JPH04176701A - Wheel - Google Patents

Abstract

PURPOSE:To improve the designing performance by installing a rotary body and a display part on an axle, connecting the rotary body and a rim by a supporting body and connecting the supporting body with the rotary body, in the spoke wheel of a bicycle. CONSTITUTION:Rotary bodies 3-4 each of which consists of a bearing K and a board L and display parts 5 and 6 each of which consists of several pieces of supporting parts H, several pieces of supporting parts I, and a board J are installed on an axle part. The rotary bodies 3 and 4 and a rim 7 are connected by a supporting body 8 consisting of a plurality of spokes and supporting bodies 9 and 10 which protect the displayed articles of the display parts 5 and 6 and protect the breakage due to the impact supplied from the outside part of the supporting body 8.

Description

DETAILED DESCRIPTION OF THE INVENTION Conventionally, a spoke wheel structure has been the mainstream for the single-wheel structure of a rotating electric car, and this fact itself is the main cause of uniformity in the appearance of a rotating electric car. In addition, some wheel covers attached to spoke wheel structures do not give the impression that the inside is a spoke wheel structure, but just like straight wheels with disc wheel structures, the design rotates while driving, so when the wheel is stopped This design has a design on the irises, and the design can be seen even while driving.The design is explained below with reference to Figure 1, which is a shaft that mainly uses one axis of rotation.

The shaft part 1 consists of a turret A with a convex center and ridges at both ends as shown in Fig. 1, and a mainly disc-shaped nut 82 with a ridge opposite the ridges at the center. (This case is referred to as Case 1) Also, as shown in Figure 2, this is a single fully threaded camellia C with a thread in the center that pairs with the thread. Mainly disc-shaped nuts B
2 or 2 nuts B, and 1 mainly cross-shaped nut D with a thread that pairs with the thread mentioned above in the center (this case will be referred to as Case 2), or 1 as shown in Figure 3. , 83 mainly disc-shaped nuts with a ridge in the middle and a ridge at both ends, and a ridge in the center (of this nut B, there are 83 nuts in the center of the turret. It is also possible to use two nuts a (this case is referred to as case 3). Also 1 figure 4
The center is hollowed out into a cylindrical shape, and the center is hollowed out, and the threaded thread is provided on the entire part.The nut is F, and the threaded thread is formed on half of the cylinder, which is called the nut G. A combination of nut F, or a combination of bar A and nut G, or a combination of stick E, nut B°, and nut G.
There are also combinations of these. Furthermore, in claim 3, a combination of horizontal C and nut F, a combination of ME and nut G, a combination of IIA and nut G, etc. are excluded. In either case, the rN portion in each of the above figures may be square rather than circular. IIIA, C, E, Su
B, B', D,
F, G, Sutto a,
The material b mainly includes metals such as stainless steel and aluminum, and plastics.

The display IS5.6 has several support parts H (near the center of the ring), several support parts I (display part 5,
6), and board J.

(tm6?Akira,! Shaft part 1 uses case 1) Support part H,
The shape of I both has a circular center (t, L and r
If i is a square, it becomes a square), as shown in Figure 7. The diameter of this circle should be the same as the length of the V part in (2, 3). (If the r part is square, make it the same size as the square.) Plate J is mainly disk-shaped, but
For example, a truncated conical shape or other shapes as shown in FIG. 8 are also possible. The -8 part is the same as the support part H1, and if the board J itself is considered circular, its diameter C
The length of S in FIG. 8) should be several millimeters shorter than the diameter of the rim 7 to avoid contact with the rim 7. For example, the support parts H and I and the g section of the board J can be bonded or welded! It doesn't matter if you connect like giW&,
Each may be separated. In addition, in the support part work, it is supported by nut B (G, F), and in nuts G and F, it is supported by i! + SH, I and board J
It is also possible to connect mechanically by bonding, welding, or the like. Support [Materials for L-work mainly include metal and plastic; materials for board J include metal, plastic, paper, and wood. (For example, composite items such as a photo glued to a plastic board or a wooden board partially glued to an aluminum board are also available.) The rotating body 3.4 uses its base as a bearing.
A plate L with a hole on the outer periphery of the outer ring of the bearing (
It is assumed that a disk-shaped one, for example, one in which 1g1O11 is connected in mW by L or welding, is provided.

This board LI: Provided hole: = A curved ridge may be provided inside due to the relationship with supports 9 and 10, which will be described later.

In Cases 1 and 2.3 mentioned above, without using Nat B (or Nat F, G), i! Contact rotating bodies 3, 4 (
Inside the inner ring of bearing K)! ! It is also possible to provide a thread on It (the t portion of Nu 9) and a thread that is paired with the threads on Eight (C, E) and use it in place of Nut B (or Nut F, G). In this case, IIIA (C,
E) A white part should be provided as shown in Figure 11 so that it can be tightened when installed (this is in case an existing tool such as a free rotation is used).
It is also possible to use grooves that are attached to the free surface. ) (Similarly, Jl pure rotating bodies 3 and 4 l[inoculation A +C, El
For example, it is also possible to connect W&tightly by adhesion or welding. ) Nuts a and b are plated on nut B by gluing or welding, for example.
This means that if this plate is bored, you can remove nut B (or nut G, Fl and use this oak Sa (nut b) to replace the conventional spoke wheel beak path. It is designed so that it can be returned to an I-wheel.

(Refer to Ward 12. Note that these nuts a and b are nuts G and F.
It is also possible to use a machine with a similar platen on the
Rotating body 3 (or 4) on the chain side of the rear wheel of
The rotating body 3" should be used for (S?1131'
(See) This rotary body 3° is a bearing K, a platen and a hub W1 mechanically connected, typically by adhesive or welding. In addition to the above-mentioned connections, the hub M at this rotating body of 3 degrees can be connected, for example, to the inner ring of the hub M (U in Fig. 13).
It is also possible to provide a helical thread on the outer ring of the bearing, which has been prepared in advance, so that it can be removed from the outer ring. Assuming that the bearing K (the size of the bearing in the rotating bodies 3 and 4 (it may also be the size F of the diameter 1 width), the outer ring has several spokes N passing through the outer periphery. It is assumed that a mainly disk-shaped disk 0 with holes is connected in a *W manner by gluing, #I or bath welding, etc. (Fig. 149! II) Rotating body 2
is connected to the part V in FIG. 1, the part V in FIG. 2, or the part V in FIG. Natsuto G.

The material of the rotating body 2.3.4 (including the board and board 0), which is to be connected as shown in FIG.

The support body 8 is made up of a number of spokes N (four or more, but in the case of four, spokes that are thicker than conventional spokes are used). This is rim 7 and rotation t
Since the purpose is to connect X2, one of the spokes N is fixed to the hole in the board 0, and the other is fixed by the nipple P. The material of spoke N is plastic.

Metals, etc. +Zl: 51) Supports 9, l Oself-: Mainly protects the representations of the display parts 5 and 6, and protects the same N5.6 and the support 8 from external impact. and 1. It is mainly disk-shaped, and inside it is provided with a removable white part Q that pairs with the hole provided in the disk. (Fig. 16 Homare) Also, as mentioned above, 1! If you make a hole with a thread inside L, make a hole with one thread inside 1I11 part 5.6 in the same way, and fix the holes together with bolts. do. (See Figure 17) The outer periphery of the supports 9 and 10 is provided with a spacer portion Rt that can be removed from the nipple P (this is Case 1 (see Figure 18), and With respect to the periphery of the intermediate portion R, when the nipple P is removed. Alternatively, a reinforcing plate S may be provided to prevent the mold from shifting during traveling and to prevent the internal structure on the side directly from the intermediate portion R from being visible from the outside. It is provided at the width center 1 of the storm shaft by, for example, gluing.
1!1 Plate S and reinforcing plate T for four reasons as support 9. 1
Also, the outer periphery of the supports 9 and 10 is attached to the side surface of the rim 7 by, for example, adhesion. (This is case 2)
See, lI+1-like support 9. It is also possible to connect the inside of the IO with the board. In this case, there is no need to provide a hole inside the plate (or alternatively, a mainly circular hole (or hole) can be provided in advance on the side of the rim 7, and the support 9.
It is also possible to provide a white portion U on the outer periphery of the hole 10 so that the hole can be removed. (Figure 2211
(This is referred to as case 8.) In this case, some circular holes are made in advance on the side of the rim 7, and screw threads are installed inside the holes. : It is also possible to make one constant depending on the circular hole and hole provided. (
case 2, 3.4
In the case of 1, use a carrier brake of 32 on the rotating plate.
7, be careful not to show from the outside the internal flattening that is caused by the erosion prevention mechanism or the movement of the outer circumference of the straight axis! II strong board~° may also be set. (The second reinforcing plate T is provided on the front side of the support 9.10, for example, by adhesive.) (In cases 2.3 and 4, a reinforcing plate T is also provided in the same manner. The shape of the supporting body 9 and 10 is mainly disc-shaped, but if the support body 9 and 10 are shaped into a truncated cone, for example, the support body 9.
! If it is made into a truncated conical shape or a truncated triangular pyramid shape as in 1, it should be made into a truncated triangular pyramid shape in the same way so that it is parallel to the surface of the board H. (See Figure 2511. However, if IIH is made to have an uneven shape, it should be shaped so that it does not touch the convex part.) For reinforcement @S, T, and V, metals such as aluminum and stainless steel are used. , plastic, rubber, etc.

The q award of 9.10 in support includes transparency (however, in the case of 2, the display parts 5 and 6 are shown completely from the outside, as in W4 Kuba 12I26). Divide into several colors.

In cases where the supports 9 and 10 are partially transparent and the remaining parts are colored, the color change of the peripheral portion 5.6 during the rotation of l[-- is to be expressed. , it will contain quite a lot of partial elements) It will not stain and has excellent weather resistance.Secondly, it will be made of plastic (also 2). (It is also possible to use printed paper, etc.). (For the colored parts in the previous example, it is also possible to apply adhesive to the plastic board, or to laminate or glue colored paper, photographs, cloth, etc. to the same board.) The main purpose of this xl is to maintain the same appearance when it is stationary even when it is running on a regular basis.
However, the r+ is the external appearance St to the display parts 5 and 6, and it is the same as the example mentioned above, 1flA5°6 is stationary, and the support body 9. Combining the robustness of rotating, the 1O is able to exhibit a different appearance from conventional disc wheel spouting rings. display section 5,
6 (including support 9 and IO), the value of each rotary seal [L right and 4I physical properties are expanded by 2 and 2 representing various expressions. Generally speaking, by expressing the mark of the store (Company C) and the contents of the X-den, it can be used not only when the Seal is in progress, but also when the Seal is not in progress. It can also be used as a kind of boarding board, such as when garrisoning in front of a company.

4 Simple drawings [1 Figure 11 Figure 2. Y! i3 right and Figure 5 are the new NW of seal part 1
Figure A, normal 1ffp4 diagram and exploded diagram 0 Figure 4 are nuts F
, G cross-sectional view and front view 0 FIG. 6 shows the display unit 5,
Another front view near 6, J7 is support part H, It7) ifli
Example 12. r2sself*mJ's 柤三形'? l>, Figure 9,'
ltt, 1 diagram of the inertial surface of the rotating bodies 3 and 4, and a separate front diagram.
2il O::Example of shape of board 2.212 e oak
Correct a, b an 'A 8
Yogode 1-plane S-213': Positive rxr2 of 4 inversion 3°. S14 is the inertial surface Z and the front surface of the rotor P2, ! 15! : Cross-section near the front of support body 8 11316.1
7. 2o, 2z, inner right cross section of support 9.10! l
Ward I, +220! : Near positive example 2.1t with reinforcement plate TI
Z 18, 1921.22
．． 23 is an example of a cross section near the outer periphery of 9.10 on the support, +Q
19 includes a diagram of the rear shape of the 14-strong plate S)X24 is an example of the shape of the reinforcing plate V.

25 is a diagram illustrating the cross-sectional shape of the support 9 near lo.

X26 is support 9. It is a 11511I diagram showing a combination of IO and display section 5°6.

1 is a part of the seal, 2 and 3.4 are rotating bodies, 5 and 6 are display parts, 7 is a rim, 8.9.10 is a support body, A is a rack, B,
B' is nuts, C is arrogant, D=su ・ノ ~
, E! :<, F, G! : Su tsu h,
H, I:: support-fiI part, ni=board, ni:=bearing,
L: = board, ) 1; = hub, in, = spoke, 01; board,
P:=nipple, Qμ=convex part, R1=! Part, S, T
shi=reinforcement plate.

U: = convex part, v:; 2I1 strong board, a, b are Natsuto and patent owner Hironota Kono 1 den 13 V] visit

Claims (1)

[Claims] 1. The axle portion 1 is provided with rotating bodies 2, 3, 4 and display portions 5, 6, and a support body 8 that connects the rotating body 2 and the rim 7.
, a wheel consisting of supports 9 and 10 connecting rotating bodies 3 and 4 and a support 8. 2. A wheel consisting of supports 8, 9, and 10 that provide rotating bodies 2, 3, and 4 and display parts 5, 6 on an axle part 1, and connect the rotating bodies 2, 3, and 4 to a rim 7. 3 The rotating bodies 3 and 4 and the display section 5 are attached to the axle section 1.
, 6 and connects the rotating bodies 3, 4 and the rim 7.
, a wheel consisting of ten.