Tool for haircut

Abstract

The utility model discloses a tool for haircut. The comb is characterized in that the comb body takes a bending shaping pipe as a bending framework and can be shaped after being bent in multiple directions; the comb body can be assembled and combined with another comb body to form a combined comb body; the comb body, the elastic magic tape belt and the belt buckle are assembled and combined to form a head-mounted self-service hair style mold; the comb body, the handle and the top sleeve are assembled and combined to form a handle type hair style mold. A haircut person can use the hair style mold for self-service haircut and cooperative haircut. According to the bending and shaping principle, the bending and shaping pipe serves as a bending framework, the handle can be bent in multiple directions, the bent handle can be attached to the hand shapes of different users, and the same handle is used by different people through bending and attaching, so that the different people feel comfortable in hand feeling.

Description

Technical Field

[0001] This utility model relates to a hairdressing tool. Background Technology

[0002] Currently, hairdressing molds are basically ordinary hair combs, which can also be called simple hair styling molds. Their comb bodies have a fixed shape: the comb teeth are arranged in a fixed linear direction or a fixed arc, and the curved surface formed by the outer edges of the comb teeth is a fixed planar shape or a fixed arc shape.

[0003] When a barber uses a hair styling mold to comb the hair, and then uses clippers to completely trim away the unwanted hair outside the mold to obtain a hairstyle for a section, we define this entire process as a step. The entire hairdressing process is completed by countless steps.

[0004] Using these simple hair styling molds, a barber needs countless steps to complete a curved haircut. An untrained person using these molds often results in an uneven surface. Using these simple molds for haircuts is very inconvenient.

[0005] Currently, the handles of simple hair styling molds are all of a fixed shape, making it difficult to provide a comfortable experience for different people using the same handle. Utility Model Content

[0006] The purpose of this invention is to provide a new hair styling mold: a deformable comb, to solve the problems currently encountered in hairdressing as mentioned in the background art.

[0007] To achieve the above objectives, this utility model provides the following technical solution. Compared with the prior art, the beneficial effects of this utility model are:

[0008] <1> This invention relates to a single-comb haircut mold. The comb body is designed to be bent and deform into an arc shape in multiple directions, and the bent arc shape can be fixed. First, based on the arc shape required for the hairstyle during haircutting, the comb body is bent into an arc shape identical to the desired hairstyle. Then, using the bent comb body as a haircutting mold, a hairstyle identical to the mold's arc shape is cut out in one step.

[0009] <2> This invention relates to a combination comb-body hairstyling mold, which allows for the combined use of multiple comb bodies. By connecting multiple comb bodies based on the deformation of a single comb body, the combined hairstyling mold can have richer curves and lines. Similarly, by using a hairstyling mold composed of multiple comb bodies, the hairstyle will have a richer variety of curved shapes and hairline combinations.

[0010] <3> By combining the comb body with other accessories, various types of hair styling molds can be created: head-mounted hair styling molds and handle-type hair styling molds. This better meets the needs of different groups of people and the requirements for diverse hairstyles.

[0011] <4> The handle of this utility model adopts the principle of bending and shaping. Through bending and deformation, the handle fits the hand shape of different people, improving the comfort of using the handle for different people.

[0012] This invention provides a haircutting mold that allows barbers to cut various curved shapes of hair on the head in a single step. By combining the comb and the hairpiece, barbers can create a wider variety of hairstyles. Even novice barbers can use this haircutting mold to cut satisfactory hairstyles according to the mold's shape. Attached Figure Description

[0013] Figure 1 This is a schematic diagram of the initial state structure of the comb body of this utility model;

[0014] Figure 2 This is an exploded view of the comb body in its initial state according to this utility model;

[0015] Figure 3 This is a structural diagram of the elastic hook and loop fastener connection of this utility model;

[0016] Figure 4 This is a diagram of the comb body and its connection structure of the present invention;

[0017] Figure 5 This is an initial state diagram of the single-comb handle type hair mold of this utility model;

[0018] Figure 6 This is a projection view of the single-comb handle type hair mold of this utility model, showing a unidirectional bending.

[0019] Figure 7 This is a three-dimensional view of the single-comb handle type hair mold of this utility model, showing a unidirectional bending.

[0020] Figure 8 This is a projection view of the bidirectional bending of the single-comb handle type hair mold of this utility model;

[0021] Figure 9 This is a three-dimensional view of the bidirectional bending of the single-comb handle type hair mold of this utility model.

[0022] Attached Figure

[0023] 100. Comb body; 110. Bending and shaping tube; 120. Comb body; 130. Injection-molded plastic body; 140. Right side fixing sleeve; 150. Right side ball screw; 160. Left side fixing sleeve; 170. Left side ball screw; 210. Elastic Velcro strap; 220. Left buckle; 230. Right buckle; 310. Connecting sleeve; 410. Top sleeve; 420. Handle; 421. Handle bending and shaping tube; 422. Handle injection-molded plastic body; 423. Upper end fixing sleeve of the handle; 424. Lower end fixing sleeve of the handle; 425. Handle hole plug. Detailed Implementation

[0024] The technical solutions of the present utility model will be clearly and completely described below with reference to the accompanying drawings of the embodiments. Obviously, the described embodiments are only some embodiments of the present utility model, and not all embodiments. Based on the embodiments of the present utility model, all other embodiments obtained by those of ordinary skill in the art without creative effort are within the protection scope of the present utility model.

[0025] The directions mentioned in this embodiment of the utility model, namely up, down, left, right, inside, and outside, are based on the positions shown in the figures in the accompanying drawings.

[0026] Please see Figures 1-9 The present invention provides a novel utility tool that is superior to current products: a deformable comb.

[0027] This utility model includes: a comb body (100); a bending and shaping tube (110); a comb body (120); an injection-molded rubber body (130); a right-side fixing sleeve (140); a right-side ball screw (150); a left-side fixing sleeve (160); a left-side ball screw (170); an elastic Velcro strap (210); a left buckle (220); a right buckle (230); a connecting sleeve (310); a top sleeve (410); a handle (420); a handle bending and shaping tube (421); a handle injection-molded rubber body (422); a handle upper fixing sleeve (423); a handle lower fixing sleeve (424); and a handle hole plug (425).

[0028] Figure 1 This is a schematic diagram of the initial state structure of the comb body (100) of this utility model. The length of the comb body (100) is set between 60mm and 300mm. The comb body (100) includes: a bent shaping tube (110), a comb body (120), an injection-molded plastic body (130), a right-side fixing sleeve (140), a right-side wave screw (150), a left-side fixing sleeve (160), and a left-side wave screw (170).

[0029] The force that shapes the comb body (100) after deformation comes from the bending shaping tube (110). The bending shaping tube (110) is initially cylindrical and can be bent in any radial direction under external force, with a minimum bending radius R>30mm. After bending, the bending shaping tube (110) retains its shape and maintains a stable bending state as long as the load does not exceed the force of its deformation. The circular shape of the radial cross section of the bending shaping tube (110) remains unchanged in the bent state. In this embodiment, the bending shaping tube (110) is a universal metal shaping hose from Jili Spring Factory in Shiwan Town, Boluo County, Guangdong Province.

[0030] like Figure 1 As shown, the two ends of the bent shaping tube (110) are respectively fitted with a right-side fixing sleeve (140) and a left-side fixing sleeve (160). The right-side fixing sleeve (140) and the left-side fixing sleeve (160) have the same shape and size. The structure of the fixing sleeve consists of a large cylinder in the middle connecting a coaxial "D"-shaped column on one side and a coaxial frustum connecting the other side. The large end of the frustum is connected to the large cylinder, and a circular hole is opened in the center of the end face of the small end of the frustum. The central circular hole and the cylindrical surface of the side end of the bent shaping tube (110) are interference-fitted, and the bottom surface of the central hole is flush with the side end face of the bent shaping tube (110). A circular blind hole is opened on the plane of the "D"-shaped column of the fixing sleeve. The circular blind hole is fitted with a ball screw, and the bottom of the ball screw is flush with the bottom of the circular hole. The circular blind holes on the plane of the "D"-shaped column of the right-side fixing sleeve (140) and the left-side fixing sleeve (160) are respectively fitted with a left-side ball screw (170) and a right-side ball screw (150). The ball of the ball screw protrudes 0.5mm above the plane of the "D" shaped column, and the outer cylindrical surface at one end of the ball is flush with the plane of the "D" shaped column. The ball screws on the left (170) and the ball screws on the right (150) have the same specifications. In this embodiment, the ball screws use stepless positioning beads from Huayang Hardware Mold Co., Ltd. on the Taobao platform.

[0031] like Figure 2 As shown, the comb body (120) is the main part of the comb body (100). The comb body (120) is formed by tightly connecting the bent shaping tube (110) and other components through a rubber-coating injection molding process. In the initial state, the comb body (120) is composed of multiple comb teeth of the same structure and size arranged in a straight line. A tapered comb tooth is set below each comb tooth, with a rounded corner at the top of the tapered tooth, and a circular ring is set above it. The axes of all the circular rings are coaxial, and the circular rings tightly wrap around the bent shaping tube (110). The axes of all the circular rings also coincide with the axis of the bent shaping tube (110). The connection between the circular ring and the tapered comb tooth is rounded, such as... Figure 1As shown in Figure AA. On the side of the comb body (120) that is close to the bent shaping tube (110), a cuboid reinforcing rib is set at the center of the comb teeth to connect all the comb teeth together. The cuboid reinforcing rib wraps tightly around the bent shaping tube (110) on one side, and the other side is rounded. The width of the cuboid reinforcing rib between the two outermost adjacent comb teeth at both ends of the comb body (120) is widened. The two outermost adjacent comb teeth at both ends of the comb body also have cuboid reinforcing ribs on the other side of the ring. The outer side of the other reinforcing rib is flush with the outer diameter of the comb tooth ring, and the inner side hugs the bent shaping tube (110).

[0032] like Figure 1 As shown, the injection-molded overmolded body (130) of the comb body (100) is a cylindrical body formed by a second injection molding process. Its two ends are flush with the inner end faces of the large cylinders of the right-side fixing sleeve (140) and the left-side fixing sleeve (160), respectively. The axis of the injection-molded overmolded body (130) coincides with the axis of the bending and shaping tube (110). The function of the injection-molded overmolded body (130) is to tightly bond all parts of the comb body (100) into an organic whole. Its material is silicone, rubber, TPE, or TPR thermoplastic elastomer plastic.

[0033] The right-side fixing sleeve (140) and left-side fixing sleeve (160) at both ends of the comb body (100) are equipped with "D"-shaped posts, and the ball screws that fit tightly into the round holes on the plane of the "D"-shaped posts are the connection and positioning structure of the comb body (100): the "D"-shaped posts are connected to the "D" holes of the accessories with a clearance fit, and then positioned by the ball screws. This structure can connect the left buckle (220) and the right buckle (230), and connect the sleeve (310), the top sleeve (410) and the handle (420). The comb body (100) can have different functions by combining with different parts, which will be described below.

[0034] <1> The comb body (100) + elastic Velcro strap (210) + left buckle (220) + right buckle (230) structure combination is a head-mounted hair mold, which is a hair mold suitable for self-hair styling.

[0035] like Figure 3The diagram shows the connection structure of the elastic Velcro strap (210). The left and right sides of the elastic Velcro strap (210) are connected to the left buckle (220) and the right buckle (230) respectively. The left buckle (220) and the right buckle (230) have the same structure and shape. The left buckle (220) and the right buckle (230) are both composed of a cylinder and a ring-shaped racetrack hole. The other end of the cylinder has a "D" shaped blind hole. The "D" shaped blind hole and the "D" shaped post of the comb body (100) connection structure are fitted with a clearance. A round hole is opened on one side of the plane of the "D" shaped blind hole to fit with the ball bearing on the "D" shaped post of the comb body (100). The "D"-shaped blind holes of the left buckle (220) and the right buckle (230) are inserted into the "D"-shaped posts at both ends of the comb body (100). The ball bearings on the "D"-shaped posts are locked in the round hole on one side of the "D" hole plane of the buckle. The assembly of the left buckle (220), the right buckle (230) and the comb body (100) can then be completed.

[0036] Elastic Velcro strap (210) is an elastic strap with Velcro fasteners. For example... Figure 3 As shown, its right end is wrapped around and fixed to the racetrack-shaped hole of the right buckle (230) ring body, and the other end is movable, with the movable end passing through the racetrack-shaped hole of the left buckle (220) ring body and wrapping back. The elastic hook and loop tape (210) is provided with hook and loop tape, and the movable end can be glued to the elastic hook and loop tape (210) itself for fixation. The left buckle (220) and right buckle (230) of the elastic Velcro strap (210) are respectively inserted into the connecting positioning points of the "D"-shaped posts at both ends of the comb body (100) for fixation. The left buckle (220) and right buckle (230), the elastic Velcro strap (210) and the comb body (100) form a closed loop. By adjusting the position of the movable end of the elastic Velcro strap (210), the circumference of the closed loop changes accordingly: when the movable end of the elastic Velcro strap (210) is moved towards the buckle of the fixed end, the circumference of the closed loop becomes shorter, and the hair styling mold becomes tighter on the head; conversely, it becomes looser. The elastic Velcro strap (210) in this embodiment uses soft and elastic Velcro tape from Shenzhen Xinliyuan Textile Co., Ltd.

[0037] <2> Comb body (100) + connecting sleeve (310) + comb body (100) structure, such as Figure 4 As shown, the connecting sleeve (310) is cylindrical, with its inner radial cross-section forming a "D" shape that fits with the "D"-shaped column of the comb body (100) connection structure. The connecting sleeve (310) has two radially protruding holes on one side of the "D"-shaped inner plane, which respectively engage with the ball bearings of the two comb bodies (100). The function of the connecting sleeve (310) is to connect the comb bodies (100) into a combined comb body. The combined comb body uses the connecting sleeve (310) as a connector to connect two or more comb bodies (100).

[0038] <3> The comb body (100) + top cap (410) + handle (420) structure is a hand-held hairstyling mold.

[0039] like Figure 5 The diagram shows the initial state of the single-comb handle type hair styling mold. The top sleeve (410) is cylindrical, with one end of the inner hole closed and the outer cylindrical edge of the closed end rounded. The cylindrical inner hole of the top sleeve (410) is a "D"-shaped hole that fits with the "D"-shaped post of the comb body (100) connection structure. The top sleeve (410) has a round hole on one side of the "D"-shaped inner hole plane that fits with the ball bearing of the comb body (100). The function of the top sleeve (410) is to provide protection, preventing the sharp corner of the top of the "D"-shaped post of the comb body (100) from scratching people when using this utility model.

[0040] like Figure 5 As shown, the handle (420) includes: a handle bending and shaping tube (421); a handle injection-molded body (422); a handle upper end fixing sleeve (423); a handle lower end fixing sleeve (424); and a handle hole plug (425). The handle bending and shaping tube (421) and the comb-body bending and shaping tube (110) are bending and shaping tubes of the same type and with the same performance. In this embodiment, the handle bending and shaping tube (421) is a universal metal shaping hose from Jili Spring Factory in Shiwan Town, Boluo County, Guangdong Province.

[0041] like Figure 5 As shown, the upper and lower ends of the handle bending and shaping tube (421) are respectively connected to the upper handle fixing sleeve (423) and the lower handle fixing sleeve (424). The upper handle fixing sleeve (423) and the lower handle fixing sleeve (424) have the same shape and structure, consisting of a cylinder and a frustum. One end of the cylinder is connected to the large end face of the frustum, and the small end face of the frustum has a round hole, which is clearance-fitted with the upper end face cylinder and the lower end face cylinder of the handle bending and shaping tube (421). A "D"-shaped hole is opened at the center of the other side of the cylinder of the upper fixing sleeve (423) and the lower handle fixing sleeve (424), and a round hole is opened on one side of the plane of the "D"-shaped inner hole. The "D"-shaped hole of the upper fixing sleeve (423) is clearance-fitted with the "D"-shaped column of the comb body (100) connection structure, and the round hole opened on one side of the plane of the "D"-shaped inner hole is fitted with the ball screw of the "D"-shaped column of the comb body. The lower fixing sleeve (424) has a D-shaped hole that mates with the handle plug (425). The handle plug (425) is composed of a cylinder and a D-shaped post, and the D-shaped post of the handle plug (425) is in transition fit with the D-shaped hole of the lower fixing sleeve (424). The diameter of the cylinder of the handle plug (425) is the same as the diameter of the cylinder of the lower fixing sleeve (424), and its upper end face is flush with the lower end face of the lower fixing sleeve (424). The shape of the lower end face is the same as that of the lower end face of the handle (420), and the outer surface is flush.

[0042] like Figure 5As shown, the handle (420) is a rotating body, which is the handle injection-molded overmolded body (422) that is attached to the handle bending and shaping tube (421) after the upper end fixing sleeve (423) and the lower end fixing sleeve (424) of the handle are assembled. Under the action of the handle injection-molded overmolded body (422), the handle (420) forms an organic whole. The material of the handle injection-molded overmolded body (422) is silicone, rubber, TPE, TPR thermoplastic elastomer plastic. The handle hole plug (425) is a part used for transition assembly after the handle injection-molded overmolded body (422) is completed.

[0043] The initial state of this utility model is a flat shape, but the usage state is basically a bent and deformed state. Figure 6 This is a projection view of the single-comb handle type hair mold of this utility model in a unidirectional bending state; Figure 7 This is a three-dimensional view of the single-comb handle type hair mold of this utility model, showing a unidirectional bending. Figure 8 This is a projection view of the single-comb handle type hair mold of this utility model in a bidirectional bending state; Figure 9 This is a three-dimensional view of the bidirectional bending of the single-comb handle type hair styling mold of this utility model. The bending diagrams listed above are only the most basic bending shapes of this utility model as a hair styling mold. Depending on the needs of the hairstyle, the bending shapes of this utility model are diverse.

[0044] The characteristics of the bent and shaped tube (110) are: <1> Under the same conditions, the torque that causes the same bent tube to twist in the radial direction is greater than the bending force that causes it to bend in the axial direction. When the bent tube (110) is bent in the axial direction, the bending force will not cause it to twist in the radial direction. <2> Within a certain bending radius R, the bending shaping tube (110) undergoes plastic bending, meaning that the bent shaping tube (110) will not produce elastic deformation after bending. The bending radius that will not produce elastic deformation is determined by the radial annular cross-sectional radius and area of ​​the bending shaping tube (110) and the material of the tube. We call this radius R the plastic radius of the bending shaping tube. Utilizing the characteristics of the bending shaping tube (110), the bending shaping tube (110) serves as the skeleton for the bending deformation of the comb body (100). When bending is performed at a radius greater than the plastic radius R of the bending shaping tube, the comb body (100) can also be bent, deformed, and shaped. According to the characteristics of the bending shaping tube (110), when the comb body (100) is bent and deformed axially, the comb teeth will not rotate radially, and the curved surface formed by the comb body (100) after bending meets the requirements of the hairstyle surface. This is the bending shaping principle of this utility model.

[0045] The purpose of this invention is to bend the invention into a curved shape according to the designed hairstyle, and then use the hairstyle mold to cut the designed hairstyle.

[0046] All contents not described in detail in this specification are existing technologies known to those skilled in the art. Although the present invention has been described in detail with reference to the foregoing embodiments, those skilled in the art can still modify the technical solutions described in the foregoing embodiments or make equivalent substitutions for some of the technical features. Any modifications, equivalent substitutions, improvements, etc., made within the spirit and principles of the present invention shall be included within the protection scope of the present invention. For example: In the present invention, the connection method between the comb body (100) and the accessories can be the connection method of the embodiment, or a threaded connection can be used; in the initial state, the position of the bending and shaping tube (110) of the comb body (100) is not limited to the center position of the comb body (100), and the bending and shaping tube (110) can also be set in the vertical direction of the comb teeth arrangement, offset from the center of the comb body (100); the shape of the comb teeth is not limited to a straight cone shape, and can also be an arc cone shape (horn shape).

Claims

1. A hairdressing tool, comprising: Comb body (100); elastic Velcro strap (210); left buckle (220); right buckle (230); connecting sleeve (310); top sleeve (410) and handle (420), characterized in that: the comb body (100) is based on a bent shaping tube (110) as a skeleton, and can be bent and deformed in multiple directions to be shaped. The curved surface shape and curve shape of the bent and shaped are the curved surface shape and curve shape of the hairstyle required for hairdressing; the comb body (100) and the comb body (100) can be assembled into a combination comb body, a head-mounted self-hairstyle mold and a handle-type hairstyle mold.

2. The hairdressing tool according to claim 1, characterized in that: The comb body (100) includes a bent shaping tube (110); a comb body (120); an injection-molded plastic body (130); a right-side fixing sleeve (140); a right-side ball screw (150); a left-side fixing sleeve (160); and a left-side ball screw (170).

3. A hairdressing tool according to claim 1, characterized in that: The structural combination of the comb body (100) + connecting sleeve (310) + comb body (100) is a comb body (100) combination method, and the comb body (100) can be assembled and combined in unlimited quantities; the connecting sleeve (310) is an assembly connection component that connects the comb body (100) and the comb body (100) to form a combined comb body; the structural combination of the comb body (100) + elastic Velcro strap (210) + left buckle (220) + right buckle (230) is a head-mounted hair mold; the structural combination of the comb body (100) + top cover (410) + handle (420) is a hand-held hair mold.

4. A hairdressing tool according to claim 2, characterized in that: The bending and shaping tube (110) is the bending and deformation skeleton of the comb body (100). It can be bent and deformed in multiple directions and then shaped. Its two ends are respectively fitted with the right fixing sleeve (140) and the left fixing sleeve (160). The right fixing sleeve (140) and the left fixing sleeve (160) have the same shape and size. The center of the end face of the small end of the fixed sleeve is opened with a circular hole. The center circular hole and the cylindrical surface of the side end of the bending and shaping tube (110) are interference fitted. A circular blind hole is opened on the "D" shaped column plane of the fixed sleeve. The circular blind hole is fitted with a ball screw.

5. A hairdressing tool according to claim 2, characterized in that: In its initial state, the comb body (120) is composed of multiple comb teeth of the same structure and size arranged in a straight line. A tapered comb tooth is provided below each comb tooth, with a rounded top corner and a circular ring above it. All the circular rings are coaxial and coaxial with the axis of the bent shaping tube (110) that is tightly wrapped by the circular ring.

6. A hairdressing tool according to claim 1, characterized in that: The connecting sleeve (310) is cylindrical in shape, and the radial cross-section of the inner hole of the cylindrical shape is "D" shaped. The "D" shaped hole and the "D" shaped post of the comb body (100) connection structure are in clearance fit. Two circular holes are radially opened on one side of the plane of the "D" shaped inner hole. The two circular holes are respectively engaged with the ball bearings of the ball bearings at both ends of the comb body (100) or the combined comb body. The left and right sides of the elastic Velcro strap (210) are respectively connected to the left buckle (220) and the right buckle (230); the left buckle ( The structure and shape of the right buckle (220) and the right buckle (230) are the same. The buckle is composed of a cylinder and a track ring. One end of the cylinder is connected to the track ring, and the other end is opened with a "D" shaped blind hole. The "D" shaped blind hole and the "D" shaped post of the comb body (100) connection structure are fitted with a gap. A round hole is opened on one side of the plane of the "D" shaped blind hole to cooperate with the ball bearing on the "D" shaped post of the comb body (100). The track ring is connected to the elastic Velcro strap (210).

7. A hairdressing tool according to claim 1, characterized in that: The top sleeve (410) is cylindrical with one end of the inner hole closed. The outer cylindrical edge of the closed end is rounded. The inner hole of the top sleeve (410) is a "D" shaped hole and a "D" shaped column of the comb body (100) connection structure with clearance fit. A round hole is opened on one side of the plane of the "D" shaped inner hole to fit with the ball bearing of the comb body (100). The handle (420) includes: handle bending and shaping tube (421); handle injection molding body (422); handle upper end fixing sleeve (423); handle lower end fixing sleeve (424); handle hole plug (425). The handle is a rotating body in shape.

8. A hairdressing tool according to claim 7, characterized in that: The handle bending and shaping tube (421) is the bending and deformation skeleton of the handle (420), which can be bent and deformed in multiple directions and then shaped.

9. A hairdressing tool according to claim 7, characterized in that: The upper fixing sleeve (423) and the lower fixing sleeve (424) of the handle have the same shape and structure. The upper end of the upper fixing sleeve (423) is connected to the comb body, and the lower end of the lower fixing sleeve (424) is assembled and connected to the handle hole plug (425). The handle injection molding body (422) is a rotating body formed by the injection molding process to make the handle an organic whole.

10. A hairdressing tool according to claim 7, characterized in that: The handle hole plug (425) is composed of a cylinder and a "D" shaped post. The "D" shaped post and the "D" shaped hole of the lower end fixing sleeve (424) of the handle are matched. The cylindrical surface of the cylinder and the inner hole of the injection-molded rubber body (422) of the handle are matched.

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