KR200388187Y1 - Gyps Bandage Scissors - Google Patents

Abstract

This device is a gypsum bandage cutter, which is composed of a cutting part (11, 12 of FIG. 1), a cutting length adjusting part (Fig. 2), and a handle, and the cutting part is composed of a cutting groove and a cutting blade. The cut part is curved so that the cut gypsum bandage is raised along the surface so that the cutting gypsum bandage does not cause any inconvenience in cutting. In addition, it is possible to adjust the cutting length of the cutting portion by using the cutting length adjusting part ((21) of Figure 2) can be cut off by cutting or cutting by connecting the gypsum bandage without breaking. The previously used bandage cutting chain saw gives a sense of rejection to the operator by the sound generated during cutting, the present invention can replace it. In addition, when using the scissors or cutter used in the past, the more the cutting, the scissors or the main body of the cutter is gradually caught in the cut gap of the bandage, it is difficult to continue cutting the cutter or. On the other hand, the device is characterized in that it is easy to continue the cutting process of the main body because the part to be cut to a predetermined thickness through the cutting groove.

Description

Gypsum Bandage Cutting Machine {Gyps Bandage Scissors}

Utility Model Publication 20-1989-0016016 A cutting saw blade is installed on the driven rotary shaft of the bevel gear box installed at the tip of the motor's forward shaft in a linear direction with a well-known handle fuselage. Straight saw blade type gypsum bandage remover formed by attaching skin protector that forms a binding part. The well-known cutting saw blade according to claim 1, wherein the rotating shaft of the motor installed in the handle body is projected to the front of the handle body. Linear saw blade type gypsum bandage remover made by linearly condensing is disclosed, but not registered and rejected, only the technology is disclosed. And a transmission for shifting the first output at a predetermined rotational speed, a through hole formed in the lower end portion thereof, a second output shaft perpendicular to the first output shaft and passing through the through hole, and parallel to the front axis. The rotation about the 1 output shaft is converted into the rotation about the 2nd output shaft, and the cylindrical part is integrated in the output side. A first housing having a set of bevel gears provided therein, and a third output shaft connected to the cylindrical portion in a keyed manner; An end mill comprising a first shank portion, a cutting portion, and a second shank portion, which is connected to the third axial force shaft in a key manner, is embedded in each of the first and second shanks through a bearing and extends in parallel with the end mill. A second housing integrally formed with the first portion and the tip portion of the first portion, the second housing including a protrusion made up of the first portion extending from the tip portion of the first portion in a direction perpendicular to the end mill and having a second through hole formed therein; And first and second fasteners for attaching the second housing to the first housing.

As mentioned above, all bandage cutters presently use a motor, and this plaster cutting method has a disadvantage in that it is difficult to use in patients who are reluctant to the noise of the motor or the noise generated between the sawtooth and the bandage during cutting.

It is designed to remove gypsum bandages from subjects who are reluctant to use electric bandage cutters. Scissors or other cutters used in the prior art have a disadvantage that the cutting of the cutter by the peripheral bandage at the time of cutting, the invention devised a plaster bandage cutter while making a space for freely progressing.

11 is a cut injured body having a groove having a constant size as shown in 31 of FIG. 3, through which the cut load body 12 of FIG. 1 enters the cut groove 31 as shown in FIG. The plaster bandage is cut to a certain thickness and cut. The cutting part rotating shaft 13 of FIG. 1 becomes a rotating shaft in which the cutting floating body 11 and the cutting load body 12 move.

2 is a cutting length adjusting part of the present invention, when the length of the cutting length adjusting part 21 is increased, the connecting shaft 22 of the upper handle and the cutting length adjusting part and the connecting shaft 23 of the lower handle and the cutting length adjusting part. Since the interval between the and the upper handle and the cutting shaft length adjustment portion 22 of the upper handle can be pressed more, the rotation of the cutting part rotating shaft 13 is increased by the rotation on the cutting body rotating shaft 24 As the cutting injured body 11 rotates more, the cutting blade 12 enters the cutting injured body 11 through the cutting groove 31 a lot. If the length adjustment is reduced, the opposite effect can be obtained and the cut injured body 11 and the cut load body 12 can be adjusted so as not to be coupled at the end of the far side from the cut part rotating shaft 13. Then, since the plaster bandage is cut only to the side close to the cutting part rotating shaft 13, the cut plaster bandage is cut out without being cut to a predetermined thickness through the cutting groove 31 of FIG. 3.

The present invention is designed to be used for those who feel the rejection of the cutting machine of the chainsaw method using a conventional electric motor as a plaster bandage cutter. Previously, scissors or similar tools were used when the chainsaw could not be used.However, if you cut a long plaster bandage, the body will hang around the plaster bandage and break the plaster around you. have. The present invention was devised to overcome these difficulties, and by introducing a cutting portion using a cutting groove and a cutting blade to dig a portion of the gypsum bandage along the groove of the cutting groove, so as to secure a new space for the cutting portion to proceed while cutting, Overcoming the problems caused by the cutting process.

1 is a front view showing a cut portion of a plaster bandage cutter

Figure 2 is a front view showing the cutting length adjustment portion of the plaster bandage cutter

3 is a plan view showing a cut portion of the plaster bandage cutter

11,32: cut off body with cutting groove 12: cut off body with cutting blade

13: cutting shaft rotation shaft 21: length adjustable cutting length

22: connecting shaft of upper handle and cutting length adjustment part

23: connecting shaft of lower handle and cutting length adjustment part

24: cutting floating body rotating shaft 31: cutting groove

Claims (4)

In Gypsum Bandage Cutting Machine The cutting portion of the gypsum bandage cutter is composed of a cutting groove and a cutting blade, the cutting blade enters the cutting groove to cut the gypsum bandage, the cutting portion characterized in that the cutting length is adjusted by the cutting length adjustment unit; Cutting length adjustment unit of the plaster bandage cutter to adjust the length of the cutting edge of the cutting band of the plaster bandage cutter enters the cutting groove; And Gypsum bandage cutter, characterized in that it comprises a handle for moving so that the cutting of the plaster bandage cutter According to claim 1, wherein the cutting portion is a portion of the cutting groove is in contact with the cutting blade also comprises a blade to facilitate the cutting, the cutting groove is curved so that the cut gypsum bandage is cut to a certain thickness to rise along the curved surface to continue the cutting portion Gypsum bandage cutter, characterized in that it adds ease of cutting According to claim 1, wherein the cutting length adjustment unit is adjusted the distance between the two handles by adjusting the length of the cutting length adjustment, when the distance between the handle is adjusted the length of the cutting blade enters the cutting groove is changed to cut the cutting portion Gypsum bandage cutter, characterized in that the adjustable length. Claim 1, 2, 3, and when cutting the gypsum bandage, by shortening the cutting length of the cutting section according to claim 3 so as not to cut to the end of the cutting section, one cut gypsum bandage is not broken Gypsum bandage cutter, characterized in that it can be cut out in the form of a long line, and also to cut to the end of the cutting portion by lengthening the cutting length to cut off the plaster bandage every moment