings, then the shell is sealed, area by area. When subdividing parcels receive individual sausages. Usually sausage syringe filler takes the meat from one end of the bobbin. Casings pull on the other, free end. Because the shell at the free end sealed with one hand, she is filled under pressure of incoming meat and gradually removed from the bobbin. Filled in this way, the shell is applied to the sealing machine which seals it area by area.

The free end of the bobbin is located relatively close to the sealing machine. This gap is almost impossible to pull the sausage casing on the stuffing horn, if Tarsus is in its operating position. Therefore Tarsus is made usually can be rotated so that its free end was easy access and easy taut new shell. In particular, the node pendants specified pins respectively contains the connecting pipe, which is part of the horn or can be mounted on the legs, for example, through the om threaded connection, in this connection filler corresponds to the connecting socket pins. Connection of the filler may be a fixed part of the filler or may be removable. It can also be a part of the sealing machine or be removable, or to provide a completely independent device. Principle is that, when viewed from the side of the bobbin, it is located after the connecting socket pins. The socket pins are made with a possibility of rotation relative to the nozzle filler that provides rotation pins required for tensioning a new shell.

Because the host of the suspension needs to be cleaned, in the prior art additionally provided with means for disconnection of the socket pins and socket filler. Thus, to clean the tube pins made with the possibility of separation from the device as a whole, followed by cleaning, for example, on the table.

However, this procedure is quite time-consuming and, due to the considerable weight of the socket pins, unsafe.

The purpose of the claimed invention is, thus, providing a simple and safe cleaning of the socket pins.

This problem is solved by means of the characteristics disclosed in the characterizing part of claim 1 of the claims.

In the case of tube pins and socket filler can be performed in a random fashion. The main thing is that they provided connection pins and filler.

The first axis of rotation is positioned in such a way that during rotation of the socket relative to the given axis has released the free end of the bobbin, i.e. that it was convenient to pull the shell. The possibility of rotation is achieved in any desired manner. To rotate according to this invention also includes the possibility of rotation, namely the possibility of rotation relative to the center of gravity of the pipe without changing the position of the center of gravity.

The second axis of rotation can be set to any desired position other than the position of the first axis. The cleaning position represents a position in which it is easier to clean tube pins attached to the frame. The cleaning position is preferably achieved by rotation of the frame about a second axis at an angle of 90 or more. In particular, it is preferable to rotate approximately 180, i.e. more than 170, as to the connection pins thus provided the most convenient access.

In addition, a frame on which is mounted the socket pins, can have almost any constructive progress. However, it is also necessary to be able to secure the socket pins if installed the legs. When turning in the cleaning position is necessary in order to be able to secure, at least the socket pins without the horn. Under the safe securing means no need for the operator to hold the socket pins in position. While the operator's hands remain free, in order to keep the hose and to work with him and other cleaning tools. In addition, the possibility of rotation of the socket pins are provided again in a way that allows you to release the free end of the installed horn.

The socket pins are preferably made with the possibility of rotation relative to a specified frame around the axis of the purification, when the frame is at least one cleaning position. Thus, the operator by turning the socket in the frame easier to reach out to various places to be treated. Turning around the axis of cleaning reach, in particular, in a simple way, due to the fact that the axis of the cleaning is the first axis is displaced during rotation of the armature. In this case, in particular, preferably carry out 360, because with all sides of the pipe have easy access for the operator with one hand.

The frame preferably can be locked in position relative to the nozzle filler. Here the working position is a position in which the syringe filler under the no sausage meat stuffing. Fixing of the nozzle filler means that the frame in a fixed position cannot move relative to the nozzle filler.

Below with reference to the drawings in detail disclosed example of execution of this invention.

Figure 1 according to the invention presents a schematic representation of a node of the suspension is located between the syringe filling and sealing machine, side view.

Figure 2 presents the same node of the suspension in a perspective view.

Figure 3 is a perspective view presents the same node of the suspension in the cleaning position.

Between the syringe filler 1, presented in the form of the fragment block, and sealing machine 2 shown similarly, set Tarsus 3. Tarsus 3 is attached to the syringe filler 1 through node suspensions containing pipe 4 pins and the socket 5 of the filler. Tarsus 3 is connected with the pipe 4 pins, for example, by threaded connection syringe filler 1 is connected to pipe 5 filler in the same way.

On the pipe 5 filler made a bracket 6, which goes to the side of the pipe 5 and then has a bend directed from the filler and carrying at its end an elongated sleeve 7. Bracket 6 does not need to be on the pipe 5 filler, allowable placement of the and the syringe-filling 1. Inside the sleeve 7 has a finger made with the possibility of rotation (not shown here). The ends of the specified finger protrude from the both ends of the sleeve 7 and is fixed in the frame 8. Frame 8 together with the specified finger form a frame according to the present invention.

In frame 8 opposite each other are two fingers 9a and 9b. The fingers are inserted into holes (not shown) in the socket with 4 pins. Thus, according to the claimed invention allows rotation of the socket pins around the first axis. As can be seen from Figure 3, the surface of the pipe 4 pins in contact with the pipe 5 filler has a spherical bulge, and the corresponding surface of the nozzle filler is made concave. As a result, when a small rotation of the bobbin 3, necessary for the making of the new shell, the surface remain in contact with each other, thus, when skinning loss stuffing is little or nonexistent. Also here is a valid use of cylindrical surfaces.

It is possible to perform the fixing frame 8 relative to the nozzle filler (not shown here) via a clamping device, in which one element is made on the side of the frame 8, opposite the sleeve 7, and the other element is made on the syringe-filling 1 or on the pipe 5 filler. In financial p is Tata frame together with the socket pins will be fixed in the working position, shown in figures 1 and 2.

1. Site suspension pins (3) for filling casings of sausages containing pipe (4) pins and the socket (5) filler, and a nozzle (4) bobbin configured to rotate relative to the pipe (5) filler around the first axis of rotation, characterized in that the tube (4) pins installed on the frame (8) and configured to rotate relative to the specified frame around the first axis of rotation, and the frame (8) is made to rotate together with the socket (4) of the bobbin relative to the nozzle (5) filler around the second axis of rotation in at least one cleaning position in which it securely fixes the socket pins (4).

2. Site suspension according to claim 1, characterized in that the tube (4) pins, when the frame (8) is at least one of the cleaning position, has the ability to rotate relative to the specified frame around the axis of the cleanup.

3. Site suspension according to claim 1, characterized in that the tube (4) bobbin configured to rotate around the axis of the cleanup at the angle of 360.

4. Site suspension according to claim 1, characterized in that the frame (8) is made to lock in position relative to the nozzle (5) filler.



 

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