WO2021147115A1 - 装饰颗粒及使用方法 - Google Patents

装饰颗粒及使用方法 Download PDF

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Publication number
WO2021147115A1
WO2021147115A1 PCT/CN2020/074044 CN2020074044W WO2021147115A1 WO 2021147115 A1 WO2021147115 A1 WO 2021147115A1 CN 2020074044 W CN2020074044 W CN 2020074044W WO 2021147115 A1 WO2021147115 A1 WO 2021147115A1
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WO
WIPO (PCT)
Prior art keywords
wall
end cap
fiber bundle
decorative
cylindrical
Prior art date
Application number
PCT/CN2020/074044
Other languages
English (en)
French (fr)
Inventor
管良超
Original Assignee
济南爱动动漫科技有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 济南爱动动漫科技有限公司 filed Critical 济南爱动动漫科技有限公司
Priority to US16/758,330 priority Critical patent/US20220355215A1/en
Priority to CA3081832A priority patent/CA3081832A1/en
Publication of WO2021147115A1 publication Critical patent/WO2021147115A1/zh

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    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
    • A63H33/00—Other toys
    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
    • A63H3/00—Dolls
    • A63H3/36—Details; Accessories
    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
    • A63H3/00—Dolls
    • A63H3/16—Dolls made of parts that can be put together
    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
    • A63H3/00—Dolls
    • A63H3/36—Details; Accessories
    • A63H3/44—Dolls' hair or wigs; Eyelashes; Eyebrows
    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
    • A63H3/00—Dolls
    • A63H3/36—Details; Accessories
    • A63H3/48—Mounting of parts within dolls, e.g. automatic eyes or parts for animation
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B44—DECORATIVE ARTS
    • B44C—PRODUCING DECORATIVE EFFECTS; MOSAICS; TARSIA WORK; PAPERHANGING
    • B44C5/00—Processes for producing special ornamental bodies

Definitions

  • the patent relates to a particle used to decorate objects, especially handicrafts, dolls, etc., and a method for applying the decorative particles to the object.
  • the decorative particles provided by this patent have the advantages of easy installation, replacement/replacement, and easy optimization, adjustment or reconstruction of the appearance of objects when they are used as parts of the appearance of decorative crafts and toys.
  • This patent relates to decorative particles that can be installed on the outer surface of handicrafts, toys, such as dolls, car models, airplane models, building models, etc., which are used to decorate/cover the appearance/shape of the aforementioned objects.
  • the decorative particle is characterized in that the particle includes a fiber bundle with one end in a discrete state and the other end in a concentrated state, and an end cap provided at the end of the fiber bundle in a concentrated state.
  • One end of the fiber bundle in a gathered state is matched with one end of the end cap.
  • the fiber bundle contains multiple strands and the multiple strands are assembled at one end to form a united body (segment), and the united body formed by the gathering is stuffed into the end hole of the end cap.
  • the surface of the strands is smooth and/or rough.
  • the free end of the end cap can be inserted into the exterior of the object to be decorated/covered, and establish a tight assembly relationship with the object to be decorated/covered.
  • the strands contain single or multiple yarns, and the number of yarns contained in different strands is not completely the same.
  • the yarn is woven with one or more of natural fibers, synthetic fibers, and man-made fibers.
  • the manufacturing method of the combination formed by the multiple strands of the fiber bundle gathered at one end is realized by glue or resin bonding, or by thermoplastic extrusion, or by weaving process, or by other methods.
  • the production process is realized.
  • a convex ring or a plurality of convex points distributed in a circle around the side wall of the end cap are provided on the side wall of the end cap, and the position of the convex ring or the convex points is relatively close to the end cap in the axial direction.
  • the free end face is provided on the side wall of the end cap, and the position of the convex ring or the convex points is relatively close to the end cap in the axial direction.
  • the object for carrying the decorative particles is provided with a hole/groove structure that matches the end cap, and when the end cap is inserted into the hole/groove structure, the convex ring or the convex point faces the hole/groove structure.
  • the inner wall of the object is compressed, so that the decorative particles or end caps establish a tight fitting relationship with the object, and then decorate or cover the outside of the object to varying degrees.
  • the shape of the end cap is cylindrical, prismatic, or conical.
  • the end cap includes a first part and a second part, and the first part and the second part are semi-cylindrical pipes installed oppositely, and the formed pipe hole is a cylindrical hole with a uniform inner diameter or an inner diameter from the outside to the inside. The tapered hole gradually becomes smaller.
  • the convex ring or multiple convex points are divided into two parts and arranged on the wall surfaces of the first part and the second part.
  • the end cap includes component one, component two, and component three, wherein component one is a screw ring, component two is a sleeve, component three is a cylindrical column, and the combined body section of the fiber bundle is disposed in the component three.
  • component one is a screw ring
  • component two is a sleeve
  • component three is a cylindrical column
  • the combined body section of the fiber bundle is disposed in the component three.
  • the wall thickness of the third part is smaller than the wall thickness of the second part.
  • the cylindrical wall of the third component is provided with strip-shaped grooves extending from the port toward the other end, and the number of the strip-shaped grooves is multiple and distributed around the cylindrical wall.
  • the outer wall of the other end of the third part is provided with an external threaded section matching with the first part.
  • the second part is sleeved on the outside of the third part.
  • the axial length of the third part is greater than the axial length of the second part.
  • protrusions with curved end faces are distributed.
  • the inner wall of the part two can be in contact with the part three.
  • the end faces of the bumps on the outer wall are in contact.
  • cylindrical wall of the third component is provided with strip-shaped bosses, and the number of the strip-shaped bosses is multiple and distributed around the cylindrical wall.
  • the side surface of the strip boss extending in the axial direction and facing the inner wall of the second part is a wedge surface, and the wedge surface gradually approaches the outer wall of the cylindrical cavity of the third part toward the free end from the cylindrical cavity port of the third part.
  • cylindrical cavity port of the third part is provided with a radially inwardly extending flange, and the flange is composed of a plurality of arc-shaped edge plates arranged in a circle around the inner wall of the third part.
  • a method for using decorative particles is a process of creating a plush toy using a plurality of decorative particles having the above-defined characteristics.
  • the implementation of the method also needs to provide a carrier with a fixed shape, and a plurality of holes/grooves are distributed on the surface of the carrier.
  • the special feature is that the end cap at one end of the decorative particle is aligned with the hole/slot on the carrier, and all the end caps are inserted into the hole/slot of the carrier. After all the holes/slots on the carrier are inserted into the decorative particles, press hard or distribute the fiber bundles of the decorative particles outwards, so that the strands of the fiber bundles are spread out to cover the surface of the carrier to form a plush appearance Toys.
  • the color of the bundle, the color of the fiber bundle of the remaining decorative particles in this part is the same or is divided into multiple colors.
  • the holes/slots on the carrier are marked with consecutive numbers. According to the number interval range of the holes/slots, the installation positions of the decorative particles with different colors are regularly arranged to form a toy with a multi-color stitched plush surface and/or a plush surface with a certain pattern.
  • Figure 1 shows a three-dimensional schematic diagram of an embodiment of decorative particles.
  • Figure 2 shows a schematic diagram of the overall structure of the fiber bundle.
  • Figure 3 shows a schematic transverse cross-sectional view of the end cap in a certain embodiment.
  • Figure 4 shows a schematic view of the wall surface structure of the inner wall of the end cap after the side wall of the end cap is flattened.
  • Figure 5 highlights a schematic longitudinal cross-sectional view of an end cap in an embodiment.
  • Fig. 6 shows a schematic cross-sectional view of A-A in Fig. 5.
  • Fig. 7 shows a state diagram of the decoration particles being matched with the modified object in the shape of a cake (the modification is not completely completed).
  • Fig. 8 is a cross-sectional view of the use scene of Fig. 7 (used to show the connection structure between the end cap and the modified object).
  • Figure 9 shows a schematic diagram of the matching of decorative particles and dolls (unicorns) (multiple viewing angles, not completely modified).
  • Figures 10 to 13 show examples of products formed by decorating different objects (including dolls) with assembly particles.
  • This patent relates to a kind of decorative particles that can be installed on the outer surface of handicrafts, toys, such as dolls, car models, airplane models, building models, etc., which are used to decorate/cover the appearance/shape of the aforementioned objects, and use this kind of decorative particles A new type of stuffed toy or stuffed object can be created.
  • the related decorative particles include fiber bundles 10 and end caps 20.
  • the free end 10A of the fiber bundle 10 is in a discrete state, and the other end is in a assembled state, and is assembled to form a united body segment 10B.
  • the combined body section 10B of the fiber bundle 10 is stuffed into the cavity of the end cap 20 so that the fiber bundle 10 and the end cap 20 are connected as a whole.
  • the combined body section 10B and the cavity of the end cap 20 are tightly assembled.
  • the fiber bundle 10 includes a plurality of strands 101, and the plurality of strands 101 are gathered at one end close to the end cap 20 to form the combined body section 10B.
  • the manufacturing method of the united body segment 10B formed by gathering the multiple strands 101 of the fiber bundle 10 at one end is achieved either by glue or resin bonding, or by thermoplastic extrusion, or by a weaving process. , Or through other production processes.
  • the strands contain single or multiple yarns, and the number of yarns contained in different strands may not be completely the same.
  • the yarn can be woven from natural fibers, such as cotton and linen from plant fibers, wool and silk from animal fibers, or synthetic fibers, such as nylon, also called nylon, and Tedron, also called polyester, acrylic, and polyamide. It is woven from propylene, polyethylene, etc.; it can also be woven from man-made fibers, such as rayon, also called rayon or rayon. Of course, it can also be woven with blended fibers.
  • some fiber bundles may adopt the same material, and other fiber bundles may adopt another one or several materials.
  • the color of the strands contained in the fiber bundle may be a single color or multiple colors.
  • Multiple fiber bundles may contain fiber bundles of one color or multiple colors.
  • the lengths of the multiple strands constituting a certain fiber bundle are approximately the same, and the lengths of the strands in different fiber bundles may be approximately the same or different.
  • the thickness of the strands in the same fiber bundle may not be exactly the same.
  • the outer surface of the strands may be substantially smooth or rough.
  • strands with a rough outer surface are formed by interlacing/weaving multiple filaments (yarn).
  • the rough surface is formed by natural bifurcation on the filaments, so the outer surface of each strand will be uneven. There are a lot of uneven hair subdivided forks.
  • the fiber bundle is combed in one direction so that all strands are close to the central axis of the fiber bundle, the hair subdivided forks on the outer surface of the strands will stick to each other, which can finally make multiple strands
  • the lines are connected together in a columnar shape. Then, if the relatively discrete end of the strands of the fiber bundle is pressed, each strand of the fiber bundle will be separated from each other.
  • the rough surface of the strands with rough outer surface is formed by the weaving or manufacturing process of the strands.
  • the bifurcated structure constituting the rough surface is relatively thicker.
  • the strands contained in the actual fiber bundle may be straight, curved or rolled.
  • the strands of the fiber bundle may be soft or shapeable.
  • the strands contained in the fiber bundles should be elongated.
  • the cavity provided on the end cap 20 for accommodating the fiber bundle 10 combined body segment 10B can be set as a counterbore or a through hole.
  • a hole/groove structure can be set on the object to be decorated/covered, and the free end of the end cap 20 of the decorative particles is inserted into the hole/groove structure, and the end cap 20 is tightly fitted with the hole/groove structure.
  • the matching relationship is shown in Figure 7 to Figure 9.
  • a boss structure can also be provided on the object to be decorated/covered, and the free end of the end cap of the decorative particles can be inserted into the boss structure, and the fit between the end cap and the boss structure also adopts a tight fitting relationship.
  • the hole/groove structure or the boss structure provided on the object may be distributed on part of the outer surface of the object, or may be distributed on the entire outer surface of the object. Therefore, decorative particles can be used to decorate the object locally, and can also be used to cover the outer surface of the object to varying degrees, changing the appearance of the object in a certain aspect or a certain number of textures, shapes, styles, and color configurations.
  • the external performance of the aspect makes the appearance of the object more visually aesthetic and/or tactile comfortable.
  • a convex ring 30 is provided on the side wall of the end cap 20, and the position of the convex ring is relatively close to the free end surface of the end cap 20 in the axial direction.
  • the end surface of the convex ring 30 it is advisable to set the end surface of the convex ring 30 as a curved surface.
  • the convex ring 30 may be a circle as shown in the figure, or it may be a plurality of convex points distributed around the side wall of the end cap 20 in a circle.
  • the convex ring or the convex point can also be provided on the wall of the hole.
  • the end cap can be at least partially set as a conical section, and the small end of the conical section is the free end of the end cap.
  • the conical section can be provided at one end of the through hole or at the outside of the end cap and in the through hole at the same time.
  • convex ring or convex point structure, or conical section structure The function of the above-mentioned convex ring or convex point structure, or conical section structure is to enable the end cap to establish a reliable tight assembly relationship with the object, and at the same time, it can relatively reduce the difficulty of assembly.
  • the end caps can be designed as follows in some specific embodiments.
  • the end cap 20 includes a first part 201 and a second part 201, and the first part 201 and the second part 202 are semi-cylindrical tubes installed oppositely.
  • the cavity formed after the first part 201 and the second part 202 are opposed to each other and used for accommodating the combined body section 10B of the fiber bundle 10 is a cylindrical hole (cylindrical hole).
  • the cavity formed after the first part 201 and the second part 202 are opposed to each other can also be a conical hole whose inner diameter gradually decreases from the port inward.
  • clamping slots 1 On the side wall of the first part 201 and on both sides of the (semi-cylindrical) tube slot, there are opposite clamping slots 1. On the side wall of the second portion 202 and on both sides of the (semi-cylindrical) pipe slot, there are entangled arms 2 corresponding to the clamping slot 1.
  • the free end of the embracing arm 2 is placed in the card slot 1, and between the first part 201 and the second part 202 A cohesive tension is formed, so that the opposing surfaces of the first part 201 and the second part 202 are pressed together.
  • Most of the bracing pull force comes from the plastic deformation of the bracing arm 2.
  • the blocking block forms a thrust, so that the arm body of the clasping arm 2 is subjected to a tensile force, and a proper degree of plastic deformation is generated.
  • the side wall of the first part 201 is provided with at least a set of opposite clamping slots 1, and correspondingly, the side wall of the second part 202 is provided with at least a set of opposite holding arms 2. That is, the number of sets of the card slots 1 provided on the side wall of the first portion 201 is as large as the number of sets of the engagement arms 2 provided on the side wall of the second portion 202 and corresponds to one to one.
  • the width of the card slot in the axial direction and the width of the holding arm in the axial direction can be made relatively larger, so as to ensure that most of the contact surfaces between the first part and the second part can be tightly pressed together, so that Reliable cohesion pressure is formed on the fiber bundle.
  • the end face of the first part 201 facing the second part 202 is provided with a positioning block 3. Accordingly, the end face of the second part 202 facing the first part 201 is necessarily provided with the positioning block 3 Block 3 corresponds to the matching positioning slot.
  • the (semi-cylindrical) groove walls of the first part 201 and the second part 202 are each provided with a plurality of ribs 4 distributed alternately in the axial direction.
  • the purpose of the ribs is to increase the resistance when the fiber bundle moves axially outward relative to the end cap, so as to ensure that the fiber bundle and the end cap are assembled into a solid connection.
  • the inner diameter of the hole formed after the first part and the second part are installed relative to each other needs to be the same as the outer diameter of the united body section 10B.
  • the diameters are similar, preferably smaller (according to the elastic deformation capacity of the combined body).
  • the combined body section of the fiber bundle can be forced to locally produce relatively large deformations inside the cavity, so as to increase the resistance to be overcome when the fiber bundle is drawn out of the end cap.
  • the end cap 20 includes a part one 203, a part two 204 and a part three 205, wherein the part one 203 is a screw ring, the part two 204 is a sleeve, and the part three 205 is a cylindrical column.
  • the united body section 10B of the fiber bundle 10 is arranged in the cylindrical cavity of the part three 205.
  • the barrel wall of the component three 205 is provided with strip grooves 5 extending from the port to the free end side, and the number of the strip grooves 5 is four and they are distributed alternately around the cylindrical wall.
  • the outer wall of the free end of the part three 205 is provided with an external thread segment matching with the part one 203.
  • the second part 204 is sleeved on the outside of the third part 205.
  • the axial length of the third part 205 is greater than the axial length of the second part 204.
  • the strip groove 5 provided on the wall of the cylindrical cavity of the third part will divide the wall into several parts.
  • the wall of each part of the third part Because it can swing radially (with plastic deformation), the size of the upper port of the barrel cavity can be changed, and the resistance to the insertion of the fiber bundle assembly section will be greatly reduced, and the fiber bundle can be more easily inserted into the end cap. In the hole.
  • the above-mentioned structure can ensure that when the fiber bundle is continuously pulled by an external force, it will not easily detach from the third component or the end cap.
  • the convex ring 30 is arranged on the outer wall of the part one 203.
  • the wall thickness of the third part 205 is smaller than the wall thickness of the second part 204.
  • the wall thickness of the third part 205 is smaller than 1/2 of the second part 204.
  • the outer diameter of the second part 204 should not be larger than the outer diameter of the first part.
  • protruding points with curved/curved end faces are distributed on the outer wall of the cylindrical cavity of the third part, the second part is sleeved outside the third part, and the inner wall of the second part is in contact with the end faces of the protruding points on the outer wall of the third part.
  • the resistance of the second part can be reduced.
  • the upper end of the second part corresponds to the middle and lower part of the third part.
  • the cylindrical wall of the third component is provided with strip-shaped bosses, and the number of the strip-shaped bosses is multiple and distributed around the cylindrical wall.
  • the side surface of the strip boss extending in the axial direction and facing the inner wall of the second part is a wedge surface, and the wedge surface gradually starts from the cavity port (upper end in the figure) toward the free end (lower end in the figure) of the third part. Close to the outer wall of the barrel cavity of the third part.
  • strip-shaped bosses can be provided on one or both sides of the strip-shaped groove 5, or in the middle of the wall between two adjacent grooves.
  • the cylindrical cavity port of the third part 205 is provided with a flange 6 extending radially outward, and the flange 6 is composed of a plurality of alternately arranged flanges surrounding the outer wall of the third part 205. Board composition.
  • a counterbore is provided on one end surface of the second component 204, and when the end surface moves to the flange 6, the flange can be received in the counterbore.
  • the whole part three 205 can basically be completely contained in the part one 203 and the part two 204, and the slit formed by the strip groove at the port of the part three 205 is accommodated in the part two, so that the cavity end surface of the end cap It is formed into a plane structure, which avoids the hooking of the fiber bundle caused by the corners/edges at the gap as much as possible.
  • the cylindrical cavity port of the third part is provided with a radially inwardly extending flange, and the flange is composed of a plurality of arc-shaped edge plates arranged in a circle around the inner wall of the third part.
  • the extending direction of the arc-shaped edge plate of the upper section is opposite to the extending direction of the flange 6 shown in FIG. 6.
  • the radial extension length is also smaller than that of the flange 6.
  • the so-called arc-shaped edge plate means that its radial free end surface is an arc-shaped surface.
  • the implementation of this method needs to be applied to the decorative particles involved, and any of the above-mentioned decorative particles can meet the requirements.
  • the implementation of the method also needs to provide a carrier with a fixed shape, such as carrier one 100 cake shown in entry 7, carrier two 200 unicorn dolls shown in Figure 9, and the carrier one 100 is distributed with multiple Hole one 1001, a plurality of holes two 2001 are distributed on the second carrier 200.
  • the end caps of the decorative particles are aligned with the holes on the carrier, and all the end caps are inserted into the holes of the carrier.
  • the fiber bundles of the decorative particles are pressed or distributed outward, so that the strands of the fiber bundles are expanded to cover the surface of the carrier to form a toy with a plush appearance (Products shown in Figure 10 to Figure 13).
  • the color of the fiber bundles of most of the plurality of decoration particles is the same, and the color of the fiber bundles of the remaining decoration particles can be different from the color of the fiber bundles of the plurality of decoration particles.
  • the color of the fiber bundles of the remaining decorative particles in this part is the same or is divided into multiple colors.
  • the holes on the carrier are marked with consecutive numbers (as shown in Figures 7 to 9).
  • the installation positions of the decorative particles with different colors are regularly arranged according to the number interval range of the holes to form a toy with a multi-color stitched plush surface and/or a plush surface with a certain pattern, as shown in Figs. 10-13.
  • the material of the carrier one 100 and carrier two 200 can be plastic, plastic (polymer synthetic resin-polymer) and other materials that can form objects with a fixed shape, and metal materials can also be used in some embodiments. . Even in a few embodiments, plastic materials and metal materials are mixed and used.
  • the materials of carrier one 100 and carrier two 200 may have certain elasticity, but care should be taken not to affect the firmness of the connection between the carrier and the decorative particles due to the elasticity of the carrier.

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Abstract

本发明涉及装饰颗粒及使用方法，所涉及的装饰颗粒能够被安装在工艺品、玩具等物体的外表面，用于装点/遮盖物体的外观/外形。该颗粒包括一端呈离散状态，另一端呈集结状态的纤维束和设在该纤维束呈集结状态端的端帽。纤维束呈集结状态的一端与端帽的一端匹配。纤维束含有多根股线且该多根股线在一端集结成为一段联合体且该联合体部分被塞入端帽的端孔中。股线的表面是光滑的和/或毛糙的。端帽的自由端能插接在物体外部，并与物体建立起紧装配关系。该装饰颗粒被当作装饰工艺品、玩具外表的部件时，具有易安装、能更换/替换，易于优化、调整或重新设置物体外观方案的优点。使用该装饰颗粒能够创建新型结构的毛绒玩具或物品。

Description

装饰颗粒及使用方法 技术领域
该专利涉及一种用来装饰物体，特别是用来装饰工艺品、公仔等的颗粒及将该种装饰颗粒应用到物体上的方法。
背景技术
在工艺品和玩具领域，常常会涉及到对其表面进行一定程度的装饰的需求。在现有装饰方法中，将装饰件粘贴到需要被装饰的物体上是最为常用的方法，其存在的主要缺点是装饰件不能或不易更换，而且对操作的精准度要求较高、否则会造成极差的装饰效果。此外，在呈曲面状的或者凹凸不平的物体表面通过粘贴的方法将装饰件固定在外表时，装饰件因受本身重力形成的下拉力或外力作用很容易从物体表面掉落，存在连接不牢固的问题。而且，将含毛发、丝线等细长且轻柔的点缀物的装饰件通过粘贴方式安装在物体的表面上时，存在毛发、丝线等部分地黏连在胶体上的问题，安装操作很不方便。有鉴于此，创设一种新的装饰结构，使其在被用于装点/遮盖物体外表面时，具有方便安装、能更换的优点将是很有益处的。
发明内容
本专利提供的装饰颗粒，在其被当作装饰工艺品、玩具外表的部件时，具有易安装、能更换/替换，易于优化、调整或重构物体外观方案的优点。
该专利涉及到一种能够被安装在工艺品、玩具，如公仔、车模型、飞机模型、建筑模型等外表面上的被用于装点/遮盖前述物体的外观/外形的装饰颗粒。
所述装饰颗粒具有的特征为：该颗粒包括一端呈离散状态，另一端呈集结状态的纤维束和设在该纤维束呈集结状态端的端帽。所述纤维束呈集结状态的一端与所述端帽的一端匹配。
所述纤维束含有多根股线且该多根股线在一端集结成为一段联合体(段)且该集结形成的联合体部分被塞入端帽的端孔中。
所述股线的表面是光滑的和/或毛糙的。所述端帽的自由端能插接在被装点/遮盖的物体外部，而且与被装点/遮盖的物体建立起紧装配关系。
所述股线含有单根或多根纱线，不同股线含有的纱线根数不完全一致。所述纱线用自然纤维、合成纤维、人造纤维中的某一种或多种织成。
实际生产中，所述纤维束的多根股线在一端集结形成的联合体的制作手段，或者通过胶或树脂黏接实现，或者通过热塑挤压实现，或者通过编制工艺实现，或者通过其它生产工艺实现。
进一步地，于所述端帽的侧壁上设有凸环或者围绕端帽侧壁相间分布成一圈的多个凸点，凸环或者凸点的设置位置在轴向上相对靠近所述端帽的自由端端面。
用于承载所述装饰颗粒的物体上设有与所述端帽匹配的孔/槽结构，所述端帽插在该孔/槽结构中时所述凸环或者凸点会对孔/槽结构的内壁形成压迫，而使得装饰颗粒或者说端帽与物体建立起紧装配关系，继而对物体的外部作不同程度的装点或遮盖。
进一步地，所述端帽的外形呈圆柱形或棱柱形或圆锥形。
进一步地，所述端帽包含第1部分和第2部分，且第1部分和第2部分为相对安装的半柱形管，所形成的管孔为内径一致的柱形孔或内径自外向里逐渐变小的圆锥孔。
于所述第1部分的侧壁上且在管槽口两侧设有相对的卡槽，对应地，于所述第2部分的侧壁上且在管槽口两侧设有与所述卡槽对应匹配的抱合臂。
将所述第1部分与所述第2部分相对安装在一起时，所述抱合臂的自由端置入所述卡槽中，在第1部分和第2部分之间形成抱合拉力，使得第1部分与第2部分的相对面压紧在一起。所述的凸环或多个凸点，被分成两部分设在第1部分和第2部分的壁面上。
进一步地，所述端帽包括部件一、部件二和部件三，其中部件一为螺环，部件二为套筒，部件三为筒柱，所述纤维束的联合体段配置在所述部件三的筒腔中。所述部件三的壁厚小于所述部件二的壁厚。
所述部件三的筒壁上设有自端口朝另一端方向延伸的条状槽，该条状槽的个数为多个且围绕筒壁相间分布。所述部件三的另一端外壁上设有与所述部件一匹配的外螺纹段。所 述部件二套装在所述部件三的外面。
所述部件三的轴向长度大于所述部件二的轴向长度，当所述部件一逐渐旋拧在所述部件三的外螺纹段上时，所述部件一能够推动所述部件二向所述部件三的筒腔端口方向移动，期间，所述部件二的内壁会挤压着所述部件三的筒壁沿径向向内逐渐收拢，最终将所述纤维束的联合体段牢固地夹在所述部件三的筒腔中。
更进一步地，在所述部件三的筒腔外壁上分布设置端面为曲面的突点，将所述部件二套装在所述部件三的外部时，所述部件二的内壁能与所述部件三外壁上的突点的端面接触。
更进一步地，所述部件三的筒壁上设有条状凸台，该条状凸台的个数为多个且围绕筒壁相间分布。所述条状凸台沿轴向延伸且面向所述部件二内壁的侧面为楔面，该楔面自所述部件三的筒腔端口朝自由端方向逐渐靠近所述部件三的筒腔外壁。
更进一步地，所述部件三的筒腔端口设有径向向内延伸的凸缘，该凸缘由围绕所述部件三内壁一圈的多个相间布置的弧形缘板构成。
一种装饰颗粒的使用方法，该方法为使用具有上述所限定特征的多个装饰颗粒创建毛绒玩具的过程。该方法的执行还需要提供具有固定形状的载体，该载体的表面上分布有多个孔/槽。特别处在于：将所述装饰颗粒一端的端帽对准所述载体上的孔/槽，并将端帽全部插入载体的孔/槽内。所述载体上的孔/槽全部插上所述装饰颗粒后，用力按压或向外分拨装饰颗粒的纤维束，使得纤维束的股线展开而将载体的表面遮盖住以形成具有毛绒外表的玩具。
基于上述方法的进一步改进：其中，所述的多个装饰颗粒中的多数装饰颗粒的纤维束的色彩是相同的，剩余装饰颗粒的纤维束具有的色彩能够区别于所述的多数装饰颗粒的纤维束的色彩，该部分剩余下的装饰颗粒的纤维束的色彩是相同的或者又被分为多种色彩。
所述载体上的孔/槽处标注有连续的编号。按照孔/槽的编号区间范围规律地安排具有不同色彩的装饰颗粒的安装位置，以形成具有多色彩拼合毛绒面和/或具有某种图案的毛绒面的玩具。
附图说明
图1示出了装饰颗粒的某实施例立体示意图。
图2示出了纤维束的整体结构示意图。
图3示出的是端帽在某种实施例下的横向截面示意图。
图4示出的是将端帽侧壁平展开后其内壁的壁面结构示意图。
图5突出示出的是某一实施例中端帽的纵向截面示意图。
图6示出的是图5中A-A横截面示意图。
图7示出的是装饰颗粒与呈蛋糕状的被修饰物体配合的状态图(未完全完成修饰)。
图8为图7使用场景下的剖面图(用于展示端帽与被修饰物体之间的连接结构)。
图9示出的是装饰颗粒与公仔(独角兽)配合的示意图(多个视角，未完全完成修饰)。
图10至图13示出的用装配颗粒装饰不同物体(含公仔)后形成的产品示例图。
图中：100 载体一,1001 孔一；200 载体二,2001 孔二；
10 纤维束，10A 自由端，10B 联合体段，101 股线；20 端帽，201 第1部分，202 第2部分，203 部件一，204 部件二，205 部件三；30 凸环；
1 卡槽，2 抱合臂，3 定位块，4 筋条，5 条状槽，6 凸缘。
具体实施方式
说明书附图所绘示的结构、比例、大小等，均仅用以配合说明书所揭示的内容，以供熟悉此技术的人士了解与阅读，并非用以限定本发明可实施的限定条件，故不具技术上的实质意义，任何结构的修饰、比例关系的改变或大小的调整，在不影响本发明所能产生的功效及所能达成的目的下，均应仍落在本发明所揭示的技术内容所能涵盖的范围内。同时，本说明书中所引用的如“上”、“下”、“前”、“后”、“中间”等用语，亦仅为便于叙述的明了，而非用以限定本发明可实施的范围，其相对关系的改变或调整，在无实质变更技术内容下，当亦视为本发明可实施的范畴。
本专利涉及一种能够被安装在工艺品、玩具，如公仔、车模型、飞机模型、建筑模型等外表面上的被用于装点/遮盖前述物体的外观/外形的装饰颗粒，使用该种装饰颗粒能够 创建出一种新型的毛绒玩具或毛绒物品。
如图1、图2所示，所涉及的装饰颗粒包括纤维束10和端帽20。所述纤维束10的自由端10A呈离散状态，另一端呈集结状态，并集结形成联合体段10B。将所述纤维束10的联合体段10B塞入端帽20的孔腔中，使得所述纤维束10与端帽20连接成一体。为保证纤维束10牢固地连接在端帽20上，所述联合体段10B与端帽20的孔腔之间采用紧装配。
所述纤维束10含有多根股线101，该多根股线101处在靠近端帽20的一端相集结，形成所述的联合体段10B。实际生产中，所述纤维束10的多根股线101在一端集结形成的联合体段10B的制作手段，或者通过胶或树脂黏接实现，或者通过热塑挤压实现，或者通过编制工艺实现，或者通过其它生产工艺实现。
所述股线含有单根或多根纱线，不同股线含有的纱线根数也可以不完全一致。所述的纱线可以采用自然纤维，如植物纤维的棉和麻，动物纤维的毛、丝等织成；也可以采用合成纤维，如尼龙又叫锦纶、特多龙又叫涤纶、亚克力、聚丙烯、聚乙烯等织成；还可以采用人造纤维，如嫘萦又叫人造棉或人造丝织成。当然也能够用混纺纤维织成。多个纤维束中可能某几个纤维束采用同一种材质，其他的纤维束采用另外一种或几种材质。
所述纤维束含有的股线的颜色可以是单一颜色，也可以是多种颜色。多个纤维束中可能含有一种颜色或多种颜色的纤维束。
多数情况下，构成某个纤维束的多根股线的长度大致相等，不同纤维束中的股线的长度可以大致一样，也可以有差别。同一纤维束中的股线粗细可以不完全一样。
所述股线的外表面可以是大致上光滑的，也可以是毛糙的。
多数情况下，具有毛糙外表面的股线是由多条纤维丝交织/编织形成的(纱线)，毛糙面靠纤维丝上的自然分叉形成，所以每根股线的外表面会形成参差不齐的很多毛细分叉，此时如果沿一个方向梳理纤维束使所有股线均朝纤维束的中心轴线处靠拢，股线外表的毛细分叉会相互粘连在一起，最终能使得多根股线集中联系在一起而呈柱状。之后如果按压纤维束的股线相对离散的一端，便会使得纤维束的每根股线相互分离。
作为少数情况，具有毛糙外表面的股线其毛糙面是通过股线的编制或制作工艺加工形 成，此时构成毛糙面的分叉结构相对粗一些。此外，实际制造的纤维束，其含有的股线可以是顺直的，也可以是弯曲的或打卷的。
所述纤维束的股线可以是柔软的，也可以是能够定型的。
当所述装饰颗粒用于制作假发时，其纤维束含有的股线应为细长的。
使用时，将所述端帽20的自由端插接在需要被装点/遮盖的物体(如图7至图9所示的载体一100、载体二200)外部，并与物体建立起紧装配关系。紧装配关系追求的效果是，当施加在装饰颗粒上的卸载拉力有足够大时才能够将其从物体上拔下。
所述端帽20上设置的用于容纳纤维束10联合体段10B的孔腔，可以被设为沉孔，也可以被设为通孔。此时，可在被装点/遮盖的物体上设孔/槽结构，将装饰颗粒的端帽20自由端插在孔/槽结构中，而且端帽20与孔/槽结构之间的配合采用紧配合关系，如图7至图9所示。还可在被装点/遮盖的物体上设凸台结构，将装饰颗粒的端帽自由端能插在凸台结构上，而且端帽与凸台结构之间的配合亦采用紧配合关系。
设置在物体上的孔/槽结构或者凸台结构，可以是分布在物体的部分外表面上，也可以是基本分布在物体的整个外表面上。所以，装饰颗粒能够被用于对物体作局部的装点，也能够被用于不同程度地遮盖住物体的外表面，改变物体外观在材质感、形状、样式、色彩配置等某一方面或某几方面的外在表现，使得物体的外观更具有视觉上的美感和/或触觉上的舒适感。
如图1、图2所示，于所述端帽20的侧壁上设有凸环30，且凸环的设置位置在轴向上相对靠近端帽20的自由端端面。为便于装饰颗粒与物体装配，宜将所述凸环30的端面设为弧面。所述的凸环30可以为如图示的一圈，也可以是绕端帽20侧壁一周的相间分布的多个凸点。
在一种实施方案下，当端帽上用于装配纤维束的孔腔为通孔时，所述的凸环或凸点还可以被设在孔壁上。
在另一种实施例下，可将所述端帽至少部分地设为圆锥段，且该圆锥段的小端为端帽的自由端。当端帽上装配纤维束的孔腔为通孔时，所述的圆锥段可以设在通孔的一端或者 同时设在端帽的外部和通孔中。
上述凸环或凸点结构，或者圆锥段结构作用在于使得端帽能够与物体之间建立可靠的紧装配关系，同时还能够相对减小装配难度。
为实现将纤维束方便地安装在端帽中，同时又能保证安装在一起后纤维束不容易从端帽上脱离，可在部分具体实施例中对端帽作如下设计。
如图3所示，所述端帽20包含第1部分201和第2部分201，该第1部分201和第2部分202为相对安装的半柱形管。所述第1部分201与所述第2部分202相对在一起后形成的用于容纳所述纤维束10联合体段10B的孔腔为柱形孔(圆柱孔)。
一种实施例中所述第1部分201与所述第2部分202相对在一起后形成的孔腔还可以设为内径自端口向内逐渐变小的圆锥孔。
于所述第1部分201的侧壁上且在(半圆柱状的)管槽口两侧设有相对的卡槽1。于所述第2部分202的侧壁上且在(半圆柱状的)管槽口两侧设有与所述卡槽1对应匹配的抱合臂2。
将所述第1部分201和所述第2部分202相对安装在一起时，所述抱合臂2的自由端置入所述卡槽1中，而在第1部分201和第2部分202之间形成抱合拉力，使得第1部分201与第2部分202的相对面压紧在一起。抱合拉力多数来自抱合臂2的塑性变形。为保证抱合牢固性及形成抱合力，需要对抱合臂的端部卡块的面和卡槽1的槽面作相应设计，使得卡块的面与卡槽的槽面接触后，槽面能够对卡块形成推力，以使得抱合臂2的臂体受到拉伸力作用，而产生适当程度的塑性变形。
如图，所述第1部分201的侧壁上至少设有一组相对的卡槽1，对应地，所述第2部分202的侧壁上至少设有一组相对的抱合臂2。即，在所述第1部分201的侧壁上设置的卡槽1的组数与在所述第2部分202的侧壁上设置的抱合臂2的组数一样多且一一对应。
至于具体需要设置几组卡槽和抱合臂，需要根据端帽的轴向长度而定。如果端帽的轴向长度较大，则可以设置两组或更多组卡槽与抱合臂；如果端帽的轴向长度很小，则可仅设置一组卡槽与抱合臂，只不过此时可以使得卡槽在轴向上的宽度及抱合臂在轴向上的宽 度相对大一些，以便保证第1部分与第2部分之间的接触面大部分是能紧密压紧在一起的，以便对纤维束形成可靠的抱合压力。
如图3所示，所述第1部分201朝向第2部分202的端面上设有定位块3，相应地，所述第2部分202朝向第1部分201的端面上必然设有与所述定位块3对应匹配的定位槽。将第1部分和第2部分安装在一起时，将定位块3插入定位槽内便能防止在两部分的相对面之间形成相对滑动，而保证抱合臂的自由端顺利地插入与其相对应的卡槽内。特别是当设有多组卡槽和抱合臂时，设置定位块和定位槽更为必要。
如图4所示，在一种实施例中，所述第1部分201和第2部分202的(半圆柱状的)管槽壁上均设有轴向相间分布的多个筋条4。
设置筋条的目的在于增加纤维束相对端帽轴向向外移动时的阻力，以保证纤维束与端帽装配成牢固连接的一体。
因为纤维束集结成联合体段10B的部分是具有某种程度的弹性变形能力的，所以第1部分和第2部分相对安装后形成的孔的内径大小需要与所述联合体段10B的外径大小相近的，最好相对小一些(根据联合体段弹性变形能力大小而定)。
通过设置筋条能在孔腔内部迫使纤维束的联合体段局部产生相对较大的变形，来增大纤维束抽出端帽时需要克服的阻力。
如图5、图6所示，所述端帽20包括部件一203、部件二204和部件三205，其中部件一203为螺环，部件二204为套筒，部件三205为筒柱。所述纤维束10的联合体段10B配置在所述部件三205的筒腔中。
所述部件三205的筒壁上设有自端口朝自由端一侧延伸的条状槽5，该条状槽5的个数为四个且围绕筒壁相间分布。
所述部件三205的自由端外壁上设有与所述部件一203匹配的外螺纹段。
所述部件二204套装在所述部件三205的外面。
所述部件三205的轴向长度大于所述部件二204的轴向长度。当所述部件一203逐渐旋拧在所述部件三205的外螺纹段上时，所述部件一203能够推动所述部件二204向所述 部件三205的筒腔端口方向移动，期间，所述部件二204的内壁会挤压着所述部件三205的筒壁沿径向向内逐渐收拢，最终将所述纤维束10的联合体段10B牢固地夹在所述部件三205的筒腔中。
在所述部件三的筒腔壁体上设置的条状槽5会将壁体分为几部分，在将纤维束的联合体段插入部件三的筒腔内时，部件三的各部分壁体因为能够径向地摆动(借助塑性变形)，使得筒腔的上端口大小能够变化，对纤维束联合体段塞入的阻力会减小很多，进而能够较容易地将纤维束塞入端帽的孔中。
上述的结构能够保证，当纤维束不断受到外力拉拽时，其不会轻易从部件三或者说端帽中脱离出去。
所述凸环30设置在所述部件一203的外壁上。
所述部件三205的壁厚小于所述部件二204的壁厚，优选地，使得所述部件三205的壁厚小于所述部件二204的1/2壁厚。
为保证连接成整体的部件一和部件二外形轮廓相适宜，易于安装在物体上并牢固与物体连接，所述部件二204的外径不宜大于所述部件一的外径。
优选地，在所述部件三的筒腔外壁上分布设置端面为曲面/弧面的突点，部件二套装在部件三的外部，部件二的内壁与部件三外壁上的突点端面接触，这样在部件二相对部件三移动时，部件二所受到的阻力能够减小。初始状态下，部件二的上端是对应在部件三的中下部的。
在一种实施例中，所述部件三的筒壁上设有条状凸台，该条状凸台的个数为多个且围绕筒壁相间分布。所述条状凸台沿轴向延伸且面向所述部件二内壁的侧面为楔面，该楔面自所述部件三的筒腔端口(图示上端)朝自由端(图示下端)方向逐渐靠近所述部件三的筒腔外壁。
上述条状凸台可以设在所述条状槽5的一侧或两侧，或者设在处于相邻两条状槽之间壁体的中部。
在一种实施例中，所述部件三205的筒腔端口设有径向向外延伸的凸缘6，该凸缘6 由围绕所述部件三205外壁一圈的多个相间布置的凸缘板构成。
对应地，所述部件二204的一端端面上设有沉孔，当该端面移动至所述凸缘6处时，能够将所述凸缘收纳在沉孔中。
可使得整个部件三205基本上能完全被收入部件一203和部件二204内，部件三205筒腔端口处因设置条状槽形成的豁口被收纳在部件二内部，使得端帽的孔腔端面形成为平面结构，尽可能地避免了豁口处的棱角/棱边对纤维束造成钩挂影响。
在一种实施例中，所述部件三的筒腔端口设有径向向内延伸的凸缘，该凸缘由围绕所述部件三内壁一圈的多个相间布置的弧形缘板构成。通过设置该弧形缘板结构，当部件二促使部件三的筒腔端口向内收拢时，弧形缘板会嵌入纤维束的联合体段，从而能更好地使得部件三与纤维束之间或者说端帽与纤维束之间建立牢固的连接关系。
上段的弧形缘板的延伸方向与图6所示的凸缘6延伸方向相反。一般径向延伸长度也会相对凸缘6小。所谓弧形缘板，即其径向的自由端端面为弧形面。
如图7至图9所示，展示的是应用所涉及的装饰颗粒创建具有毛绒表面的物品或公仔的结构和过程。
该方法的实施需要应用到所涉及的装饰颗粒，上述任何一种结构的装饰颗粒都是能够满足要求的。同时，该方法的执行还需要提供具有固定形状的载体，如入7所示的载体一100蛋糕、图9所示的载体二200独角兽公仔，所述载体一100上分布设有多个孔一1001，所述载体二200上分布设有多个孔二2001。
制作过程中，将所述装饰颗粒的端帽对准所述载体上的孔，并将端帽全部插入载体的孔内。所述载体上的孔全部插上所述装饰颗粒后，用力按压或向外分拨装饰颗粒的纤维束，使得纤维束的股线展开而将载体的表面遮盖住以形成具有毛绒外表的玩具(如图10至图13所示产品)。
具体实施例中，所述的多个装饰颗粒中的多数装饰颗粒的纤维束的色彩是相同的，剩余装饰颗粒的纤维束具有的色彩能够区别于所述的多数装饰颗粒的纤维束的色彩，且该部分剩余下的装饰颗粒的纤维束的色彩是相同的或者又被分为多种色彩。所述载体上的孔处 标注有连续的编号(如图7至图9所示)。按照孔的编号区间范围规律地安排具有不同色彩的装饰颗粒的安装位置，以形成具有多色彩拼合毛绒面和/或具有某种图案的毛绒面的玩具，如图10至图13。
所述的载体一100、载体二200的制作材质可以是塑料、塑胶(高分子合成树脂--聚合物)等能够形成具有固定形状的物体的材料，而且金属材料在部分实施例中也能够应用。甚至在很少的实施例中将塑胶材料与金属材料混在一起使用。载体一100和载体二200的制作材料可以具有一定的弹性，但是需要注意不要因为载体具有弹性而影响到载体与装饰颗粒之间连接的牢固性。
上述实施方式仅例示性说明本发明的原理及其功效，而非用于限制本发明。本发明还有许多方面可以在不违背总体思想的前提下进行改进，对于熟悉此技术的人士皆可在不违背本发明的精神及范畴下，可对上述实施例进行修饰或改变。因此，举凡所属技术领域中具有通常知识者在未脱离本发明所揭示的精神与技术思想下所完成的一切等效修饰或改变，仍应由本发明的权利要求所涵盖。

Claims (10)

  1. 装饰颗粒，该颗粒包括一端呈离散状态，另一端呈集结状态的纤维束和设在该纤维束呈集结状态端的端帽；所述纤维束呈集结状态的一端与所述端帽的一端匹配；所述纤维束含有多根股线，且该多根股线在一端集结成为一段联合体且被塞入端帽的端孔中；所述股线的表面是光滑的和/或毛糙的；所述端帽的自由端能插接在物体外部，并与物体建立起紧装配关系。
  2. 根据权利要求1所述的装饰颗粒，其特征在于：于所述端帽的侧壁上设有凸环或者围绕端帽侧壁相间分布成一圈的多个凸点，凸环或者凸点的位置在轴向上相对靠近所述端帽的自由端端面；用于承载所述装饰颗粒的物体上设有与所述端帽匹配的孔/槽结构，所述端帽插在该孔/槽结构中时所述凸环或者凸点会对孔/槽结构的内壁形成压迫。
  3. 根据权利要求1所述的装饰颗粒，其特征在于：所述端帽的外形呈圆柱形或棱柱形或圆锥形。
  4. 根据权利要求1所述的装饰颗粒，其特征在于：所述端帽包含第1部分和第2部分，且第1部分和第2部分为相对安装的半柱形管，所形成的管孔为内径一致的柱形孔或内径自外向里逐渐变小的圆锥孔；
    于所述第1部分的侧壁上且在管槽口两侧设有相对的卡槽，对应地，于所述第2部分的侧壁上且在管槽口两侧设有与所述卡槽对应匹配的抱合臂；
    将所述第1部分与所述第2部分相对安装在一起时，所述抱合臂的自由端置入所述卡槽中，在第1部分和第2部分之间形成抱合拉力，使得第1部分与第2部分的相对面压紧在一起。
  5. 根据权利要求1所述的装饰颗粒，其特征在于：所述端帽包括部件一、部件二和部件三，其中部件一为螺环，部件二为套筒，部件三为筒柱，所述纤维束的联合体段配置在所述部件三的筒腔中；所述部件三的壁厚小于所述部件二的壁厚；
    所述部件三的筒壁上设有自端口朝另一端方向延伸的条状槽，该条状槽的个数为多个且围绕筒壁相间分布；所述部件三的另一端外壁上设有与所述部件一匹配的外螺纹段；所述部件二套装在所述部件三的外面；
    所述部件三的轴向长度大于所述部件二的轴向长度，当所述部件一逐渐旋拧在所述部件三的外螺纹段上时，所述部件一能够推动所述部件二向所述部件三的筒腔端口方向移动，期间，所述部件二的内壁会挤压着所述部件三的筒壁沿径向向内逐渐收拢，最终将所述纤维束的联合体段牢固地夹在所述部件三的筒腔中。
  6. 根据权利要求5所述的装饰颗粒，其特征在于：在所述部件三的筒腔外壁上分布设置端面为曲面的突点，将所述部件二套装在所述部件三的外部时，所述部件二的内壁能与所述部件三外壁上的突点的端面接触。
  7. 根据权利要求5所述的装饰颗粒，其特征在于：所述部件三的筒壁上设有条状凸台，该条状凸台的个数为多个且围绕筒壁相间分布；所述条状凸台沿轴向延伸且面向所述部件二内壁的侧面为楔面，该楔面自所述部件三的筒腔端口朝自由端方向逐渐靠近所述部件三的筒腔外壁。
  8. 根据权利要求1所述的装饰颗粒，其特征在于：所述部件三的筒腔端口设有径向向内延伸的凸缘，该凸缘由围绕所述部件三内壁一圈的多个相间布置的弧形缘板构成。
  9. 装饰颗粒的使用方法，该方法为使用具有权项1所限定特征的多个装饰颗粒创建毛绒玩具的过程；该方法的执行还需要提供具有固定形状的载体，该载体的表面上分布有多个孔/槽；特别处在于：将所述装饰颗粒的端帽对准所述载体上的孔/槽，并将端帽全部插入载体的孔/槽内；所述载体上的孔/槽全部插上所述装饰颗粒后，用力按压或向外分拨装饰颗粒的纤维束，使得纤维束的股线展开而将载体的表面遮盖住以形成具有毛绒外表的玩具。
  10. 根据权利要求9所述的方法，其中，所述的多个装饰颗粒中的多数装饰颗粒的纤维束的色彩是相同的，剩余装饰颗粒的纤维束具有的色彩能够区别于所述的多数装饰颗粒的纤维束的色彩，且该部分剩余下的装饰颗粒的纤维束的色彩是相同的或者又被分为多种色彩；所述载体上的孔/槽处标注有连续的编号；按照孔/槽的编号区间范围规律地安排具有不同色彩的装饰颗粒的安装位置，以形成具有多色彩拼合毛绒面和/或具有某种图案的毛绒面的玩具。
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