ES2263301A1 - Fabricator for curtain rings, has rotational concentric cutters with knives or ridges acted against curtain rings put on work table by spring-biased extractor - Google Patents

Abstract

Rotational concentric cutters, each with ridges or knives around the circumference, act against the curtain rings deposited into a work table by a spring-biased extractor. A nut supports the spring for the extractor. The fabricator also includes an anchor for fixation to a rotary compressor system, a disc centering device, and a blade scraper.

Description

Cephalopod ring manufacturer.

The present invention relates to a manufacturer of cephalopod ring cutter, thanks to which large cephalopods can be processed, and manufacture rings within the range of conventional sizes, producing a noticeable improvement in presentation and subsequent product marketing.

Background

After requesting a search retrospective to the Spanish Patent and Trademark Office, Department of Patents and Technological Information, with number 8744, dated 13 of June 2001, and having verified the absence of procedure object of the present Patent Application of Invention, it is decided to carry out the aforementioned Request.

In this search the procedures are commented Traditional cross-section of the tube as well as procedures of mass preparations that by extrusion manufacture rings. Without However, there is no procedure in which it is reported that can produce rings from giant cephalopod muscle in the form of blanket or fillets.

Description

The manufacturing process of the rings would be the next:

one.

He product to be processed must be eviscerated, decapitated and clean, that is, tube-shaped.

2.

Be open the cephalopod tube to achieve a blanket look or fillet.

3.

Be cut in the flat of the fillet according to the necessary thickness.

Four.

Be transported by a roller belt to the cutting table integrated into said conveyor belt.

5.

Be subject to the action of one or several concentric cutters in series, object of the present invention, which by rotation, compression, or both at once, produces a range of "n-1" rings, where n is the number of blades which is arranged in each cutter.

6.

The rings reach the end of the tape, where they separate from the waste that will be used in other processes.

Brief description of the drawings

Figure 1 is a perspective cut of the cutter in which they are well differentiated all their components:

The cutter consists of several cutting edges concentric indicated with the numbers (9) and (10).

The cutting edges are shaped like a glass. In its upper part they are embedded in a centering disc that may or may not have a thread (5) and that in its lower part ends in a knife edge that can be smooth or sawtooth depending on whether it is to manufacture a product originally fresh or frozen -
do.

Among the edges are the docks (6) that they act on washers or ejectors (7) to dislodge from the cavity the ring already cut, in order to deposit on the table cutting and transporting the manufactured rings. The docks are hold the upper part of the cutter by means of small groups threads that anchor said springs to the centering plate with some tie down nuts (4).

In order to tie the cutter to a machine in which one or several of them can be arranged in series has arranged an anchor in its upper part (1). Said anchor joins solidarity on the one hand to the rotor that rotates the cutter and on the other, to the top of the cutter by means of a piece of anchor (2).

The expulsion of the rings can be done also by compressed air, through 2n air ducts compressed, n being the number of edges that are arranged in the cutter. In the event that the expulsion is pneumatic, it will not be it is necessary to have neither springs nor ejectors. In this same figure also shows the enlarged detail of the pier and its corresponding ejector.

Figure 2 is a cross-section of the cutter and all its components. It should be noted that the cutting disc (5) is arranged with steps that correspond to the gaps between the edges. In the upper part of the figure we have the upper plane of the cutter and in the lower part of it we have the lower plane of the cutter.
dor.

Figure 3 corresponds to Figure 1 in another perspective and also you can see in detail each of the springs (6) with their corresponding ejector (7). In addition the detail of the groups (8) and anchor bolts (3).

Figure 4 is that of the cutter described and the of each pier, in revolution.

The cutter parts are also described in the summary of the first page of this report request.

It is derived from the aforementioned Obviously the Industrial application of the invention object of the present request

Claims (4)

1. Cephalopod ring manufacturer, by means of a cylindrical cutter, which is characterized by having concentric cutting edges, and which, acting by rotation or by pressure or both at the same time, originates the characteristic form of cutting into rings coming from of open cephalopods in the form of blanket or fillets, and for containing ring ejectors. 2. Cephalopod ring manufacturer, according to claim 1, by means of a cutter characterized in that the cutting edges are two-sided for fresh produce and sawtooth for frozen product. 3. Cephalopod ring manufacturer, according to claim 1, characterized in that the ejectors are mechanically operated with n springs or pneumatically with 2n compressed air ducts. 4. Manufacturer of cephalopod rings, according to claim 1, characterized in that the solidarity set of cutters can manufacture the rings together or mount the cutter in series or in the form of a bee cell.