TWM649157U - Arc-shaped thinning hair clipper - Google Patents

Abstract

An arc-shaped thinning hair scissor includes a movable blade and a static blade that are pivoted to each other. The movable blade and the static blade are both formed into an arc shape, and a movable blade is formed at one end of the movable blade and the static blade respectively. The finger ring portion and the stationary blade ring portion, wherein the movable blade has a comb-tooth blade, the stationary blade has a smooth blade, and the movable blade is arranged at a position where the thumb matches the movable blade ring portion to control the comb-tooth blade for shearing , and the static blade is disposed at a position where fingers other than the thumb match the static blade ring portion to control the smooth blade for cutting, whereby the smooth blade is used to support the hair, and the comb-tooth blade is used to cut the hair. Improve cutting efficiency and make the hair fall off easily after cutting.

Description

Curved thinning hair scissors

This invention relates to scissors used in beauty and hairdressing, especially arc-shaped hair thinning scissors that have better cutting efficiency and the effect of making the cut hair fall out more easily without getting stuck.

Generally speaking, hair scissors used to thin hair in the beauty and hairdressing industry generally include a static blade and a movable blade. The so-called "static blade" refers to the blade that remains motionless relative to the movable blade when cutting. The "moving blade" refers to the blade that moves relative to the static blade when cutting; the static blade has a plurality of comb-tooth blades arranged at intervals, and the moving blade is a continuous smooth blade; when cutting hair, The hair rests against the static blade, and the movable blade moves relative to the static blade for shearing. Only part of the hair is cut off and the other part is retained by the spaced comb-tooth blades to achieve the purpose of thinning the hair.

The moving blades and static blades of early thinning hair shears were both formed into a straight plane shape, so it was difficult to create a concave and convex rounded cutting line according to the curve of the head. Therefore, the Republic of China Patent No. M245033 provides a " "Hair scissors with a cambered cutting part", which includes a blade and a comb-toothed blade, and is characterized in that the blade and the comb-toothed blade are designed to be in a cambered shape. Accordingly, when the hairdresser thins the hair, By utilizing the curved arc of the blade and the comb blade to fit the curve of the head, it is easier to thin the hair into a curved cut line, thus presenting a three-dimensional streamlined hairstyle.

However, since the patent No. M245033 uses the comb blade as a stationary blade and the smooth blade as a moving blade, that is, when cutting, the comb blade is used to support the hair, while the smooth blade is used to actually cut the hair. Therefore, in this situation, most of the hair supported on the static blade will fall into the gap between the comb blades before being cut, so that the moving blade can only cut a very small amount of hair, resulting in loss of hair. The hair stuck in the gap cannot be cut, the cutting efficiency is poor, and the cut hair is easy to get stuck in the gap and difficult to fall off.

The purpose of this creation is to provide an arc-shaped thinning hair scissor. In addition to using the arc-shaped movable knife and the static blade to cooperate with the head curve, the hair can be more easily thinned into an arc-shaped cutting line to present a three-dimensional streamline effect. In addition, it has the advantages of good cutting efficiency and the cut hair will fall off more easily without getting stuck.

The technical means of arc-shaped hair thinning scissors provided by this invention include a movable blade and a static blade that are pivotally connected to each other. The movable blade and the static blade are both formed into an arc shape, and between the movable blade and the static blade One end is respectively formed with a movable blade ring portion and a stationary blade ring portion, wherein the movable blade has a comb-tooth blade, and the stationary blade has a smooth blade. The movable blade is configured to match the movable blade ring portion with the thumb to control the comb teeth. The position where the blade performs cutting is arranged, and the static blade is arranged at a position where a finger other than the thumb matches the ring portion of the static blade to control the smooth blade to perform cutting. With the above structure, when the hair is cut, the static blade supports the hair in a stationary state relative to the movable blade, and the movable blade moves relative to the static blade to cut the hair. Accordingly, at the moment of cutting, Only the hair that corresponds to the comb blade will be cut, and the hair that does not correspond to the comb blade will not be cut, that is, the optimal amount of hair cutting is provided, thereby improving the cutting efficiency.

Preferably, the moving blade is formed with a plurality of comb tooth portions, a first gap is formed between two comb tooth portions, the end of each comb tooth portion forms the comb tooth blade, and the two comb tooth blades are A second gap is formed therebetween, wherein the first gap is larger than the second gap. With the above structure, when the movable blade moves relative to the static blade to cut hair, the speed of hair entering the larger first gap through the narrow second gap can be slowed down to obtain a more suitable hair cutting amount.

Preferably, the comb tooth portions may be formed in an arc shape. With the above structure, the comb-tooth blade can be sheared at an optimal angle relative to the smooth blade in response to the angle of the movable blade when it rotates and moves.

In order to facilitate understanding of the present invention, the present invention will be described in detail below with reference to the accompanying drawings and embodiments. The drawings illustrate some, but not all, embodiments of the invention. The invention can be implemented in many different forms and is not limited to the embodiments described herein. Rather, these embodiments are provided to provide a thorough and comprehensive understanding of the present disclosure. Based on the embodiments of this invention, all other embodiments obtained by those of ordinary skill in the art without making any progressive efforts fall within the scope of protection of this invention.

Unless otherwise defined, all technical and scientific terms used herein have the same meaning as commonly understood by a person skilled in the art of this creation. The terms used in the description of the invention are only for the purpose of describing specific embodiments and are not intended to limit the invention.

As shown in Figures 1 and 2, the arc-shaped hair thinning scissors provided by this invention include a movable blade 10 and a static blade 20 that are pivotally connected to each other. The movable blade 10 and the static blade 20 are both formed into an arc shape, and A moving blade ring portion 101 and a stationary blade ring portion 201 are respectively formed at one end of the movable blade 10 and the stationary blade 10. A plurality of comb-tooth blades 102 are formed on one side of the movable blade 10, and a continuous comb-tooth blade 102 is formed on one side of the stationary blade 20. Smooth blade 202, in which the moving blade ring part 101 provides a place where the user's thumb can fit into it to control the comb blade 102 for cutting, while the fixed blade ring part 201 provides a place other than the user's thumb. The fingers can match the position inserted into it to control the smooth blade 202 for shearing; that is, the movable blade 10 is configured at a position where the comb blade 102 is controlled by the thumb for shearing, and the static blade 20 is configured at a position controlled by the index finger, The middle finger, ring finger or little finger controls the cutting position of the smooth blade 202 .

As shown in Figure 3, the moving blade 10 is formed with a plurality of comb tooth portions 103. A first gap C1 is formed between the two comb tooth portions 103. The end of each comb tooth portion 103 forms the comb tooth blade 102, and both A second gap C1 is formed between the comb blades 102 , wherein the first gap C1 is larger than the second gap C2 . Preferably, the comb tooth portions 103 are all formed into an arc shape with the same curvature; the curvature of the comb tooth portion 103 is used to adjust the comb tooth blade 102 to the optimal angle in response to the angle of the movable blade 10 when it rotates and moves. Shearing is performed against the smooth blade 202 .

As shown in Figure 4, when hair is cut by the arc-shaped thinning scissors of the present invention, the concave surfaces of the arc-shaped movable blade 10 and the stationary blade 20 are directed toward the curved head of the person being cut. part, when the hair 30 to be cut for the first time is placed between the movable blade 10 and the static blade 20, the static blade 20 can support the hair 30 in a stationary state relative to the movable blade 10, and when the movable blade 10 is operated relative to the static blade When 20 moves, the hair 30 is cut by shearing the comb blade 102 relative to the smooth blade 202. Accordingly, at the moment of shearing, only the hair corresponding to the comb blade 102 will be cut, but not the hair corresponding to the comb blade. The hair 102 enters the relatively wide first gap C1 through the narrow second gap C2 without being cut, and when the hair 30 passes through the narrow second gap C2 and enters the larger first gap C1 The speed of the hair 30 entering the first gap C1 can be slowed down, so that the optimal amount of hair cutting can be obtained, and the hair will not be stuck, thereby improving the shearing efficiency of thinning hair.

In addition, as shown in Figures 5 and 6, this invention arranges the movable blade 10 in a position where the thumb controls the cutting, and the static blade 20 in a position where fingers other than the thumb control the cutting, so that After cutting the hair in one area (as shown in Figure 5) and moving the hair scissors to the next adjacent area to be cut, the smooth blade 202 can be quickly aligned with the cut hair line 301 ( As shown in Figure 6), the next area to be cut can be quickly trimmed into a neat hairstyle, without the need for multiple trimmings to complete the thinning of the hairstyle like conventional hair thinning scissors. , the cutting efficiency of the curved thinning hair scissors of this creation is further improved.

The above-described embodiments only express the preferred implementation modes of the present invention, and their descriptions are relatively specific and detailed, but they should not be construed as limiting the patent scope of the present invention. It should be noted that those of ordinary skill in the art can make several changes and improvements without departing from the concept of this invention, and these all fall within the protection scope of this invention.

10: Moving blade 101: Moving blade ring part 102: Comb blade 103: Comb tooth part 20: Silent Blade 201:Static Blade Ring Part 202: Smooth blade 30:Hair 301: hair line C1: first gap C2: Second gap

Figure 1 is a three-dimensional view showing the structure of this creation from the first angle; Figure 2 is a three-dimensional view showing the structure of this creation from a second angle; Figure 3 is a plan view showing the structure of the comb blade of this invention; Figure 4 is a schematic diagram showing an embodiment of the hair scissors of the present invention using a smooth blade to support the hair before cutting the hair; and Figure 5 shows the state of the hair after being cut by the hair scissors of this creation; Figure 6 shows the state in which the hair shear of this invention cuts the hair and then moves to the connecting area for cutting.

10: Moving blade

101: Moving blade ring part

102: Comb blade

103: Comb tooth part

20: Silent Blade

201:Static Blade Ring Part

202: Smooth blade

Claims (3)

An arc-shaped thinning hair scissor includes a movable blade and a static blade that are pivoted to each other. The movable blade and the static blade are both formed into an arc shape, and a movable blade is formed at one end of the movable blade and the static blade respectively. The characteristics of the ring part and the static blade ring part are: The movable blade has a comb-tooth blade, and the stationary blade has a smooth blade. The movable blade is arranged at a position where the thumb matches the ring portion of the movable blade to control the comb-tooth blade for shearing, and the stationary blade is arranged at a position where the thumb matches the ring portion of the movable blade for shearing. Other fingers match the static blade ring portion to control the cutting position of the smooth blade. The arc-shaped hair thinning scissors of claim 1, wherein the moving blade is formed with a plurality of comb tooth portions, a first gap is formed between two of the comb tooth portions, and the end of each comb tooth portion is formed with The comb-tooth blades, and a second gap is formed between the two comb-tooth blades, wherein the first gap is larger than the second gap. The arc-shaped hair thinning scissors of claim 2, wherein the comb tooth portions are formed in an arc shape.