TW201622791A - Beads connecting toy and beads connecting method - Google Patents

Abstract

A beads connecting toy has a connecting toy main body which makes up a base for fabricating a beaded toy which is based on a strand set member which has a strand set locking portion formed at one end side and at the other end side thereof a beading strand on which beads are put, two base strands and an engaging strand which interweaves the beading strand, the two base strands and the beads together for engagement, a one-end-side locking portion which is provided at one end side of the connecting toy main body and where the strand set locking portion is locked in place, and an other-end-side locking portion which is provided at the other end side of the connecting toy main body and where the two base strands and the beading strand are locked in place.

Description

Beaded toy and beaded connection method

The present invention relates to a beaded link toy that can be used to make a beaded decorative toy that is connected to a plurality of beads, and a method of joining the bead.

In the past, the proposed toy was a kind of beaded decorative toy such as a bracelet or a jewelry. For example, the beader disclosed in Patent Document 1 includes four holding portions provided on the feedthrough shaft, gripping devices for holding the four gripped portions, and clips provided at the lowermost end. The hook portion of the wire can be hooked under the holding portion. The holding device corresponds to the four clamped portions, and a pair of holding members are provided to sandwich the respective clamped portions. The pair of holding members are opened and closed by a driving device.

The action of the beading device formed by the beading is that the bead is passed through the through shaft by the bead receiving portion in which the plurality of beads are accommodated, and the bead is guided to the through shaft while being opened and closed by the clamping member. The workpiece is moved from the upper clamped portion to the lower clamped portion. When the grip member in the lowermost gripped portion is opened, the bead positioned at the lowermost grip portion is inserted through the line hooked to the hook portion. Thereby, a beaded decorative toy in which a plurality of beads are connected can be produced.

On the other hand, as an adult accessory, in recent years, a popular bracelet called a wrap bracelet has been popular. This kind of wrap bracelet is a kind of Beading is disposed between two ropes as a base material, and two ropes as a base material are engaged with a plurality of beads. The card between the two ropes as the base material and the plurality of beads is such that the ropes of both the engaging sides are wound on the two ropes as the base material, and the horizontal direction is inserted perpendicularly to the substrate. The beaded holes of the rope are engaged.

In the case of a beaded decorative toy such as a beaded bead or a beaded decorative toy, for example, Japanese Laid-Open Patent Publication No. 2003-213552 discloses that the bead is simply arranged in a row and the wire passes through the bead hole portion without a change. Therefore, the design of the beaded decorative toy produced by the above is designed by using a bead arrangement of a plurality of colors or by attaching the ornament to a fixing member for fixing a wire inserted into the bead. Have the difference to have fun.

On the other hand, for children, they want to make something that is imitation of a person's jewelry to decorate the body. However, because the adult-style wrap bracelet is used, the method of knitting the bead into the two ropes is more Complex, this kind of weaving is difficult to apply directly to children's beaded decorative toys.

SUMMARY OF THE INVENTION An object of the present invention is to provide a bead connection method in which a child can also simulate a bracelet of a wrap bracelet of an adult type, which is produced with appropriate difficulty, and a bead connection toy which can easily implement the bead connection method.

The beaded connecting toy of the present invention comprises: a connecting toy body, which forms a pedestal for making a beaded decorative toy based on a woven rope body, the woven rope body having: a bead insertion cord, which forms a braided rope on one end side a locking portion, the other end side is inserted with a plurality of beads; two base ropes; and a binding rope for knitting and engaging the bead insertion cord, the two base ropes and the bead; and the one end side locking portion is provided Locking the braided rope to the end side of the connecting toy body And a other end side locking portion provided on the other end side of the connecting toy body, and locking the two base ropes and the bead insertion cord.

Further, the one-end side locking portion that locks the loop-shaped woven cord locking portion is formed in a hook shape, and the other end-side locking portion is used for the base rope longitudinal groove and the bead insertion cord The longitudinal groove is formed by the longitudinal groove; the longitudinal groove is formed in two longitudinal grooves to respectively lock the other end sides of the two base ropes; and the longitudinal groove of the bead insertion line is attached to the base A longitudinal groove is formed between the longitudinal grooves of the rope for locking the other end side of the bead insertion cord.

Further, a portion of the partition wall between the longitudinal groove for the base rope and the longitudinal groove for the bead insertion cord is formed to be rotatable with the longitudinal direction of each of the longitudinal grooves as a rotation axis.

Further, the above-described connected toy system is formed in an elongated shape and has at least an upper surface; an abutting protrusion protruding from the upper surface is provided on the upper surface of the connecting toy body; and the other end side locking portion is provided The upper surface of the other end portion of the connecting toy body is formed above the upper surface of the connecting toy body.

Further, the upper surface of the connecting toy body between the abutting projection and the other end portion of the connecting toy body is provided with a fixing member hole for loosely fitting a columnar projection of the fixing member, and the fixing member is fixed The base rope, the bead insertion cord, and the aforementioned engagement cord.

Further, in the connected toy main body, the divided portions formed in the width direction are formed in two or more places, and the engaging portions formed as one of the divided portions can be engaged with the engaging portions of the other divided portions.

In addition, the bead connection method is to prepare a braided rope body as a beaded decorative toy. a base material, the braided rope body having: a bead insertion cord through which the bead is inserted, two base ropes, and a snap cord in which the bead insertion cord and the two base cords and the bead are engaged and engaged; The beading insertion cord is inserted into the bead; the beading insertion cord into which the bead has been inserted is positioned between the two base ropes; and the kneading cord is folded from the front side to the back side of the one of the base ropes Passing the front side of the bead insertion cord, and then folding the aforementioned engagement cord from the back side to the front side around the other base rope, and then inserting the two sides by the back side of the bead insertion cord The base rope, the aforementioned bead insertion cord, and the aforementioned bead.

The preparation of the braided rope system means that the vicinity of the center between the ends of one elastic line is knotted to form an annular portion, and the two rope portions having the end portions are used as the two base ropes; a silk thread (or synthetic fiber) is used. In the following, only the position near the end side of the "silk thread" is knotted to form an annular portion, and among the two rope portions having the end portion, a shorter string portion is inserted as the aforementioned bead a cord, a long rope portion is used as the engaging cord; an annular portion of the silk thread is inserted into an annular portion of the elastic wire, and an annular portion of the silk thread is positioned between the two base ropes And inserting the bead insertion cord and the engagement cord into an annular portion of the silk thread to form the braided rope body.

According to the connecting toy of the present invention, when a beaded decorative toy is produced by using a braided cord having two base cords, a beading plug cord, and a snap cord as a base material, the braided rope body at one end of the braided cord body can be locked. The portion is locked to the one end side locking portion of the connecting toy body, and the other end of the braided rope body is locked to the other end side locking portion of the connecting toy body, thereby inserting the plurality of beads into the bead insertion After the rope is engaged by the engaging portion, the braided rope body is brought into tension with an appropriate tension, so that the knitting card cooperation is easy.

Thus, the child can make a copy of the imitation of the person with appropriate difficulty. A beaded decorative toy, such as a bracelet shape, in the form of an adult wrap bracelet, such that a plurality of beads that have been inserted into the bead insertion cord are engaged to the two base ropes. Thereby, the production of the beaded decorative toy can be performed happily.

Further, the one end side locking portion that connects the toy body is formed in a hook shape, and the braided wire locking portion that is locked by the toy body is formed in a ring shape. On the other hand, the other end side locking portions that respectively lock the two base ropes and the bead insertion cord are formed in a longitudinal groove shape. Thereby, the woven rope locking portion can be hooked on the one end side locking portion to be locked, and the two base ropes and the bead insertion lanyard are respectively inserted into the other end side locking portion of the longitudinal groove shape. Can be locked. Therefore, the locking of the woven rope body to the connected toy body of the beaded toy can be easily performed.

Further, a partial partition wall between the longitudinal groove for the base rope and the longitudinal groove for the bead insertion cord is rotatably formed to have a longitudinal direction as a rotation axis. Thereby, even if, for example, two base ropes and a bead insertion cord are formed by elastic wires having different diameters and silk threads, the base rope is embedded in the longitudinal groove for the base rope, and the silk thread is inserted into the bead insertion. In the case of the longitudinal grooves of the rope, the ropes can be surely locked even if the diameters of the ropes are different.

In addition, the connecting toy body has at least an upper surface, and an abutting protrusion is provided on the upper surface of the connecting toy body, and an upper surface of the portion provided with the other end side locking portion is formed on the upper surface of the connecting toy body. The position above. Therefore, since the braided cord system that is locked to the toy body abuts against the upper surface of the portion where the abutting projection or the other end side latching portion is provided, the surface of each of the ropes can be self-linked to the upper surface of the toy body. When it is floated upward, it is locked to the connected toy body. Therefore, the work of knitting and engaging by the engaging cord is further simplified, and the fun of the knitting operation can be more easily enjoyed.

In addition, on the upper surface of the connecting toy body, there is a columnar protrusion for the fixing member A loosely-mounted fixing member is used for fixing a base rope or a beading insertion cord and a fastening cord. In this way, when the knitting is performed by the engaging wire, when the respective ropes are fixed by the fixing member, the columnar projections of the fixing member are inserted into the fixing hole portions, and the fixing member can be prevented from easily moving. Therefore, since the fixing work of each rope can be easily performed, the fun of making a beaded decorative toy can be enjoyed more.

Further, in the connection toy body, the divided portions formed in the width direction are formed in two or more positions, and therefore, at least three or more portions can be divided. Therefore, the beaded connection toys can be compactly housed together during storage. Further, since the divided toy body is formed to be engageable with the other divided toy body, the length of the connected toy body can be changed. In addition, beaded decorative toys of various lengths can be produced, so that a beaded decorative toy such as a neck ornament or a bracelet can be produced.

In addition, the beading connection method is a beading insertion cord in which the engaging cords are interposed and engaged to the two base ropes and the inserted bead. Therefore, by the beading connection method, the child can enjoy the fun and the beaded decorative toy of the imitation wound bracelet. Furthermore, it is possible to use a bead which is generally commercially available without using a bead of a special shape, and therefore, it is possible to make a beaded decorative toy with ease and effort in the color matching of beading.

In addition, as for the preparation of the braided rope body, a stretch line and a silk thread can be combined. Therefore, since the woven rope body can be formed using a generally commercially available elastic thread or silk thread, the beaded decorative toy can be easily produced.

10‧‧‧Bangle

20‧‧‧woven rope body

21‧‧‧Base rope

22‧‧‧Beaded cord

23‧‧‧Card rope

24‧‧‧woven rope locking

25‧‧‧Rings

30‧‧‧Beads

31‧‧‧Beads

32‧‧‧Beads

33‧‧‧Beads

40‧‧‧Fixed parts

41‧‧‧ Covering components

41a‧‧‧Fixed parts

41a1‧‧‧Clock hole

41b‧‧‧ Wide fat convex

41b1‧‧‧Depression

41c‧‧‧ Wide fat convex

41d‧‧‧ reinforcing ribs

42‧‧‧Fixed body

42a‧‧‧Snap protrusion

43‧‧‧column

44‧‧‧ large trench

44a‧‧ sales

44b‧‧‧ Wide fat recess

45‧‧‧Small trench

45a‧‧‧ Wide fat recess

46‧‧‧Decorative materials

46a‧‧‧孔部

50‧‧‧Beaded Link Toys

51‧‧‧Link toy body

52‧‧‧1st body

52a‧‧‧T groove

52a1‧‧‧Restricted wall

52c‧‧‧ one end side locking part

52c1‧‧‧ vertical section

52c2‧‧‧ horizontal department

52d‧‧‧Upper surface

53‧‧‧2nd body

53a‧‧‧T groove

53a1‧‧‧Restricted wall

53b‧‧‧Sliding snap protrusion

53d‧‧‧ upper surface

54‧‧‧3rd Body Department

54a‧‧‧Sliding snap protrusion

54c‧‧‧The other end side locking part

54c1‧‧‧longitudinal groove for base rope

54c2‧‧‧Longitudinal groove for beading

54d‧‧‧ upper surface

54e‧‧‧The other end upper surface

54f‧‧‧Abutment protrusion

54g‧‧‧ hole for fixing parts

55‧‧‧ screws

56‧‧‧ Division

57‧‧‧ Division

60‧‧‧Knitting stick

154‧‧‧3rd ontology body

154d‧‧‧Protruding

154h‧‧‧Other end

154k‧‧‧Upper boss support hole

154m‧‧‧Upper siding

155‧‧‧fixed board

155a‧‧‧孔部

155b‧‧‧ lower boss support hole

155c‧‧‧ lower wall

156‧‧‧ movable area next door

156a‧‧‧ base

156b‧‧‧ boss

156c‧‧‧ movable siding

156d‧‧‧Protruding

Fig. 1 is a view showing the overall appearance of a decorative toy according to an embodiment of the present invention.

Fig. 2 is a view showing the overall appearance of a braided cord body according to an embodiment of the present invention.

Fig. 3 is a perspective view showing a beaded connection toy according to an embodiment of the present invention.

Fig. 4 is a perspective view showing a beaded connection toy according to an embodiment of the present invention.

Fig. 5 is an exploded perspective view showing a third main body portion of the beaded connection toy according to the embodiment of the present invention.

Fig. 6 is a perspective view showing a fixing member of a decorative toy according to an embodiment of the present invention.

Fig. 7 is a view showing the inner surface of the fixing member of the decorative toy according to the embodiment of the present invention, wherein Fig. 7A shows the inner surface of the covering member, and Fig. 7B shows the inner surface of the fixing member body.

Fig. 8 is a plan view showing the woven rope body attached to the beaded connection toy according to the embodiment of the present invention.

Fig. 9 is a view showing the knitting state of the beaded decorative toy according to the embodiment of the present invention, and showing a position of one end side in the beaded connecting toy.

Fig. 10 is a view showing the knitting state of the beaded decorative toy according to the embodiment of the present invention, and showing the intermediate position and the other end side position in the beaded connecting toy.

Fig. 11 is a plan view showing a state in which a fixing body is attached to a beaded connecting toy according to an embodiment of the present invention.

Fig. 12 is a view showing a partial side view of a beaded connection toy according to an embodiment of the present invention.

Embodiments of the present invention will be described below based on the drawings. Fig. 1 is a perspective view showing a beaded decorative toy - bracelet 10 produced by using the beaded link toy of the present invention. 2 is an overall view of the braided cord body 20 as a base material of the bracelet 10. Bracelet 10 is tied to braided rope body 20 The plurality of beads 30 are snapped up to form. The braided rope body 20 includes two base ropes 21, a bead insertion cord 22, and an engagement cord 23. A plurality of beads 30 can be inserted into the bead insertion cord 22. Further, the two base strings 21, the bead insertion cords 22, and the plurality of beads 30 are engaged with each other by the engagement cords 23. Further, an endless braided wire locking portion 24 is formed on one end side (the upper end side in FIGS. 1 and 2) of the braided cord body 20.

Specifically, the two base strings 21 of the braided rope body 20 and the braided cord catching portion 24 are formed by one elastic line. The elastic line is a general commercial product, and the cross section is slightly round. Further, the bead insertion cord 22 and the engagement cord 23 of the braided cord body 20 are formed by a single silk thread. The silk thread is also generally marketed. The method of manufacturing the braided cord body 20 will be described in detail later.

On the other end side (the lower end side in Fig. 1) of the bracelet 10, a fixing member 40 for fixing the ends of the four ropes is provided. In the fixing member 40, a protruding hexagonal columnar columnar projection 43 is formed. In the columnar projection 43, a decorative member 46 formed in a heart shape can be attached. The attachment of the decorative member 46 to the columnar projections 43 means that the columnar projections 43 are inserted into the hole portions 46a formed in the decorative member 46, and are joined by, for example, press fitting, application of an adhesive, and the like. The decorative member 46 is fixed to the fixing member 40.

The bracelet 10 is formed to have a total length of about 30 cm. When the bracelet 10 is placed on the wrist, the loop-shaped braided cord locking portion 24 is locked to the decorative member 46 fixed to the fixing member 40, and the bracelet 10 is formed in a ring shape. When the ring 10 formed in a ring shape is twisted once to form a double ring shape, the diameter can be formed to be about 5 cm, which can be appropriately placed on the wrist of a child.

Next, the bead connection toy 50 formed by the work table for manufacturing the bracelet 10 will be described. As shown in FIG. 3, the bead connection toy 50 is formed in an elongated shape and has a coupled toy body 51 formed by a base for making the bracelet 10. The connected toy body 51 is as shown in Figures 3 and 4 The divided portions 56 and 57 formed in the width direction can be divided into three portions of the first body portion 52, the second body portion 53, and the third body portion 54. Among the connected toy bodies 51 that are divided into three parts, the total length of the first body portion 52 on one end side (the upper side in FIGS. 3 and 4) is the longest and the other end side (in FIGS. 3 and 4). In the middle of the lower side, the total length of the second main body portion 53 and the third main body portion 54 is shorter.

The first main body portion 52, the second main body portion 53, and the third main body portion 54 are connected to each of the divided portions 56 and 57 by sliding engagement. That is, on the side surface on the other end side of the first body portion 52, a T groove portion 52a extending in the width direction is provided, and the T groove portion 52a is regarded as a T-shaped groove on the left and right side faces. shape. On the side surface on the one end side of the second main body portion 53, a slide engagement projection 53b for slidingly engaging the T groove portion 52a is formed, and the slide engagement projection 53b is formed in a T shape on the right and left side surfaces. When the slide engagement projection 53b of the second main body portion 53 slides and engages in the groove of the T groove portion 52a, it slides until it abuts against the restriction wall 52a1 formed at the end portion of the T groove portion 52a.

Similarly, the T groove portion 53a is formed on the side surface on the other end side of the second main body portion 53, and the slide engagement projection 54a is formed on the other end side of the third body portion 54. Further, a regulating wall 53a1 is formed on the end portion of the T groove portion 53a. After the first main body portion 52, the second main body portion 53, and the third main body portion 54 formed by the sliding engagement are respectively connected and connected, as shown in FIG. 3, the first main body portion 52, the second main body portion 53, and the Each of the upper surfaces 52d, 53d, and 54d of the main body portion 54 has an upper surface that is flush with the abutting projection 54f, which will be described later, and the side surface in the longitudinal direction forms a continuous plane.

One end side locking portion 52c is provided on the upper surface of the one end side of the first body portion 52 that connects the toy body 51. The one end side locking portion 52c is formed by juxtaposing the vertical portion 52c1 and the two hook-shaped protrusions formed by the horizontal portion 52c2 in the width direction of the first body portion 52, and the vertical portion 52c1 is first The upper surface of the main body portion 52 is erected, and the horizontal portion 52c2 is horizontally extended from the end portion of the vertical portion 52c1 in the one end side direction.

The other end side locking portion 54c is provided on the other end side of the third main body portion 54 that connects the toy body 51. The other end side locking portion 54c is formed by three longitudinal grooves. The left and right longitudinal grooves are the longitudinal grooves 54c1 for the base rope, and the longitudinal grooves between the longitudinal grooves 54c1 for the base rope are the longitudinal grooves 54c2 for the bead insertion lines. The bead insertion cord is formed with a longitudinal groove 54c2 having a width narrower than the width of the base longitudinal groove 54c1.

The upper surface near the other end of the third body portion 54 is the other end upper surface 54e. The other end upper surface 54e is located above the upper surface 54d of the third body portion 54 and above the upper surfaces 52d and 53d of the first body portion 52 and the second body portion 53. In addition, an abutting projection 54f that extends in the width direction of the third main body portion 54 and protrudes in a wall shape is formed from the one end side upper surface 54d of the third main body portion 54. The height formed on the upper surface of the projection 54f abutting on the other end upper surface 54e is the same as the height from the upper surface 54d of the third main body portion 54. Further, on the upper surface of the third main body portion 54 between the abutting projection portion 54f and the other end side locking portion 54c, a fixing member hole portion 54g into which the columnar projection 43 of the fixing member 40 is inserted is provided.

Here, the structure of the third body portion 54 will be described in more detail with reference to FIG. 5. The third main body portion 54 is formed by a third main body portion 154, a fixing plate 155, and a movable partition wall 156 which are formed by the upper surface 54d or the like. The fixing plate 155 is a lower surface of the other end portion 154h of the third main body portion 154 which is formed as a notch in the side surface. The fixing plate 155 is fixed to the lower surface of the other end portion 154h, and is fixed to the lower surface of the other end portion 154h by screws 55 via the two hole portions 155a provided on the fixing plate 155. Inside the screw hole.

Between the lower surface of the other end 154h and the fixed plate 155, the two movable sections are separated The wall 156 is disposed to be held by the lower surface of the other end portion 154h and the fixing plate 155. The movable partition wall 156 is formed in a longitudinal plate shape, and a boss 156b protruding in a columnar shape is formed on the lower surface of the base portion 156a. Further, the lower boss 156b is rotatably inserted into the two lower boss support holes 155b provided on the fixed plate 155. On the other hand, the upper boss 156b is rotatably inserted into the two upper boss support holes 154k, and the upper boss support holes 154k are attached to the upper surface 54d of the third body portion body 154 to the other upper surface 54e. Formed at a slight center in the width direction near the erected wall portion.

A movable wall 156c is extended from the end side of the base portion 156a of each of the movable portion partition walls 156. The movable wall plate 156c is formed as a base rope together with the upper wall plate 154m of the third body portion main body 154 constituting the other end side locking portion 54c (see FIGS. 3 and 4) and the lower wall plate 155c of the fixing plate 155. The longitudinal groove 54c1 and the partition wall between the longitudinal grooves 54c2 for the bead insertion cord. The movable wall 156c, the upper wall 154m, and the lower wall 155c are formed to have the same width.

Since each of the movable partition walls 156 is rotatably supported by the upper boss support holes 154k and the lower boss support holes 155b, each of the bosses 156b can be rotated as a longitudinal rotation axis. Therefore, the movable partition 156c as the partition wall between the longitudinal groove 54c1 for the base rope and the longitudinal groove 54c2 for the bead insertion cord, the upper wall 154m, and the movable wall 156c which is a part of the lower wall 155c are formed as The longitudinal direction of each of the longitudinal grooves 54c1, 54c2 is rotatably rotated as a rotation axis.

Further, a protrusion 156d is protruded from a side surface of the movable wall 156c of the movable partition 156, and the protrusion 156d is orthogonal to the longitudinal groove 54c1 for the base rope and the longitudinal groove 54c2 for the bead insertion cord. The longitudinal direction of the groove is projected in the horizontal direction. Similarly, a projection 154d is provided on the wall portion on the third main body portion 154 side of the base rope longitudinal groove 54c1. Each protrusion 156d and 154d are respectively arranged oppositely.

In the longitudinal groove 54c1 for a base rope and the longitudinal groove 54c2 for a bead insertion cord thus formed, the base string 21, the bead insertion cord 22, and the engagement are locked in the manufacturing process of the bracelet 10 (refer to FIG. 1). Rope 23. Specifically, each of the base ropes 21 is locked one by one in each of the base rope longitudinal grooves 54c1. In the longitudinal groove 54c2 for the bead insertion cord, when the engagement with the engagement cord 23 is engaged, the bead insertion cord 22 is locked, and after the engagement is completed, the engagement cord 23 is again engaged.

After the respective ropes are engaged with each other, a part of the width of each of the longitudinal grooves 54c1 and 54c2 is automatically adjusted by the movable wall 156c supported by the rotation, so that the respective ropes can be surely locked. Further, since the respective projections 156d and 154d are trapped in the locked ropes, the locked ropes are configured to be difficult to be pulled out in the longitudinal direction, but are easily pulled out in the horizontal direction.

Next, the fixing member 40 will be described with reference to FIGS. 6 and 7. The fixing member 40 is constituted by two members of the covering member 41 as the upper member in FIG. 6 and the fixing member body 42 as the lower member. In the lower side fixing body 42, a columnar projection 43 is protruded from the lower surface. The shape formed by the columnar projections 43 is such that the outer shape is formed into a regular hexagon shape as viewed from the cross section.

A fixing member locking portion 41a extending downward from the upper surface is formed at both end portions in the width direction (left-right direction in FIG. 6) of the covering member 41. The locking hole portion 41a1 is formed in each of the fixing member locking portions 41a. On the other hand, at both end portions in the width direction of the fixture main body 42, a locking projection 42a is formed. By closing the locking projection 42a to the locking hole portion 41a1, the covering member 41 is locked and fixed to the fixing body 42.

As shown in FIG. 7B, the fixing body 42 is provided with two large grooves 44 for inserting the two base strings 21, and a small groove 45 for inserting the bead insertion cord 22 and the engaging cord 23. this In addition, in FIGS. 7A and 7B, the upper side refers to the side where the plurality of beads 30 are located.

In order to form the interval between the two base strings 21 such that the lower side of FIG. 7B is narrower than the upper side (in other words, the end side of the base rope 21), the large grooves 44 are flexed so that the interval of the large grooves 44 is narrowed at the lower side. . In each of the large grooves 44, two pins 44a are respectively provided. Each of the pins 44a has a conical shape, and the top of each pin 44a can be trapped in the base string 21.

Between the two pins 44a of each of the large grooves 44, a wide and concave portion 44b which is wider and more rectangular than the large grooves 44 is formed. The wide recessed portion 44b is formed to be inclined to the shape of the fixed body 42 in accordance with the buckling shape of the large groove 44. On the other hand, the small grooves 45 are formed in a straight line in the upper and lower directions in Fig. 7B. On the other hand, above the small groove 45 (in other words, on the side of the bead 30), a wide recess 45a having the same shape as the above-described wide recess 44b is formed.

In FIG. 7A, in the covering member 41, the respective faint recesses 44b corresponding to the two large grooves 44 are protruded and inserted into the respective faint recesses 44b by the lower surface of the covering member 41 (the surface disclosed in FIG. 7A). Wide fat convex portion 41b. Each of the wide convex portions 41b is formed to have a notch at the center portion, and the press pin 41b1 is erected at the center portion of the notch. Each of the press pins 41b1 is formed in a conical shape similarly to the above-described pin 44a, and is formed so that each of the press pins 41b1 can be trapped in the base string 21.

On the other hand, corresponding to the wide recess 45a provided in the small groove 45, the wide fat projection 41c inserted into the wide recess 45a is protruded from the lower surface of the cover member 41 (the surface disclosed in Fig. 7A). The wide fat convex portion 41c is erected so as to span the reinforcing rib 41d formed at the center portion of the covering member 41. The wide fat convex portion 41c has a notch at the center portion thereof.

Next, a bead connection method for manufacturing the bracelet 10 will be described using the members described above. First, the braided rope body 20 shown in Fig. 2 is prepared. In order to produce the braided cord body 20, an annular portion as the braided cord catching portion 24 is formed by knotting a substantially central portion of one elastic thread. On the end side of the elastic line of the string portion, two base ropes 21 are formed.

Similarly, a silk thread is knotted to form an annular portion 25. At this time, the position of one silk thread is tied, and the knot is made at a position where one end side of the silk thread is shorter than the other end side. As for the end portion side of the silk thread as the string portion, the shorter rope portion is used as the bead insertion cord 22, and the long rope portion is used as the engagement cord 23.

Next, the annular portion 25 of the silk thread is inserted into the braided locking portion 24 which is an annular portion of the elastic wire, and the annular portion 25 is fixed between the two base strings 21. Next, the bead insertion cord 22 and the engagement cord 23 are inserted into the annular portion 25. Thereby, the braided rope body 20 is produced and prepared. At this time, the length of the bead insertion cord 22 is slightly the same as the length of the base cord 21.

Next, the braided string body 20 is placed on the beaded link toy 50 to form a state as shown in FIG. Specifically, first, the braided wire locking portion 24 is locked to be hooked on the one-end side locking portion 52c. Thereafter, the two base strings 21 are respectively locked in the base rope longitudinal grooves 54c1 at two places. At this time, the base rope 21 is slightly tightened so as not to be bent and locked in the longitudinal groove 54c1 for the base rope.

When the braided string body 20 is placed on the beaded link toy 50, the plurality of favorite beads 30 can be sequentially inserted into the beading pass cord 22. The bead 30 is inserted into the bead insertion cord 22 until it abuts against the projection 54f. At this time, it is preferable that the first bead 31 that is inserted first and the bead 32 that is inserted last (refer to FIG. 1) have a hole diameter of the through-loop that is larger than the diameter of the other plurality of beads 33. In the knitting engagement by the engaging cord 23 which will be described later, the engaging cord 23 is inserted into the hole of the first bead 31 and the last bead 32 in order to insert the beading cord 23 with the bead insertion cord 22.

After the beading insertion cord 22 is inserted through the plurality of beads 30, the beading insertion cord 22 that has been inserted into the bead is positioned to insert the bead between the two base strings 21, and the bead is inserted. The end portion of the cord 22 is engaged in the longitudinal groove 54c2 for the bead insertion cord (see Fig. 10). At this time, the base cord 22 is slightly tightened so as not to be flexed and the bead insertion cord 22 is locked in the longitudinal groove 54c2 for the bead insertion cord. In this manner, the bead insertion cord 22 into which the plurality of beads 30 have been inserted is brought into contact with the abutting projection 54f and the other end upper surface 54e. Therefore, the bead that has been inserted by the bead insertion cord 22 is brought into a state in which the upper surface of the connected toy body 51 slightly floats. As a result, the base rope 21 that is locked by the upper surface of the connected toy body 51 is slightly stretched, so that the engagement of the two base ropes 21 and the beads 30 can be easily performed by the engagement cords 23.

Next, the engagement engagement is performed by the engagement cord 23. In order to form a state as shown in Fig. 9, first, the engaging cord 23 is inserted into the first bead 31 hole first by one end side (upper side in Fig. 9) of the braided cord body 20. Next, the engaging cord 23 projecting from the hole on the other end side of the bead 31 is folded, and once again inserted through the hole on the one end side of the bead 31.

Thus, by winding the engaging cord 23 to the first bead 31, the bead 31 does not move on the bead insertion cord 22 and is fixed at a predetermined position. On the other hand, in the vicinity of the end portion of the engaging cord 23, the knitting rod 60 for engagement is engaged. The front end of the braided rod 60 is formed into a curved surface for easy fitting into a small diameter rod-shaped body.

As shown in FIG. 10, the knitting engagement line 23 is formed by folding the engagement cord 23 from the front side to the back side of the base rope 21a, and then inserting the bead through the front side of the rope 22, and then After the other base string 21b is folded from the back side to the front side, the knitting is carried out by the back side of the bead insertion cord 22. In other words, the engaging cord 23 which is folded from the front side to the back side of the base rope 21a is placed at the position S1 shown in FIG. 10, and is passed through the front side of the beading rope 22. On the other hand, the engaging cord 23 which is folded from the back side to the front side of the other base rope 21b is shown by the position S2, and passes through the back side of the bead insertion cord 22.

When the knitting engagement is performed, since the connecting main body 51 is formed with the elongated upper surfaces 52d and 53d, the downward movement of the bead insertion cord 22 that has been inserted into the plurality of beads 30 is restricted to prevent the beading. The insertion cord 22 is too depressed.

Accordingly, the two base strings 21 and the plurality of beads 30 are engaged by the engagement cords 23. When the engaging cord 23 comes to the front end of the bead 32, as shown in Fig. 10, the engaging cord 23 is inserted through the hole on the one end side of the braided cord body 20 in the last end bead 32. The end side of the engaging cord 23 that has been inserted into the bead 32 hole is engaged into the longitudinal groove 54c2 for the bead insertion cord.

Next, a procedure for fixing the two base strings 21, the bead insertion cords 22, and the engaging cords 23 by the fixing members 40 will be described. As shown in Fig. 11, in the state in which the end portion side of the engaging cord 23 is locked to the longitudinal groove 54c2 for the bead insertion cord, the columnar projections 43 of the fixing body 42 of the fixing member 40 are inserted and loosely fitted. The fixing member hole portion 54g that connects the toy body 51 (the third body portion 54). The fixing member 40 is placed on the upper surface 54d of the connection toy body 51 (third body portion 54).

At this time, the fixing body 42 is close to or in contact with the abutting protrusion 54f. The two base ropes 21 are respectively housed so that the left base rope 21 is housed in the left large groove 44, and the right base rope 21 is housed in the right large groove 44. Thereafter, the bead insertion cord 22 and the engaging cord 23 are both received in the small groove 45. In this state, the covering member 41 of the fixing member 40 is fitted and attached to the fixing body 42 from above.

Thus, it is formed in the state shown in FIG. Thereby, the two base ropes 21, the bead insertion cords 22, and the engagement cords 23 are fixed by the fixing member 40. Thereafter, the two base ropes 21, the bead insertion cords 22, and the engagement cords 23 in the P portion of Fig. 12 are cut, and the bracelet 10 is removed from the bead connection toy 50. Thereafter, the decorative member 46 having the hole portion 46a engaged with the columnar projection 43 is fixed to the fixing member 40 by press fitting or the like.

As described above, with the beaded link toy 50 and the beading connection method of the present invention, using a commercially available elastic thread or silk thread, and beading, the child can enjoy the brace of the imitation wound bracelet with a moderate degree of difficulty. 10 fun. In addition, the hand-made bracelet 10 can also be worn on the body to play.

The bracelet 10 which has been produced has a certain degree of extension since the base rope 21 is constituted by elastic lines. Moreover, the silk thread is also elastic, so the bead insertion cord 22 can also extend in conjunction with the extension of the base cord 21, and in the case of extending the base cord 21, the engagement cord 23 is engaged by the plurality of beads 30. The interval between the plurality of beads 30 can be extended and changed while maintaining an equal interval. Thereby, even in the case of extending the bracelet 10, since the arrangement of the plurality of beads 30 is still neat, the bracelet 10 having a better appearance can be maintained.

The present invention is not limited to the embodiments described above, but can be implemented in various forms. For example, in the present embodiment, the first main body portion 52, the second main body portion 53, and the third main body portion 54 are coupled by sliding engagement to form the bracelet 10, but the second main body portion 53 may be omitted. The first body portion 52 and the third body portion 54 are slidably engaged to form the bracelet 10. Thereby, the bracelet 10 of different sizes can be produced.

Further, the engagement patterns in the division portions 56 and 57 are formed to be slip-engaged, but may be locked by screws or fixed by magnets. In addition to this, the connection toy body 51 is formed integrally with the division portions 56 and 57. Further, a pivoting mechanism may be provided instead of the slide-engaged divided portions 56, 57 to be formed in a foldable shape.

Further, although the connecting toy body 51 is formed in a long shape here, it may be formed in another form, and for example, the one end side locking portion 52c or the other end side locking portion 54c may be supported by the frame. However, by forming the strip shape and at least the upper surface is provided to the coupled toy body 51, As described above, the bead insertion cord 22 does not fall too deep, and the engagement of the engagement cord 23 can be easily performed, and the attachment of the fastener 40 can be easily performed. Further, the connecting toy body 51 can be formed into a circular shape or other special shape as viewed from the upper surface. However, in consideration of the ease of division structure or manufacturing, it is preferable to form a strip shape (in other words, a rod shape) as shown in the present embodiment.

Further, the connection toy body 51 is formed by dividing into three parts such as the first body portion 52, the second body portion 53, and the third body portion 54, but is not limited thereto, and may be divided into, for example, two portions or More than four parts. Further, a pivoting portion may be provided in the connecting toy body 51, and the toy body 51 may be unfolded and connected during storage to be stored for storage.

Further, with regard to the bead joining method of the present invention, it is not necessary to use the beaded connecting toy 50 to simply manufacture a beaded decorative toy. However, by using the beaded connection toy 50, even a child can enjoy the bead connection method of the present invention and make a beaded decorative toy to play with appropriate difficulty.

Accordingly, the embodiments of the present invention have been described. However, the present invention is not limited to the embodiments, and can be implemented in various forms.

[Industrial availability]

According to the present embodiment, it is possible to provide a bead connection method capable of producing a bracelet which is a human-wound bracelet with appropriate difficulty even in a child, and a bead connection toy which can easily implement the bead connection method.

50‧‧‧Beaded Link Toys

51‧‧‧Link toy body

52‧‧‧1st body

52a‧‧‧T groove

52c‧‧‧ one end side locking part

52c1‧‧‧ vertical section

52c2‧‧‧ horizontal department

52d‧‧‧Upper surface

53‧‧‧2nd body

53a‧‧‧T groove

53b‧‧‧Sliding snap protrusion

53d‧‧‧ upper surface

54‧‧‧3rd Body Department

54a‧‧‧Sliding snap protrusion

54c‧‧‧The other end side locking part

54c1‧‧‧longitudinal groove for base rope

54c2‧‧‧Longitudinal groove for beading

54d‧‧‧ upper surface

54e‧‧‧The other end upper surface

54f‧‧‧Abutment protrusion

54g‧‧‧ hole for fixing parts

56‧‧‧ Division

57‧‧‧ Division

Claims (12)

A beaded connecting toy, comprising: a connecting toy body, which forms a base for making a beaded decorative toy with a braided rope body as a base material, the braided cord body having a beaded insertion cord formed on one end side a braided wire locking portion, the other end side is inserted with a plurality of beads; two base ropes; and a catching rope for knitting and engaging the bead insertion cord, the two base ropes and the bead; the one end side locking portion, And the other end side locking portion is disposed on the other end side of the connecting toy body, and the two base ropes and the bead are locked Plug in the cord. The bead-joined toy according to the first aspect of the invention, wherein the one-end side locking portion that locks the loop-shaped woven rope locking portion is formed in a hook shape; the other end side locking portion The longitudinal groove of the base rope and the longitudinal groove of the bead insertion cord are formed; the longitudinal groove of the base rope is formed in two longitudinal grooves to respectively lock the other end sides of the two base ropes The longitudinal groove for the bead insertion cord is formed in a longitudinal groove shape between the longitudinal grooves for the base rope to lock the other end side of the bead insertion cord. The beaded connection toy of claim 2, wherein a portion of the partition wall between the longitudinal groove for the base rope and the longitudinal groove for the bead insertion cord is formed by the longitudinal grooves The longitudinal direction is rotatable as a rotary axis. The beaded connection toy according to claim 1, wherein the foregoing connection toy system is formed in an elongated shape and has at least an upper surface; An abutting protrusion protruding from the upper surface is provided on the upper surface of the connecting toy body; and an upper surface of the other end of the connecting toy body provided with the other end side locking portion is formed on the connecting toy body Above the upper surface. The beaded connection toy according to claim 2, wherein the connecting toy system is formed in an elongated shape and has at least an upper surface; and the upper surface of the connecting toy body is provided with a protrusion from the upper surface The abutting protrusion portion; the other end portion of the other end portion of the connecting toy body provided with the other end side locking portion is formed above the upper surface of the connecting toy body. The beaded connection toy according to claim 3, wherein the connecting toy system is formed in an elongated shape and has at least an upper surface; and the upper surface of the connecting toy body is provided with a protrusion from the upper surface The abutting protrusion portion; the other end portion of the other end portion of the connecting toy body provided with the other end side locking portion is formed above the upper surface of the connecting toy body. The bead-joined toy according to claim 4, wherein the upper surface of the connecting toy body between the abutting projection and the other end of the connecting toy body is provided with a columnar shape for fixing A hole for fixing the protruding portion, wherein the fixing member fixes the base rope, the bead insertion cord, and the engaging rope. For example, the beaded connection toy described in claim 5, wherein The upper surface of the connecting toy body between the abutting projection and the other end portion of the connecting toy body is provided with a fixing member hole for loosely fitting the columnar projection of the fixing member, and the fixing member fixes the base a rope, the aforementioned bead insertion cord, and the aforementioned engagement cord. The bead-joined toy according to claim 6, wherein the upper surface of the connecting toy body between the abutting projection and the other end of the connecting toy body is provided with a columnar shape for fixing A hole for fixing the protruding portion, wherein the fixing member fixes the base rope, the bead insertion cord, and the engaging rope. The bead-joined toy according to any one of the preceding claims, wherein the divided portion formed in the width direction of the connecting toy body is formed in two or more positions and formed as one side. The engaging portion of the divided portion can be engaged with the engaging portion of the other divided portion. A bead connection method, characterized in that a braided rope body is prepared as a base material of a beaded decorative toy, the braided rope body having: a bead insertion cord inserted into the bead, two base ropes, and the bead insertion cord, the two a base rope and the above-mentioned bead, and the like; wherein the bead insertion cord is inserted into the bead; and the bead insertion cord into which the bead has been inserted is positioned between the two base ropes; The above-mentioned engagement cord is folded over from the front side to the back side of one of the base ropes, and then passes through the front side of the bead insertion cord, and then the above-mentioned engagement cord is folded from the back side to the front side around the other base rope. And inserting the two base ropes, the bead insertion cord, and the bead by the back side of the bead insertion cord. The beading method as described in claim 11, wherein The preparation of the braided rope system means that the vicinity of the center between the ends of one elastic line is knotted to form an annular portion, and the two rope portions having the end portions are used as the two base ropes; The position on the side of the portion is knotted to form an annular portion, and among the two rope portions having the end portion, a short rope portion is used as the bead insertion cord, and a long rope portion is used as the aforementioned engagement. a loop; the annular portion of the silk thread is inserted into the annular portion of the elastic wire, and the annular portion of the silk thread is positioned between the two base ropes; and the bead insertion cord and the engaging rope are inserted The braided rope body is formed on the annular portion of the silk thread.