BRMU9002630U2 - constructive arrangement in can opener - Google Patents

Abstract

CONSTRUCTIVE ARRANGEMENT IN CAN OPENER. More particularly it refers to a device with a simple design, preferably made of plastic material or other material of equivalent characteristics, cutting a blade, for opening cans.

Description

"CONSTRUCTIVE CAN-OPENING ARRANGEMENT"

TECHNICAL FIELD

It addresses the present utility model of a new improved constructive arrangement applied to a can opener, designed to promote can opening in a practical, fast and efficient manner.

TECHNICAL BACKGROUNDS

Can opener is a product that is part of culinary utensils as there are many foods that are sold canned, but it is also used in many workshops and service stations to open cans of oil, glue and other canned products. in its manufacture.

It is well known that on the market there is a wide variety of this tool, from the simplest type with no moving parts found in many pocket knives to the most complex ones that have a circular blade that rotates with a crank at the same time as a wheel. notch causes the blades to move around the can.

Manual openers are provided with a cutting blade which, when attached to the can end, with upward and downward force movements allows the can to be opened with some difficulty. Such opening has a fickle cut, uneven and very dangerous to the user, as it can cause accidents.

There are also openers that are attached to the upper end of the can and turning a handle causes the cutting blade rotated by a sprocket attached to the apparatus to cut the upper surface of the cans, but such movement and force applies. repeatedly until the can is completely turned. Such more complex openers have many parts embedded in it, which makes the product more expensive and if one of its gears has some kind of defect, the entire device must be replaced.

Said openers are made of various materials, the most common being aluminum or equivalent material, can also be adorned with plastic material or other type of material.

Another type of can opener is presented as an electric opener, said opener finds little success, because besides being expensive, is heavy, has many components and is very complex, becoming unpopular.

It should be noted in these existing products that some factors may make the opening task even more difficult, such as improperly applying force.

BRIEF DESCRIPTION OF OBJECT

In view of the problems presented and with a view to overcoming them, the inventor has developed a "CONSTRUCTIVE CAN-OPENING ARRANGEMENT" that aims to make these cans easier to open for greater safety and efficiency.

With a simple design, made from one hexagonal piece externally and internally circular, it fits perfectly on top of the cans. Preferably made of plastic or other material of equivalent characteristics, with a small blade inserted, therefore light; as well as hygienic for being washable.

One of the great advantages of the present device lies in the fact that the product can be washed as it is made of preferably plastic material or other material of equivalent characteristics, which also effect the "low cost of execution and lightness thereof.

Another advantage is that the correct force for opening the can, ie the torque, is applied to the hexagonal base, thus preventing the wearer and time consuming to open a single can.

The screwed blade is hygienic and internally fixed, the user does not need to touch it, thus avoiding any type of accident. Realizing that this blade is losing the cut, it can be changed. DESCRIPTION OF DRAWINGS

In addition to the present description in order to gain a better understanding of the features of the utility model and according to a preferred practical embodiment thereof, accompanying the accompanying description is a set of drawings, in which, by way of example, but not limitation. , the following is represented: Figure 1 represents a view in

device perspective; and

Figure 2 illustrates a rough front view of the product encased in a can. DETAILED OBJECT DESCRIPTION With reference to the illustrated drawings,

the present Utility model refers to a new "CAN CAN OPENER CONSTRUCTIVE ARRANGEMENT", more particularly refers to a hexagonal part on the outside (Figure 1 - A) and circular inside (Figure 1 - B), made preferably in plastics material or other material of equivalent characteristics, a steel blade (Figure 2-C) or other equivalent material may be inserted therein, which may be exchanged upon loss of the knife edge.

The opening work is performed by fitting the opener (Figure 1) to the top of the can (Figure 2). Then press into the opener so that the blade makes a first small hole in the can lid (Figure 2 - D). From there, rotate the hexagonal edges (Figure 1 - A) by hand, which will facilitate the handle, in a torque movement, causing the blade to tear the top lid of the can (Figure 2 - D). whole, in a single spin.

While describing the preferred embodiment of the present utility model, any modifications and / or changes should be understood as within and within the scope of the utility model, and perfectly fit the criteria that define it, ie the combination and modification of elements already known in new form or arrangement, resulting in functional improvement in their use or manufacture.

Claims (3)

1. "CONSTRUCTIVE CAN-OPENER ARRANGEMENT", more particularly refers to a can-opening device characterized in that it is a hexagonal part on the outside (Figure 1 - A) and circular on the inside (Figure 1 - B); preferably made of plastic or other material of equivalent characteristics. 2. "CONSTRUCTIVE CAN-OPENER ARRANGEMENT" according to the preceding claim, characterized in that it has a steel blade (Figure 2 - C) or other equivalent material inserted therein, which can be changed when the knife edge is lost. 3. "CONSTRUCTIVE CAN-OPENER ARRANGEMENT" according to the preceding claims, characterized in that the opening work is carried out by fitting the opener (Figure 1) to the top of the can (Figure 2). Then press into the opener so that the blade makes a first small hole in the can lid (Figure 2 - D). From there, rotate the hexagonal edges (Figure 1 - A) by hand, which will facilitate the handle, in a torque movement, causing the blade to tear the top lid of the can (Figure 2 - D). whole, in a single spin.