JP6304671B2 - Nail clippers - Google Patents

Description

  The present invention relates to nail clippers.

  Conventionally, various nail clippers have been developed as instruments for cutting nails of hands and toes. For example, Patent Document 1 has a pair of mutually connected members each having a cutting blade, and a device that relatively moves a member for bringing the cutting blade closer to the spring action, and the device includes a claw. A nail clipper is disclosed that includes an adjustment lever that is mounted to rotate to a non-cutting portion of the cut and a sliding surface that contacts or connects to a non-cut end of the member.

Japanese Patent Publication No. 47-026024

  The nail clipper disclosed in FIG. 5 of Patent Document 1 is shown in FIG. 7 as a conventional nail clipper. FIG. 7A is a diagram illustrating a state in which the nail clipper 100 according to the related art is stored, and FIG. 7B is a diagram in which the first lever portion 106 and the second lever portion 108 are inclined. FIG.7 (c) is a figure which shows the state which has given clamping force with the finger from the inclination state of FIG.7 (b).

  However, since one end of the second lever portion 108 is connected to the flat plate upper blade body 112 and the flat plate lower blade body 114 via the rotation shaft 110, the flat plate upper blade body 112 and the flat plate lower blade body of the nail clipper 100. If the plate upper blade body 112 and the plate lower blade body 114 are slightly inclined, the second lever portion 108 may be opened to be in an upright state or a fully open state, regardless of whether the plate 114 is parallel to the floor surface. Thus, if the 2nd insulator part 108 opens and closes arbitrarily according to the inclination of the flat plate upper blade body 112 and the flat plate lower blade body 114, there exists a subject that it is difficult for a user to cut a nail | claw.

  An object of the present invention is to provide a nail clipper that can more appropriately cut a nail of a foot or a finger of a hand.

The nail clipper according to the present invention has a flat plate upper blade body having an upper blade at one end and having an upper blade through-hole formed on the upper blade side, and a lower blade facing the upper blade at one end. And a flat plate lower blade body having a lower blade through hole formed at a position corresponding to the upper blade through hole, to which an urging force is applied so as to separate the upper blade and the lower blade, The blade body and the flat plate lower blade body are supported, inserted into the upper blade through hole and the lower blade through hole, the lower end portion is locked to the flat plate lower blade body, and the upper end portion is the flat plate upper blade body. A distance between the upper end of the flat plate upper blade body and the upper end of the flat plate upper blade body, and the upper end of the plate upper blade body. A first lever portion having an inclined posture extending so as to spread toward the other end, and when the external force is applied, the first lever portion A slanted posture extending so that the distance between the center portion pressing the one end and the other end to which the external force is applied is widened from one end to the other end. When the second insulator is moved in the closing direction relative to a predetermined boundary portion provided on the outer peripheral portion, the insulator is connected to one end of the insulator and the second insulator. When the second lever portion is held in an inclined posture so as to come into contact with the center portion of the first lever portion, and the second lever portion is moved in the opening direction with respect to the boundary portion, the standing posture of the second lever portion is increased. The first lever portion has a bent portion that is bent in an inclined posture so that the other end side faces the flat plate upper blade body, and the second lever portion is the first lever portion . The smaller one of the angles formed by the contact between the two lever portions and the first lever portion is sharpened. Characterized in that it has a serial one height adjusting portion bent at an end side of the second lever portion.

  Further, in the nail clipper according to the present invention, the nail clipper includes a case capable of storing a cutting portion having the flat plate upper blade body, the flat plate lower blade body, the support portion, and the first lever portion, and the case is opened. Covers the front part, the side part that covers the side face so that the claws do not scatter when the nail cutter presses the upper blade and the lower blade that are in pressure contact with each other, and the rear face that is opposite to the front part. A back portion provided with the cam portion; and a lid portion including the second insulator portion and covering the upper surface portion; the cutting portion positioned the upper blade and the lower blade on the back side of the case. It is sometimes preferable to have a wall portion that covers the opened front portion.

  According to the present invention, since the other end of the second lever portion for applying a force is provided above the upper blade that contacts the nail, the nail is cut in a state where the upper blade and the finger to which the force is applied are close to each other. be able to. Accordingly, when the nail is cut, the nail clipper can be easily positioned, so that the nail can be appropriately cut without using a deep nail.

  Moreover, according to this invention, when moving a 2nd insulator part in the closing direction rather than the predetermined boundary part provided in the outer peripheral part, a 2nd insulator part contacts the center part of a 1st insulator part. A cam portion is provided that holds the tilted posture and holds the standing posture of the second lever portion when the second lever portion is moved in the opening direction relative to the boundary portion. As a result, the tilting posture or the standing posture is maintained, so that the second lever portion does not open and close arbitrarily according to the tilting of the main body, and the user can Can be cut.

It is a figure which shows the nail clipper of 1st embodiment which concerns on this invention. It is a perspective view of the nail clipper of 1st embodiment which concerns on this invention. It is a figure which shows the nail clipper of 2nd embodiment which concerns on this invention. It is a perspective view of the nail clipper of 2nd embodiment which concerns on this invention. It is a figure which shows the nail clipper of 3rd embodiment which concerns on this invention. It is a perspective view of the nail clipper of 3rd embodiment which concerns on this invention. It is a figure which shows the nail clipper of a prior art.

  Embodiments according to the present invention will be described below in detail with reference to the accompanying drawings. Below, the same code | symbol is attached | subjected to the same element in all the drawings, and the overlapping description is abbreviate | omitted. In the description in the text, the symbols described before are used as necessary.

  FIG. 1 is a view showing a nail clipper 10 according to the first embodiment of the present invention. FIG. 1A is a side view showing a state in which the nail clipper 10 is stored. FIG. 1B is a side view showing a state when the use of the nail clipper 10 is started. FIG. 1C is a side view showing a state in which the upper blade 24 and the lower blade 26 are pressed against each other by pressing the pressing portion 54 of the nail clipper 10.

  Fig.2 (a) is a perspective view at the time of seeing the nail clipper 10 shown by FIG.1 (b) from the front side. FIG.2 (b) is a perspective view at the time of seeing the nail clipper 10 shown by FIG.1 (b) from the back side.

  The nail clipper 10 includes a flat plate upper blade body 12 having an upper blade 24 at one end, a flat plate lower blade body 14 having a lower blade 26 facing the upper blade 24 at one end, a lever portion 16, a support portion 18, and the like. It has. The flat plate upper blade body 12 and the flat plate lower blade body 14 are made of a material having an appropriate strength, for example, stainless steel. In addition, the other ends of the flat plate upper blade body 12 and the flat plate lower blade body 14 are joined so that the upper blade 24 and the lower blade 26 are fixed with a predetermined gap therebetween. For this reason, a biasing force is applied in such a direction as to separate the upper blade 24 and the lower blade 26.

  The flat plate upper blade body 12 has an upper blade 24 formed by bending one end of a flat plate member and sharpening its tip. In the flat plate upper blade body 12, an upper blade through hole 22 having a predetermined area is formed in the vicinity of the upper blade 24. The flat plate upper blade 12 has a through hole 28 for inserting the support portion 60 at the other end.

  The flat lower blade body 14 has a lower blade 26 formed by bending one end of a single flat plate member and sharpening its tip. Further, the flat plate lower blade body 14 has a lower blade through hole 25 formed at a position corresponding to the upper blade through hole 22 in the vicinity of the lower blade 26. The flat plate lower blade 14 is formed with a through hole 30 for inserting the support portion 60 at the other end.

  Further, as described above, the flat plate upper blade body 12 and the flat plate lower blade body 14 are fixed so that the upper blade 24 and the lower blade 26 face each other and are fixed in a state where a predetermined interval is opened. However, as shown in FIG. 1, the flat plate lower blade body 14 is slightly bent and warped so that the predetermined interval is opened. Thereby, the upper blade 24 and the lower blade 26 are fixed in a state where a predetermined gap is left.

  The support portion 18 supports the flat plate upper blade body 12 and the flat plate lower blade body 14. The support portion 18 is made of a material having an appropriate strength, for example, stainless steel. The support portion 18 has a substantially cylindrical main body portion 18a inserted through the upper blade through hole 22 and the lower blade through hole 25, and an area that is slightly larger than the lower blade through hole 25 provided at the lower portion of the main body portion 18a. And a locking portion 18b that is locked to the flat plate lower blade body 14. In addition, the length of the main body 18a is set to such a length that the upper end protrudes above the flat plate upper blade 12.

  The insulator part 16 includes a first insulator part 36 and a second insulator part 38. The first insulator portion 36 has one end 42 that is rotatably connected to the upper end portion of the support portion 18. The first insulator portion 36 includes a flat plate main body portion 42a having a substantially U shape in plan view, and a through rod portion 42b that penetrates the support portion 18 and has a slightly smaller cross-sectional area than the through hole.

The first insulator portion 36 is provided so as to be inclined with respect to the upper surface of the flat plate upper blade body 12, and has the other end 46 that is pushed down by applying an external force. For example, the first insulator portion 36 is set so as to extend at an angle (θ ₁ ) of about 45 ° with respect to the upper surface of the flat plate upper blade body 12 in the inclined state shown in FIG. It is preferable.

  The support part 60 supports the flat plate upper blade body 12 and the flat plate lower blade body 14. The support part 60 is made of a material having an appropriate strength, for example, stainless steel. The support part 60 is provided in the lower part of the main body part 60a and the main body part 60a which has two pillars of the substantially square pillar shape (shape like a clogs leg) inserted in the through hole 28 and the through hole 30, and the through hole 30. And an engaging portion 60b that is engaged with the flat plate lower blade 14 via the elastic member 63. In addition, the length of the main body 60a is set to such a length that the upper end protrudes above the flat plate upper blade body 12.

  The second lever portion 38 includes a height adjusting portion 56 and an inclined portion 58. The height adjusting portion 56 has one end that is rotatably connected to the upper end portion of the support portion 60. The height adjusting portion 56 has a structure similar to the one end 42 of the first insulator portion 36 and has a W shape instead of a U shape. Further, as shown in FIG. 1A, the second lever portion 38 is provided to be slightly wider than the first lever portion 36, and standing portions 38a and 38b are provided at both ends so that a recess is formed. Is formed. The other end 46 of the first lever portion 36 enters the recess, and the first lever portion 38 is guided while movement in the width direction is restricted.

  The height adjusting portion 56 is provided with a cam portion 62 that is connected to one end of the second lever portion 38. Further, an elastic member 63 having two through holes using rubber or the like is inserted between the other end of the flat lower blade body 14 and the locking portion 60b.

  The cam portion 62 has a boundary portion 65 having a substantially square corner portion on the outer peripheral portion. When the apex of the corner of the boundary portion 65 is in contact with the other end of the flat plate upper blade 12 as shown in FIGS. 1A and 1A, the main body 60a is pulled up. Therefore, the elastic member 63 is compressed and the urging force is increased.

  When the cam portion 62 is moved in the closing direction from the state in which the apex of the corner portion of the boundary portion 65 is in contact with the other end of the flat plate upper blade 12, as shown in FIGS. 1 (a) and (a1), A flat portion 67 is formed to hold the inclined posture such that the second lever portion 38 contacts the central portion of the first lever portion 36. Here, as shown in FIG. 1B, when the first insulator part 36 and the second insulator part 38 are in an inclined state, the flat part 67 tends to move in a contact direction. For this reason, a force works so that the second insulator portion 38 holds down the first insulator portion 36.

  When the second insulator 38 is moved in the opening direction from the state where the apex of the corner of the boundary portion 65 is in contact with the other end of the flat plate upper blade 12, the cam portion 62 is shown in FIG. As shown in a3), a flat portion 69 for holding the standing posture of the second lever portion 38 is formed. The flat portion 67 and the flat portion 69 form an angle of about 90 degrees, and the apex of the corner portion of the boundary portion 65 is formed between the flat portion 67 and the flat portion 69.

The inclined portion 58 is provided so as to be inclined with respect to the upper surface of the flat plate upper blade 12 from the boundary with the height adjusting portion 56, and is a center that presses the other end 46 of the first insulator portion 36 when an external force is applied. And a pressing portion 54 to which an external force is applied so that the upper blade 24 and the lower blade 26 are pressed against each other by pressing the flat plate upper blade body 12. For example, the inclined portion 58 is preferably set so as to extend at an angle (θ ₂ ) of approximately 45 ° with respect to the upper surface of the flat plate upper blade 12 in the inclined state of FIG.

  Then, the effect | action of the nail clipper 10 of the said structure is demonstrated. When the user (user) cuts the toenails using the nail clipper 10, positioning is performed while holding the locking portion 18b of the support portion 18 with the index finger and suppressing the pressing portion 54 with the thumb. At this time, since the finger is located near the upper blade 24 and the lower blade 26, the positioning of the toe can be finely adjusted while hooking the toe with the middle finger or the ring finger. Positioning can be performed. In this state, the pressing portion 54 is pressed with the thumb.

  When the pressing portion 54 is pushed down, the central portion presses the other end 46 of the first lever portion 36. Then, the other end 46 becomes a power point, the boundary portion 44 becomes a fulcrum, and the support portion 18 is pulled up through the penetrating rod portion 42b by the lever principle. Thereby, as FIG.1 (c) shows, the upper blade 24 and the lower blade 26 close, and a nail | claw can be cut. Thus, according to the nail clipper 10, the nail can be cut after performing accurate positioning with respect to the nail of the toe to be cut, and thus there is an advantage that deep nails can be suppressed. .

Here, in the nail clipper 100 of the prior art shown in FIG. 7, the angle formed by the upper blade body 112 and the first insulator 106 is such that the inclination angle of the first insulator 106 is shown in FIG. 7B. θ ₁₁ is small. For this reason, even when a force is applied to the second lever portion 108, as shown in FIG. 7C, the upper blade 102 and the lower blade 104 are not pressed against each other while being separated. This will not cut your nails.

In contrast, the trimmer 10 of the embodiment according to the present invention, the inclination angle theta ₁ of the first lever portion 36 is set as large as approximately 45 °. Furthermore, it has the bending part bent so that the other end 46 side might face the flat plate upper blade body 12 in the inclination posture. Thereby, the angle θ ₃ formed by the first lever portion 36 and the second lever portion 38 is made small. As a result, the second lever portion 38 is easily pressed.

In addition, the height adjusting unit 56 is used so that the first lever part 36 can be easily pushed, and the second lever part 38 has a height of one end 58T of the inclined part 58 that comes into contact with the bending part. It is provided at a higher position. For this reason, the angle θ ₂ can be reduced as compared with the case where the cam portion 62 is directly stretched, and the angle θ ₃ formed by the first insulator portion 36 and the second insulator portion 38 can also be reduced. As a result, the second lever portion 38 can be easily pressed, so that the user applies a force to the pressing portion 54 so that the upper blade 24 and the lower blade 26 are shown in FIG. And the nail can be cut.

  And the 2nd insulator part 38 is being fixed to either the inclination state or the standing state by making the boundary part 65 into a boundary. Therefore, since the second lever portion 38 does not open and close arbitrarily according to the inclination of the nail clipper 10, the user opens and closes the second lever portion 38 arbitrarily according to the inclination of the main body portion. You can concentrate on cutting your nails without feeling annoying.

  In a state where the nail clipper 10 is not used, the first lever portion 38 is opened and then the first lever portion 36 is raised. Thereafter, the first lever portion 36 is pinched with a finger and rotated 180 ° in the circumferential direction of the support portion 18, and the first lever portion 36 is tilted and stored. At this time, in the first insulator portion 36, the boundary portion 44 comes to the apex. And the 2nd insulator part 38 is brought down and made to contact | abut to the boundary part 44, and the nail clipper 10 can be made into an accommodation state as FIG. 1 (a) shows.

  Next, it is a figure which shows the nail clipper 10a of 2nd embodiment which concerns on this invention. FIG. 3A shows a state where the nail clipper 10a is separated from the case 70 and a side view showing how the nail clipper 10a is stored. FIG.3 (b) is a side view which shows a mode when the use of the nail clipper 10a is started. FIG. 3C is a side view showing a state in which the upper blade 24 and the lower blade 26 are pressed against each other by pressing the pressing portion 54 of the nail clipper 10a.

  Fig.4 (a) is a perspective view at the time of seeing the nail clipper 10a shown by FIG.3 (b) from the front side. FIG.4 (b) is a perspective view at the time of seeing the nail clipper 10a shown by FIG.3 (b) from the back side.

  The nail clipper 10 a includes a flat plate upper blade body 12 having an upper blade 24 at one end, a flat plate lower blade body 14 having a lower blade 26 facing the upper blade 24 at one end, and an insulator portion 16. The flat plate upper blade body 12, the flat plate lower blade body 14, and the insulator portion 16 of the nail clipper 10a and the nail clipper 10 have substantially the same structure. The difference is that the second insulator portion 38 is provided in the case 70. It is a point.

  The case 70 has a function of covering the side surfaces so that the claws do not scatter when the nail cutter is pressed with the upper blade 24 and the lower blade 26 positioned on the front portion 71. The case 70 is made of reinforced plastic or the like having a certain degree of flexibility and a certain degree of strength, and includes a bottom surface portion 74 that covers the bottom surface of the flat plate lower blade 14 and a side surface portion 72 that stands on the bottom surface portion 74. , 73.

  A projecting base portion 65b is formed on the back side of the case 70, and a main body portion 65a having two substantially square pillar-shaped columns is erected on the base portion 65b. A cam portion 62 is provided above the main body portion 65a. Between the cam portion 62 and the base portion 65b, two through-hole (sun-shaped) lid members 61 and two through-hole elastic members 63a are provided. Thereby, similarly to the nail clipper 10, the second insulator 38 can be fixed to either the inclined state or the standing state with the boundary 65 as the boundary.

  Next, the operation of the nail clipper 10a having the above configuration will be described. FIG. 3A illustrates a state where the nail clipper 10a and the case 70 are separated. When the user uses the nail clipper 10a, the nail clipper 10a is attached to the case 70, and the state shown in FIG.

  By operating the second lever 38 in the nail clipper 10a, the user can appropriately cut the nail similarly to the nail clipper 10. When the toenails are cut using the nail clipper 10a, positioning is performed while supporting the flat lower blade 14 with the index finger and suppressing the pressing portion 54 with the thumb.

  At this time, since the finger is located near the upper blade 24 and the lower blade 26, the positioning of the toe can be finely adjusted while hooking the toe with the middle finger or the ring finger. Positioning can be performed. In this state, by pressing the pressing portion 54 with the thumb, the upper blade 24 and the lower blade 26 can be pressed against each other as shown in FIG. 3C, so that the nail can be cut.

  Further, the nail clipper 10a covers the side surface, which is a space area formed between the flat plate upper blade body 12 and the flat plate lower blade body 14, with the side surface portions 72 and 73 of the case 70, and thus the nail clipped. Can be prevented from scattering.

  Next, it is a figure which shows the nail clipper 10b of 3rd embodiment which concerns on this invention. FIG. 5A shows a state where the nail clipper 10b is separated from the case 80 and a side view showing a state where the nail clipper 10b is stored. FIG.5 (b) is a side view which shows a mode when the use of the nail clipper 10b is started. FIG. 5C is a side view showing a state in which the pressing portion 54 of the nail clipper 10b is pressed and brought into pressure contact with the upper blade 24 and the lower blade 26.

  Fig.6 (a) is a perspective view at the time of seeing the nail clipper 10b shown by FIG.5 (b) from the front side. FIG.6 (b) is a perspective view at the time of seeing the nail clipper 10b shown by FIG.5 (b) from the back side.

  The nail clipper 10 b includes a flat plate upper blade body 12 having an upper blade 24 at one end, a flat plate lower blade body 14 having a lower blade 26 facing the upper blade 24 at one end, and an insulator portion 16. The nail clipper 10b and the flat plate upper blade body 12, the flat plate lower blade body 14 and the lever portion 16 of the nail clipper 10 have substantially the same structure. The difference is that the second lever portion 38 is provided in the case 80. And a point having a wall portion 15.

  The wall portion 15 is erected from the other end of the flat plate lower blade body 14. The wall portion 15 has a function of covering the front portion that is opened when the upper blade 24 and the lower blade 26 are positioned on the back side of the case 80. Thereby, as shown in the lower diagram of FIG. 5A, the nail clipper 10b can be completely stored in the housing.

  The case 80 includes an open front portion 81, side portions 82 and 83 that cover the side surfaces so that the claws do not scatter when nail cutting is performed in which the upper blade 24 and the lower blade 26 positioned on the front portion 81 are pressed against each other, The back part 85 which covers the back surface located on the opposite side to the part 81 and is provided with a cam part, and the cover part 39 including the second insulator part 38 and covering the upper surface part are provided.

  A base portion 67b is formed on the back surface 85 side of the case 80, and a main body portion 67a having two substantially square pillar-shaped columns is erected on the base portion 67b. A cam portion 62 is provided above the main body portion 67a. Here, the cam portion 62 is configured to form a part of the other end of the second lever portion 38. The second lever portion 38 having a recess for guiding the first lever portion 36 also functions as a lid portion 39 of the case 80.

  Between the cam part 62 and the base part 67b, a cover part 85B that constitutes a part of the back face part 85 of the case 80 and has a through hole, and an elastic member 63b that has two through holes are provided. Thereby, similarly to the nail clipper 10, the second insulator 38 can be fixed to either the inclined state or the standing state with the boundary 65 as the boundary.

  Next, the operation of the nail clipper 10b having the above configuration will be described. FIG. 5A shows a state where the nail clipper 10 b is separated from the case 80. When the user uses the nail clipper 10b, the nail clipper 10b is attached to the case 80, and the state shown in FIG.

  By operating the second lever portion 38 also at the nail clipper 10b, the user can appropriately cut the nail similarly to the nail clipper 10. When the nail clipper 10b is used to cut the nail of the toe, the nail can be appropriately cut while positioning while holding the flat blade 14 with the index finger and holding the pressing portion 54 with the thumb. .

  Further, the nail clipper 10b covers the side surface, which is a space area formed between the flat plate upper blade body 12 and the flat plate lower blade body 14, with the side surface portions 82 and 83 of the case 80, and thus the nail clipped. Can be prevented from scattering. Further, when the upper blade 24 and the lower blade 26 are positioned on the back side of the case 80, the front portion 81 where the wall portion 15 is opened is covered. Thereby, as shown in the lower diagram of FIG. 5A, the nail clipper 10b can be completely stored in the housing.

12 Flat upper blade body, 14 Flat lower blade body, 15 Wall part, 16 Insulator part, 18 Support part, 18a Main body part, 18b Locking part, 22 Upper blade through hole, 24 Upper blade, 25 Lower blade through hole, 26 Lower blade, 28 through hole, 30 through hole, 36 first insulator part, 38 second insulator part, 38a, 30b standing part, 39 lid part, 42 one end, 42a flat plate body part, 42b through bar part, 44 boundary Part, 46 other end, 54 pressing part, 56 adjusting part, 58 inclined part, 58T one end, 60 support part, 60a body part, 60b locking part, 61 lid member, 62 cam part, 63, 63a, 63b elastic member , 65 boundary portion, 65a body portion, 65b base portion, 67 flat portion, 67a body portion, 67b base portion, 69 flat portion, 70 case, 71 front portion, 72, 73 side portion, 74 bottom portion, 80 case, 81 Front part, 82, 83 Side part, 5 rear portion, 85B lid, 102 upper blade, 104 the lower blade, 106 the first lever portion, 108 a second lever portion, 110 rotation shaft, 112 tabular blade, 114 flat lower blade member.

Claims (2)

A flat plate upper blade body having an upper blade at one end and having an upper blade through hole formed on the upper blade side;
It has a lower blade opposite to the upper blade at one end and a lower blade through hole formed at a position corresponding to the upper blade through hole, and is attached so as to separate the upper blade and the lower blade. A flat lower blade body to which power is given,
The flat plate upper blade body and the flat plate lower blade body are supported, inserted into the upper blade through hole and the lower blade through hole, the lower end portion is locked to the flat plate lower blade body, and the upper end portion is the flat plate. A support portion protruding above the upper blade body;
The one end connected to the upper end portion of the support portion and the other end that is pushed down by applying an external force, so that the distance between the upper surface of the flat plate upper blade body is widened from one end to the other end. Of the flat plate upper blade body having a first lever portion having an extended inclined posture, a central portion for pressing the other end of the first lever portion when the external force is applied, and the other end to which the external force is applied. A second insulator part including a second insulator part having an inclined posture so that a distance between the upper surface and the upper surface extends from one end toward the other end;
The second lever portion is connected to one end of the second lever portion, and the second lever portion of the first lever portion is moved when the second lever portion is moved in the closing direction relative to a predetermined boundary portion provided on the outer peripheral portion. A cam portion that maintains an inclined posture so as to be in contact with a central portion, and that holds the standing posture of the second lever portion when the second lever portion is moved in the opening direction with respect to the boundary portion;
With
The first insulator portion has a bent portion that is bent so that the other end side faces the flat plate upper blade body in an inclined posture;
The second lever portion is bent at one end side of the second lever portion so that the smaller one of the angles formed by contact between the second lever portion and the first lever portion is sharpened. A nail clipper characterized by having a height adjustment part. The nail clipper according to claim 1,
A case capable of storing a cutting portion having the flat plate upper blade body, the flat plate lower blade body, the support portion, and the first lever portion;
The case is
An open front portion, a side portion that covers the side surface so that the claws do not scatter when the nail cutter is pressed against the upper blade and the lower blade that are located on the front portion, and an opposite side to the front portion A back portion covering the back surface and provided with the cam portion; and a lid portion including the second insulator portion and covering the upper surface portion;
The said cutting part has a wall part which covers the said front part opened when the said upper blade and the said lower blade are located in the back side of the said case, The nail clipper characterized by the above-mentioned.

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