DE202018002725U1 - Magnetic cutting and bending jig for hand tools of the type scissors, pliers and saws - Google Patents

Abstract

Magnetic cutting and bending jig for hand tools of the type scissors, pliers and saws, which can be magnetically and thus reversibly or temporarily attached to such tools, without having to modify them yourself, characterized in that the compound of the cutting and bending jig and the Hand tools by a magnetic base (2) is realized and the defined by this connection a stop / pointer (4) to the tool (1) can be positioned.

Description

Magnetic cutting and bending jig for hand tools of the type scissors, pliers and saws.

It is a universally applicable cutting and bending gauge, with the help of which workpieces can be machined with hand tools of the type scissors, pliers and saws dimensionally accurate and reproducible.

With tools of the type scissors, pliers and saws, workpieces can be cut by cutting and bending. If such machining is to be performed in a defined manner, then the workpiece must be measured and provided with corresponding machining marks in order to set the tool defined on the workpiece and, if necessary, to guide it during machining.

This problem is solved with the features listed in the protection claims 1 to 6.

With the invention it is achieved that the tool, without modification to this itself, is equipped in a simple manner with a stop / pointer, which allows the workpiece or the tool defined during machining and reproducible to perform.

Application examples:

Cutting lengths of wire ends with cutting pliers:

1. 1) The invention is attached to a cutting pliers.
2. 2) The movable stop is locked at the desired distance from the tool cutting edge.
3. 3) The wire is pushed through the tool mouth against the stop.
4. 4) The cutting process is performed.
5. 5) Steps 2 and 3 can be repeated as often as you like and every time you get a wire end with the same length.

Parallel cuts / strip cuts with scissors:

1. 1) The invention is attached to a pair of scissors.
2. 2) The movable stop is locked at the desired distance from the tool cutting edge.
3. 3) The scissors are now guided parallel to a free workpiece edge during cutting with the stop. There is thus a parallel section to the free edge of the workpiece. The result is a cut strip with parallel workpiece edges.

Step 3 can be repeated as often as desired and each time you get a strip with the same width.

Fabric cuts according to pattern:

1. 1) Die Erfindung wir an einer Schere angebracht.
2. 2) Der verschiebbare Anschlag wird in dem gewünschten Abstand (gewünschte Breite der Nahtzugabe) zur Werkzeugschneide arretiert.
3. 3) Die Schere wird nun beim Schneiden mit dem Anschlag als Zeiger auf der Schnittlinie des Schnittmusters geführt. Man erhält auf diese Weise eine definierte Nahtzugabe mit stetiger, gleichmäßiger Breite.

Cutting patterns are workpiece templates which usually specify the desired size of the fabric blank without seam allowance. For later sewn several fabric blanks, however, a defined seam allowance (supernatant) is required.

1. 1) The invention is attached to a pair of scissors.
2. 2) The displaceable stop is locked in the desired distance (desired width of the seam allowance) to the tool cutting edge.
3. 3) The scissors will now be guided with the stop as a pointer on the cutting line of the pattern when cutting. This gives a defined seam allowance with a continuous, uniform width.

An embodiment will be described with reference to 1 explained. 1 shows a tool (1) (Here, for example, a pair of scissors), to that the invention using the magnetic base (2) adapted. The magnetic base (2) additionally serves as a recording of the management staff (3) , The stop / pointer (4) is movable on the guide rod (3) stored and can be linear along the longitudinal axis of the guide rod (3) be moved to the desired distance to the tools (1) to be able to adjust. In addition, the stop / pointer (4) rotate about the longitudinal axis of the guide rod (3) to the position of the stop / pointer (4) to the tools of the trade (1) to be able to adjust. The stop / pointer (4) can with the help of a clamping screw (5) on the management staff (3) be arrested. This will cause a linear or rotational displacement of the stop / pointer (4) avoided while working with the invention.

LIST OF REFERENCE NUMBERS

(1)

Tools of the trade (here, for example, scissors)

(2)

magnetic

(3)

Corporate Office

(4)

Stop / Pointer

(5)

clamping screw

Claims (6)

Magnetic cutting and bending jig for hand tools of the type scissors, pliers and saws, which can be magnetically and thus reversibly or temporarily attached to such tools, without having to modify them yourself, characterized in that the compound of the cutting and bending jig and the Hand tools by a magnetic base (2) is realized and the defined by this connection a stop / pointer (4) to the tool (1) can be positioned. Cutting and bending theory after Claim 1 , characterized in that the magnetic base (2) consists of one or more permanent magnets which are optionally integrated in a material enclosure. Cutting and bending jig according to one of the preceding claims, characterized in that the magnetic base carries a guide rod (3) on which the stop / pointer (4) can be positioned and locked. Cutting and bending jig according to one of the preceding claims, characterized in that the stop / pointer (4) has a bearing which allows a linear displacement of the same on the guide rod (3). Cutting and bending jig according to one of the preceding claims, characterized in that the stop / pointer (4) has a bearing which allows a rotational displacement of the same on the guide rod (3). Cutting and bending jig according to one of the preceding claims, characterized in that the stop / pointer (4) has a bearing which, by means of a clamping screw (5), enables it to be arrested on the guide rod (3).

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