TWI618563B - Rip - Google Patents

Abstract

The present invention provides a bell, which comprises a bell shaft, a second load unit and a two bell body. The second load unit is disposed at two ends of the bell shaft, and the two bell bodies are respectively disposed at two ends of the bell shaft and located at the bell shaft. Between the two load-bearing units, each bell body includes a set of joints and a telescopic section, the two sets of joints are set on the bell shaft, and the two telescopic sections are respectively connected to the two sets of joints and protrude outwardly to form a cone shape. The inner side of the expansion and contraction portion has a plurality of spaced-apart inner concave strips, and the outer side of the elasticized portion has a plurality of outer concave strips arranged at intervals, and the outer concave strip and the inner concave strip are alternately distributed in the expansion and contraction portion. The inner concave strip and the outer concave strip on the telescopic portion of the body enable the expansion and contraction portion to be folded along the inner concave strip and the outer concave strip to form a trapping state in a folded state, and the volume is small and convenient to carry, so that the performer can carry it with him.

Description

Rip

This creation is a kind of rattle, especially a rattle that can be folded to facilitate carrying.

Dangling is a favorite and common toy in traditional folk art. Because it is easy and easy to learn, and it has a variety of moves, from simple to complex, users can practice repeatedly, and can also create with multiple people. More different patterns, so the bells become the streets of the streets where people often play and practice. The bell includes a shaft portion and a second bell body. The two bell bodies are respectively disposed at two ends of the shaft portion and have a trumpet shape. When the user wants to use the bell, the user will hold each of the two hands and pull the stick. The tether is connected to the two whip, and the user places the shaft portion of the rattle on the tether, and pulls the two whip to rotate the rattle on the tether, and the user can rip the ring When rotating on the rope, make a variety of moves.

However, the bulk of the existing rattle is mainly because the two bells are large in size and are not easy to store. The user often carries the bell because of performance or practice, so the user suddenly wants to play. Or if there is a need to perform a belling, there is no bell to use. The above situation is caused by the fact that the volume of the bell is too large to be carried around. In addition, the existing bell of the bell is a common trumpet. In other words, it is not new to the viewer, and the monotonous appearance of the ring often makes the viewer feel boring.

The main purpose of the present invention is to provide a kind of rattle, thereby improving the problem that the existing rattle is bulky and difficult to carry, further improving the boring appearance of the existing rattle, and the viewer is likely to lose interest when viewing.

In order to achieve the purpose of the previous disclosure, the present invention includes: a bell shaft; a second load unit, the two load units are respectively disposed outside the two bell shaft; the second bell body, the two bell bodies are respectively disposed on the bell shaft Each of the bells includes a plurality of joints and a telescoping portion, and the two sets of joints are disposed outside the bell shaft and located between the bell shaft and the two load-bearing units, and the two telescopic portions are respectively Connected to the two sets of joints and having a tapered shape, the two stretchable portions are adjacent to the two load cells, and the inner side of the stretchable portion has a plurality of spaced apart inner concave strips, and the outer side of the elasticized portion has a plurality of spaced outer rows An outer concave strip, the outer concave strip and the inner concave strip are alternately distributed on the elasticized portion.

Further, the outer side surfaces of the expansion and contraction portions of the two bell bodies respectively have a pattern layer, and the pattern layer is a member made of a fluorescent material.

The present invention can be folded and folded along the inner concave strips by the inner concave strips and the outer concave strips on the elastic portion of the two bells. The outer concave strip is concavely folded outward to form a rattle in a folded state, and the volume of the trapping state is small and convenient to carry, so that the performer can carry it with him, and the pattern of the outer side surface of the two telescopic portions The layers are made of fluorescent materials. When the creation of the bell is rotated, the fluorescent light emitted by the pattern layers will also rotate, which increases the interest of the viewer.

10‧‧‧ Bell shaft

11‧‧‧Rotating Department

111‧‧‧ Groove

12‧‧‧ bearing

20‧‧‧ load cell

21‧‧‧ Loaded film

22‧‧‧Combination block

30‧‧‧ bell body

31‧‧‧Team

32‧‧‧Flexing Department

33‧‧‧recessed strip

34‧‧‧Front strip

Figure 1 is a perspective view of a preferred embodiment of one of the present inventions.

Fig. 2 is a side elevational view showing the unfolded state of a preferred embodiment of the present invention.

Figure 3 is a side elevational view of the condensation state of one of the preferred embodiments of the present invention.

Figure 4 is a side elevational, partial cross-sectional view of the expanded state of one preferred embodiment of the present invention.

Figure 5 is a side elevational cross-sectional view showing the condensation state of one preferred embodiment of the present invention.

As shown in FIG. 1 to FIG. 3, a preferred embodiment of the present invention is disclosed. As shown in the drawing, the present invention includes a bell shaft 10, a second load unit 20, and a second bell body 30.

The ring shaft 10 further includes a rotating portion 11 and two bearings 12, and the two bearings 12 are respectively disposed at two ends of the rotating portion 11, wherein the rotating portion 11 forms a groove 111, and the two bearings 12 are single Both the bearings and the two bearings 12 are rotatable in the same direction.

The two load cells 20 are respectively disposed on the outer side of the two bearings 12, wherein each load cell 20 includes a weight plate 21 and a combination block 22, and the combination block 22 respectively sets the two weight plates 21 to the two On the outer side of the bearing 12, the combination block 22 is a screw.

As shown in FIG. 3 to FIG. 4 , the two bell bodies 30 are respectively disposed at two ends of the rotating portion 11 , and each of the bell bodies 30 includes a plurality of connecting portions 31 and a telescopic portion 32 , and the two connecting portions 31 are respectively configured. The two bearing 12 are disposed between the two bearings 12 and the two weight plates 21, and the two telescopic portions 32 are respectively connected to the two connecting portions 31 and have a tapered shape, and the two telescopic portions 32 are adjacent to the two The weight-bearing piece 21 has a plurality of spaced-apart inner concave strips 33 on the inner side of the elasticized portion 32, and the outer side of the elasticized portion 32 has a plurality of spaced-apart outer concave strips 34, the outer concave strips 34 and the inner concave strips The concave strips 33 are staggered and distributed on the expansion and contraction portion 32. The outer side surfaces of the elasticized portions 32 of the two bell bodies 30 respectively have a pattern layer (not shown), and the pattern layer is made of a fluorescent material. As a component.

As shown in FIG. 1 , FIG. 4 and FIG. 5 , the state in which the preferred embodiment of the present invention is unfolded and collapsed is disclosed. The performer holds a stick (not shown) with each hand and Tie rope (not shown) The two-claw, the performer places the rotating portion 11 of the presently-created present ring on the tether, the tether will fall into the groove 111, and the two-claw will lift the tether. The bell is pulled and the cord is in a V shape, and the two loops are pulled to rotate the bell on the cord, and the two weight plates 21 and the two bell body 30 are rotated, and the two weight plates 21 are The weight provides a greater moment of inertia to make the rotation of the bell smoother and smoother. When the performance is completed, the performer folds the present rattle, and the expansion and contraction portion 32 of the second body 30 is outwardly directed to the rotating portion. 11 is pressed, the expansion and contraction portion 32 is folded along the outer concave strips 34 toward the outer side of the expansion and contraction portion 32, and the elasticized portion 32 is folded along the inner concave strips 33 toward the inner side of the expansion and contraction portion 32. Up, that is, the folding state of the creation ringing is completed, and the creation of the folding state is small in size, and the performer can carry it with him, thereby increasing the convenience of carrying.

Further, the two bearings 12 of the bell shaft 10 are one-way bearings, and the two bearings 12 are all rotated in the same direction, so that the performer can pull the two bearings 12 and the two bearings while pulling the original ringing. The two weight plates 21 at both ends of the 12 and the two bell bodies 30 are all rotated in the same direction, and the power in the direction of rotation is concentrated without dispersing, which can save the power of the performer and enable the performer to complete the long-term ringing performance. .

In the above, the pattern layer on the outer side surface of the two expansion and contraction portions 32 is made of a fluorescent material, and the pattern layers are provided with a fluorescent pattern, such as a fluorescent pattern such as flowers, stars, animals, etc. When the present drawing is pulled, the pattern layers emit fluorescent light, and the viewer can see that the pattern layer on the two expansion and contraction portions 32 emits fluorescence, thereby increasing the interest of the viewer.

In summary, the present invention pulls the telescopic portion 32 along the concave strips by the concave strips 33 and the outer concave strips 34 on the expansion and contraction portion 32 of the two bell body 30. 33 and the outer concave strips 34 are concavely folded inwardly and outwardly to form a rattle in a folded state, and the volume of the rattle in the folded state is small and convenient to carry, so that the performer can carry it with him or not. The outer layer of the pattern layer is made of a fluorescent material. When the creation of the bell is rotated, the fluorescent light emitted by the pattern layer will also rotate, thereby increasing the interest of the viewer.

Claims (6)

A bell, comprising: a bell shaft; a second load unit, respectively disposed on an outer side of the bell shaft; a second bell body, the two bell bodies are respectively disposed at two ends of the bell shaft, each bell body The two sets of joints are disposed on the outer side of the bell shaft and located between the bell shaft and the two load cells, and the two telescopic joints are respectively connected to the two sets of joints. And the two telescopic portions are adjacent to the two load-bearing units, the inner side of the elasticized portion has a plurality of spaced-apart inner concave strips, and the outer side of the elasticized portion has a plurality of spaced-apart outer concave strips, The outer concave strip and the inner concave strip are alternately distributed on the elasticized portion. The bell according to claim 1, wherein the bell shaft includes a rotating portion and two bearings, and the two bearings are respectively disposed at two ends of the rotating portion, and the rotating portion forms a groove. The bell according to claim 2, wherein the two bearings are one-way bearings and the two bearings are rotatable in the same direction. The ringing according to any one of claims 1 to 3, wherein the outer side surface of the elastic portion of the two bell body respectively has a pattern layer, and the pattern layer is a member made of a fluorescent material. The ringing according to any one of claims 1 to 3, wherein each load cell comprises a weight piece and a combination block, and the combination block respectively sets the two weight plates on the outer side of the two bearings. The combination block is a screw. The method of claim 4, wherein each load cell comprises a weight piece and a combination block, and the combination block respectively sets the two weight plates on the outer side of the two bearings, and the combination block is Screw.