KR100475464B1 - Nail clipper - Google Patents

Abstract

The present invention relates to a nail clipper that can replace a cutting body formed with a cutting blade to replace the cutting blade for cutting the nail directly according to the user or according to the size and shape of the user's nail, the embodiment According to, the upper steel plate 211 and the lower steel plate 212 is formed in a shape in which one end is joined to each other, the other end is opened, and cut in each of the front end of the upper steel plate 211 and the lower steel plate 212 Cutting body 21 is formed by the blades (213); A main body case 31 into which the cutting body 21 is inserted; And a handle portion 41 rotatably fixed to the main body case 31 to press the front end portion of the cutting body 21.

Description

Nail Clipper {Nail clipper}

The present invention relates to a nail clipper. More specifically, the present invention relates to a nail clipper that can replace a cutting body formed with a cutting blade to replace the cutting blade for cutting the nail directly according to the user or according to the size and shape of the user's nails.

In general, the nail clipper, as shown in Figure 1, the upper steel plate 11 and the lower steel plate 12 is formed in a shape in which one end is joined to each other, the other end is opened, the upper steel plate 11 and An upper straight cutting blade 16 and a lower straight cutting blade 18 are formed in each of the upper steel sheet shearing portion 15 and the lower steel sheet shearing portion 17 of the lower steel sheet 12, and the upper steel sheet 11 and the lower portion. The steel plate 12 has a hole in which the pressing bar 13 penetrates and is fixed to the upper steel sheet shearing portion 15 and the lower steel sheet shearing portion 17, and the lower portion of the pressing bar 13 has the lower portion thereof. It is fixed to the lower steel sheet front end portion 17 of the steel plate 12, the upper end portion is fixed to penetrate the upper steel sheet front end portion 15 of the upper steel plate 11 to be exposed thereon. A hole is formed at an upper end of the pressure bar 13, and is configured to rotatably fix the operation handle 14 to be interviewed with the upper steel plate 11. In addition, the operation handle 14 is formed so that the lever projection 19, which serves as a lever, to interview the upper surface of the upper steel plate (11). The operation principle by the configuration as described above is a common nail clipper can be easily understood by those skilled in the art as well as ordinary users. That is, the operation handle 14 is operated so that the lever projection 19 is interviewed on the upper steel plate 11, and the upper steel plate 11 and the lower steel sheet which are elastically coupled to each other by pressing. 12 is interlocked, and thus the upper straight cutting blade 16 and the lower straight cutting blade 18 formed at one end of each of the upper steel plate 11 and the lower steel plate 12 operate to trim the nail. Will be. Such nail clippers are manufactured and sold by leading domestic and foreign manufacturers, and anyone can easily purchase and use them.

On the other hand, the shape and size of the nails are different for each user, and the shape to be trimmed may also be different, moreover, the size of each finger is different from each other, even from thumb to little finger, accordingly There was a problem that it is not easy to simply trim the nails. Therefore, the conventional nail clippers as shown in FIG. 1 have a problem that they are not suitable for easily trimming nails of various shapes and sizes. In addition, it is possible to use a plurality of different nail clippers of different specifications, which is not economically desirable, and it is generally not so desirable to have a large number of finished nail clippers.

An object of the present invention is to provide a nail clipper that can replace the cutting body formed with the cutting blade to replace the cutting blade for cutting the nail directly according to the size and shape of the user's nail.

Nail clipper according to the present invention, the upper steel plate and the lower steel plate, one end is joined to each other, the other end is made of a shape that is open, the cutting body is formed by cutting edges are formed in each of the front end of the upper steel plate and the lower steel plate ; A body case into which the cutting body is interpolated; And a handle part rotatably fixed to the main body case to press the front end of the cutting body, wherein the main body case is formed of case sides and a case bottom in a 'c' shape, and the case A fastening projection receiving groove is formed in the upper front end of the side to rotate the handle part. The handle part is made of steel plate as a means for substantially pressurizing, the handles formed on both sides of the front end of the hand bar. Substitutive protrusion and a pressing protrusion formed on the bottom surface of the front end of the handle is formed.

Body grooves are further formed at portions where the upper and lower steel plates are joined to each other.

One-way grooves are further formed on an upper surface of the upper end of the upper plate of the cutting body, and one-way protrusions protruding in the longitudinal direction are further formed on the front end of the handle part of the handle part, thereby mutually coupling the one-way protrusions and the one-way grooves. The cutting body is configured to be drawn out from the body case in a subsequent variable operation.

At the rear end of the main body case, a handle fixing tool may be further formed to be rotatable with respect to the main body case.

The inner surface of the handle fixture is further formed with a fixture fixing protrusion is inserted into the fixture projection receiving groove formed on the case side surface of the main body case is configured not to be unfolded arbitrarily.

Alternatively, the upper end of the case side of the main body case is formed with a guide guide groove for fixing the handle portion variably in the front-rear direction, the handle guide guide groove is a front and rear position fixing groove before and after Can be formed.

A cutting body fixing protrusion may be integrally formed at the rear end of the case bottom of the main body case in a vertical upward direction with respect to the case bottom.

In addition, the nail clipper according to the present invention, the upper steel plate and the lower steel plate is joined to each other, the other end is formed in a shape that is open, the cutting edge is formed on each of the front end of the upper steel plate and the lower steel plate Cutting body; A second body case into which the cutting body is interpolated; And a pressing piece that is variably mounted back and forth within the second body case, wherein a plurality of second pressing protrusions are integrally formed upward, and a pressing piece on which a pressing piece binder is integrally formed at a side thereof. The second body case has a 'c' shape and is formed with second case side surfaces and a second case bottom surface, and a pressing piece for variably fixing the pressing piece in front and rear directions at the lower ends of the second case side surfaces. Guide grooves are formed, and the pressing piece guide grooves are formed with first fixed position grooves and second fixed position grooves at the front and rear ends thereof, and the second case side surfaces are formed at the front upper surfaces of the second case side surfaces. The cutting body fastening rod protruding in the vertical direction with respect to the body is formed integrally.

The front end portion of the bottom of the second case is formed with a recess portion which is partially cut to retreat from within the range of 5 to 10 mm from the second case side surfaces.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIG. 2, the nail clipper according to the present invention has an upper steel plate 211 and a lower steel plate 212 formed in a shape in which one end thereof is joined to each other and the other end thereof is opened, and the upper steel plate 211 is provided. Cutting body 21 is formed by cutting edges 213 are formed in each of the front end of the lower steel plate (212); A main body case 31 into which the cutting body 21 is inserted; And a handle portion 41 rotatably fixed to the body case 31 to press the front end portion of the cutting body 21, wherein the body case 31 has a 'c' shape. It is formed of the case side surface 311 and the case bottom surface 312, the body fastening protrusion receiving groove 218 is formed on the upper end of the case side surface (311) for fixing the handle 41 rotatably The handle portion 41 is made of a steel plate as a means for substantially pressing the handle 411, the handle replacement protrusions 412 formed on both sides of the front end of the handle 411 and the handle ( It is characterized in that the pressing projection 413 formed on the bottom surface of the front end of the 411 is formed.

The cutting body 21 is a part which is assembled together with the handle portion 41 in the conventional nail clipper constituting the main body, the one end of the upper steel plate 211 and the lower steel plate 212 is bonded to each other, the other end Is made in a gaped shape, cutting edges 213 are formed on each of the front end portions of the upper steel plate 211 and the lower steel plate 212, and a function of cutting and trimming nails by the cutting blades 213. Do it. In the present invention, the cutting body 21 may be separately configured to be detachably fixed to the main body case 31 to which the handle is rotatably fixed as described below. The cutting body 21 may have various shapes and sizes of the cutting blades 213 formed at the front end thereof in various shapes and sizes. In this case, the upper steel plate 211 and the lower steel plate 212 may be provided. Compared to the conventional nail clipper, which is composed of a handle integrally, since only the handle is configured, there is an effect of providing a variety of nail clippers with high productivity. That is, by having one body case 31, one handle portion 41 and a variety of cutting bodies 21 which are rotatably fixed thereto, various nails can be easily, easily and beautifully trimmed. Configuration is possible.

The body case 31 into which the cutting body 21 is interpolated is formed of the case side surfaces 311 and the case bottom surface 312 in a 'c' shape, and the upper front end portions of the case side surfaces 311 A fastening protrusion accommodating groove 313 for fixing the handle 41 to be rotatable is formed. The main body case 31 has a function of detachably fixing the cutting body 21 and at the same time rotatably fix the handle portion 41, the cutting body by the handle portion 41 in use Drive (21) to cut or trim your nails. The case side surface 311 and the case bottom surface 312 may be formed integrally, in a conventional method such as bending one steel plate in the 'c' shape as described above, or similar shape thereof. Can be processed by The fastening protrusion accommodation groove 313 accommodates the handle replacement protrusion 412 of the handle portion 41 to be described below to thereby securely rotate the handle portion 41 to the body case 31. Play a role.

The handle portion 41 rotatably fixed to the main body case 31 to press the front end portion of the cutting body 21 is a handle 411 of steel plate as a means for substantially pressing, the handle ( 411) The handle replacement protrusion 412 formed on both sides of the front end portion and the pressing protrusion 413 formed on the bottom surface of the front end of the handle 411 is formed. The handle 411 functions the same as or similar to the operation handle in the conventional nail clipper. The handle replacement protrusion 412 is accommodated in the fastening protrusion accommodation groove 313 of the body case 31 to fix the entire handle portion 41 to the body case 31 so as to be rotatable. do. In addition, the pressing protrusion 413 presses the cutting body 21 located below the handle portion 41 in accordance with the operation of the handle 41 so that the handle 411 of the handle portion 41 serves as a lever. By pressing the cutting body 21 to the cutting blades (213) to approach each other to function to cut and trim the nail. The pressing protrusion 413 may be understood to have the same or similar function as the lever protrusion in the conventional nail clipper.

Nail clipper according to an embodiment of the present invention having the configuration of the bar in the state in which the handle 41 is rotatably fixed to the main body case 31, the cutting body 21 to the main body case ( 31) Inserted into and fixed to the cutting body 21, the front end of the upper steel plate 211 of the cutting body 21 is fixed to be positioned below the pressing projection 413 of the handle portion 41, the cutting body 21 The rear of the handle 411 of the handle 41 is lifted upward by the height of the pressing protrusion 413 in contact with the front end of the upper steel plate 211 of the cutting body 21 by its elastic force of It becomes a state to be able to trim a nail accordingly, and this state becomes the same state as the use state of the conventional nail clipper. In this state, the nail to be trimmed is placed between the cutting blades 213 of the cutting body 21, and the other hand presses the handle 411 of the handle part 41 so that the nail can be trimmed. do. In addition, if you want to trim the nails of a significantly different shape or size, it is also possible to replace only the cutting body 21 described above.

The body groove 214 is further formed at a portion where the upper steel plate 211 and the lower steel plate 212 of the cutting body 21 are bonded to each other, and the body groove 214 is the above-described embodiment of the present invention. When fixed in the main body case 31 serves as a fixing point.

In addition, according to another specific embodiment of the present invention, the one-way groove 215 is further formed on the upper surface of the front end of the upper steel plate 211 of the cutting body 21, the handle of the handle portion 41 The front end portion is further formed with one-way protrusions 414 protruding in the longitudinal direction thereof, and the cutting body may be operated in a variable operation following the mutual coupling of the one-way protrusion 414 and the one-way groove 215. 21) is characterized in that it is configured to withdraw from the body case (31). As shown in FIG. 3, the one-way grooves 215 are formed by forming a plurality of one-way grooves 215 in parallel in the longitudinal direction from the front end portion to the rear end portion with respect to the cutting body 21. In the above, the one-way groove 215 is the front end portion is dug into a vertical plane, is formed to form a curved surface toward the upper direction in an arc shape toward the rear, these one-way grooves 215 are three to five It is formed to a degree. Accordingly, as shown in FIG. 3, the handle bar 411 is erected vertically by varying the handle bar 411 in the direction of (a), whereby the one-way protrusion 414 similarly formed above the one-way grooves 215 is formed. Contact with each other, and then continue to descend to the lowest surface along the vertical surface and make contact with the lowest surface, and then by tilting the handle 411 in which the one-way protrusion 414 is formed in the direction of (B). The end portion of the one-way protrusion 414 moves along the curved surface of the one-way groove 215 and presses only the upper steel plate 211 on which the one-way grooves 215 are formed, and in the direction of (B). After completely retracting the handle 411, the one-way groove is lowered back to the lowest surface again along the vertical plane of the next one-way groove 215 of the one-way groove 215 by varying again in the direction of (C) (215) one by one To thereby move the one-way groove group 215, a cutting body (21) are formed. By repeating this operation 2 to 3 times, the cutting body 21 in a state deeply inserted into the body case 31 is moved forward a little, and the cutting body 21 is easily detached from the body case 31. It is possible to make, and it is possible to replace with another cutting body 21 is formed cutting edges 213 having a different size and shape.

In addition, a handle fixing tool 314 may be further formed at a rear end of the main body case 31 so as to be rotatable with respect to the main body case 31. The handle fixing tool 314 may be installed to be interposed between the case side surface 314 of the body case 31. The handle fixing tool 314 presses the entire handle portion 41 completely while the cutting body 21 is inserted into the body case 31 to be parallel to the body case 31 or the body case ( 31) by pressing the rear end of the handle 411 of the handle portion 41 in the state to be inserted into a function to fix in that state. Accordingly, the handle 41 functions to be fixed in a completely flat state rather than a variable protruding state to facilitate storage. A fixture fixing protrusion 315 is further formed on the outer surface of the handle fixing tool 314 and interpolated into the fixture protrusion receiving groove 316 formed on the inner side of the case side surface 311 of the main body case 31 to be unfolded arbitrarily. It is configured not to be supported. That is, the fixture fixing protrusion 315 is inserted into the fixture protrusion receiving groove 316 by press-fitting in a fixed state, unless it is intentionally gripped by the handle fixing tool 314 by hand when it is press-fitted. Is maintained to facilitate storage.

Alternatively, as shown in Figure 4, according to another specific embodiment according to the present invention, the front end of the case side 311 of the main body case 31 in the front and rear direction the handle portion 41 A handle guide groove 317 is formed to be variably fixed, and the handle guide groove 317 may be formed by front and rear position fixing grooves 318 before and after. Here, by the configuration as described above, the handle portion 41 is rotatably fixed to the main body case 31 is handle replacement protrusion of the handle portion 41 along the handle guide guide groove 317 412 is fixedly fixed to the front and rear, the handle replacement protrusion 412 is in the front and rear position fixing grooves 318 of the front end portion of the front and rear position fixing grooves 318 of the handle guide guide groove 317. When fixed, the pressing protrusion 413 formed on the handle 41 contacts the pressing protrusion contact surface 217 near the front end of the upper steel plate 211 of the cutting body 21 so that the nail can be trimmed. The handle bar 411 is to be lifted up, the handle replacement protrusion 412 is the front and rear position fixing groove 318 of the rear end side of the front and rear position fixing grooves 318 of the handle guide guide groove 317. In the case where it is fixed to the pressing protrusion 413 formed in the handle portion 41 is the cutting There may be pressure inserted into the protrusion receiving groove 216 of the upper plate 211 of the body 21 to trim the nail, so that the state can be easily kept. That is, when the handle replacement protrusion 412 is fixed to the front and rear position fixing groove 318 of the front end portion of the front and rear position fixing grooves 318 of the handle guide guide groove 317, the pressing protrusion 413 The rear end of the handle 411 of the handle portion 41 is lifted by a height of) so that the nail can be trimmed, but the handle replacement protrusion 412 is the front and rear positions of the handle guide groove 317. When fixed to the front and rear position fixing groove 318 of the rear end of the fixing grooves 318, the pressing projection 413 is inserted into the pressing projection receiving groove 216 is the handle of the handle 41 The rear end portion is not lifted up, and is disposed in parallel with the upper steel plate 211 of the cutting body 21, thereby making it easy to store.

The rear end of the case bottom 312 of the main body case 31 may also be integrally formed with the cutting body fixing protrusion 319 vertically upward with respect to the case bottom 312, the cutting body fixing protrusion 319 is When inserted into the body groove 214 formed at the rear end of the cutting body 21, the cutting body 21 can be suppressed from being separated from the body case 31 arbitrarily.

In addition, the nail clipper according to the present invention, as shown in Fig. 5 and 6, the upper steel plate 211 and the lower steel plate 212 is formed in a shape in which one end is joined to each other, the other end is opened, A cutting body 21 in which cutting blades 213 are formed at each of front ends of the upper steel plate 211 and the lower steel plate 212; A second body case 51 into which the cutting body 21 is interpolated; And it is mounted variablely back and forth in the second body case 51, a plurality of second pressing protrusions 611 are formed integrally upward, the pressing piece protrusion 612 is integrally formed on the side Pressing piece 61; is made, including the second body case 51 is formed in the 'C' shape of the second case side surface 511 and the second case bottom surface 512, the second A press piece guide groove 513 is formed at the lower front end of the case side surfaces 511 to variably fix the press piece 61 in the front and rear directions, and the front and rear ends of the press piece guide groove 513 are respectively. First fixed position grooves 514 and second fixed position grooves 515 are formed in the upper surface of the front upper ends of the second case side surfaces 511 and protrude in a direction perpendicular to the second case side surface 511. The cutting body fastening rods 516 are formed integrally.

In the configuration as described above, the cutting body 21 has a body fastening protrusion receiving groove 218 is formed near the front end of the upper steel plate 211 by the body fastening protrusion receiving groove 218 the second The cutting body 21 as described above, except that the cutting body 21 itself serves as the handle portion 41 while being fixed by the cutting body fastening rod 516 of the body case 51. Functions the same as or similar to

In addition, the handle body 41 is rotatably fixed to the second body case 51, and the cutting body 21 is the body fastening protrusion receiving groove 218 and the cutting body fastening rod 516 as described above. It is fastened rotatably by, and the plurality of second pressing projections (611) is configured to be in use and storage state in accordance with the position of the pressing piece 61 formed integrally. The second body case 51 into which the cutting body 21 is inserted is formed of second case side surfaces 511 and second case bottom surfaces 512 in a 'c' shape, and the second case side surfaces 511. In the lower part of the front end of the press pieces are provided with a pressing piece guide groove 513 for variably fixing the pressing piece 61 in the front and rear direction, the pressing piece guide groove 513 is first fixed to each of the front end and the rear end thereof. Positioning grooves 514 and second fixed position grooves 515 are formed, and cutting body fastening vertically with respect to the second case side surface 511 on the front upper inner surface of the second case side surfaces 511. Rod 516 is formed integrally.

The pressing piece 61 is mounted variably back and forth in the second body case 51, a plurality of second pressing protrusions 611 are formed integrally upward, the pressing piece fastening protrusion ( 612 is formed integrally.

The front end portion of the second case bottom surface 512 is formed with a recess portion which is partially cut to retreat from within the range of 5 to 10 mm from the second case side surfaces 511. The formation of the recess portion facilitates the replacement of the cutting body 21, and the end of the nail to facilitate the trimming operation in the trimming of the nail by the pressure of the cutting body 21 of the cutting body 21 It serves to approach the cutting edges.

With the above-described configuration, as shown in FIG. 6, the pressing piece 61 is fixedly fixed back and forth within the second body case 51, and the cutting body 21 is the second body case. It is rotatably fixed to 51, and it is comprised so that it may function as a nail clipper.

Here, the pressing piece guide groove 612 of the pressing piece 61 is fixed to be movable back and forth along the pressing piece guide grooves 513 of the second body case 51, the pressing piece guide groove When fixed to the first fixed position groove 514 formed in the 513, the rear end of the cutting body 21 by the second pressing protrusions 611 integrally formed in the pressing piece 61 upwards When the nail is being lifted up and can be trimmed and fixed to the second fixed position groove 515 formed in the pressure piece guide groove 513, the cutting body 21 is the second body case 51. Side by side or in the second body case 51 is accommodated in a state of easy storage. Even in such a configuration, the cutting body 21 is replaceable and includes a plurality of cutting bodies 21 in which cutting blades 213 having various sizes and shapes are provided, and various types of cutting bodies 21 are appropriately used according to the use. The nails can be trimmed simply, easily and beautifully.

Therefore, according to the present invention, the nail which can replace the cutting body 21 in which the cutting blade 213 is formed to replace the cutting blade for cutting the nail directly according to the user or according to the size and shape of the nail of the user. Providing the clipper has the effect of allowing a variety of nails to be easily, easily and beautifully trimmed.

Although the present invention has been described in detail only with respect to the described embodiments, it will be apparent to those skilled in the art that various modifications and variations are possible within the technical scope of the present invention, and such modifications and modifications are within the scope of the appended claims.

1 is a perspective view schematically showing a conventional nail clipper.

2 is a perspective view showing one specific embodiment of the nail clipper according to the present invention.

3 is a partially enlarged perspective view showing in detail a portion of the one-way groove formed in the front end of the cutting body of Figure 2 and the one-way protrusion of the handle portion for operating the same.

Figure 4 is a perspective view showing another specific embodiment of the nail clipper according to the present invention.

Figure 5 is a perspective view showing another specific embodiment of the nail clipper according to the present invention.

6 is a perspective view of the engaged state of the nail clipper of FIG.

※ Explanation of code for main part of drawing

11: upper steel plate 12; Lower steel plate

13 pressure bar 14 operation handle

15: upper steel sheet front end 16: upper straight cutting blade

17: lower steel sheet front end 18: lower straight cutting blade

19: lever lever

21: cutting body 211: upper steel sheet

212: lower steel sheet 213: cutting blade

214: main body groove 215: one-way groove

216: pressing projection receiving groove 217: pressing projection contact surface

218: body fastening protrusion receiving groove

31: body case 311: case side

312: case bottom 313: fastening protrusion receiving groove

314: handle fixing tool 315: fixture fixing protrusion

316: fixture projection groove 317: handle guide groove

318: front and rear position fixing groove 319: cutting body fixing protrusion

41: handle 411: handle

412: handle replacement protrusion 413: pressure projection

414: one-way protrusion

51: second body case 511: second case side

512: bottom of the second case 513: pressing piece guide groove

514: first fixed position groove 515: second fixed position groove

516: cutting body fastening rod

61: pressurized piece 611: second pressing projection

612: Pressurized piece protrusion

Claims (9)

One end of the upper steel plate and the lower steel plate is bonded to each other, the other end is made of a shape that is open, the cutting body is formed by cutting edges are formed in each of the front end of the upper steel plate and the lower steel plate; A body case into which the cutting body is interpolated; And a handle part rotatably fixed to the main body case to press the front end of the cutting body, wherein the main body case is formed of case sides and a case bottom in a 'c' shape, and the case A fastening projection receiving groove is formed in the upper front end of the side to rotate the handle part. The handle part is made of steel plate as a means for substantially pressurizing, the handles formed on both sides of the front end of the hand bar. Nail replacement, characterized in that the replacement protrusion and the pressing projection formed on the bottom surface of the front end of the handle is formed. The method of claim 1, The nail clipper, characterized in that the body groove is further formed in a portion where the upper and lower steel plates of the cutting body are bonded to each other. The method of claim 1, One-way grooves are further formed on the upper surface of the upper end of the upper steel sheet of the cutting body, and one-way protrusions protruding in the longitudinal direction are further formed at the front end of the handle of the handle part, thereby mutually coupling the one-way protrusions and the one-way grooves. The nail clipper, characterized in that configured to withdraw the cutting body from the main body case in a subsequent variable operation. The method of claim 1, The nail clipper, characterized in that the handle is further formed on the rear end of the main body case rotatably with respect to the main body case. The method of claim 1, The nail clipper, characterized in that the fixing fixture fixing protrusions are further formed on the inner side of the handle fixing means so as to be inserted into the fixing protrusion receiving groove formed on the case side of the main body case so as not to be unfolded arbitrarily. The method of claim 1, Handle bar guide grooves are formed to variably fix the handle part in the front-rear direction at upper end portions of the case side surfaces of the main body case, and the front and rear position fixing grooves are formed in the handle bar guide grooves before and after. The nail clipper, characterized in that made. The method of claim 1, The nail clipper, characterized in that the cutting body fixing projection is formed integrally with the case bottom rear end of the main body case perpendicular to the case bottom. One end of the upper steel plate and the lower steel plate is bonded to each other, the other end is made of a shape that is open, the cutting body is formed by cutting edges are formed in each of the front end of the upper steel plate and the lower steel plate; A second body case into which the cutting body is interpolated; And a pressing piece that is variably mounted back and forth within the second body case, wherein a plurality of second pressing protrusions are integrally formed upward, and a pressing piece on which a pressing piece binder is integrally formed at a side thereof. The second body case has a 'c' shape and is formed with second case side surfaces and a second case bottom surface, and a pressing piece for variably fixing the pressing piece in front and rear directions at the lower ends of the second case side surfaces. Guide grooves are formed, and the pressing piece guide grooves are formed with first fixed position grooves and second fixed position grooves at the front and rear ends thereof, and the second case side surfaces are formed at the front upper surfaces of the second case side surfaces. Nail clipper, characterized in that the cutting body fastening rod protruding in the vertical direction is formed integrally. The method of claim 8, The nail clipper, characterized in that the front end of the bottom of the second case is formed with a recess portion which is partially cut to retreat from within the range of 5 to 10mm from the second case side surfaces.