JPH0729912Y2 - A lantern-shaped rotary sutra - Google Patents

Description

[Detailed Description of the Invention] [Industrial field of application] The present invention relates to a sutra observatory in the shape of a lantern (Kentourou) used in temples and shrines.

[Prior Art and Problems Thereof] As disclosed in Japanese Utility Model Publication No. 58-32167, Japanese Utility Model Publication No. 49-75683, etc., the lantern lantern itself is known. In these structures, the fire bag is supported via the lotus valve and the fire bag receiver supported by the pillar, and the electric lamp is arranged in the center of the fire bag.

By the way, in a particular temple / shrine, in order for a believer to perform religious ceremonies in the temple grounds and the like, it is necessary to rotatably provide a panel in which the sutras are written on the fire bag part of the above-mentioned offering lantern. However, in the above structure, since the electric lamp is arranged inside the center of the fire bag, the fire bag cannot be configured to be rotatable. Therefore, in the above-mentioned conventional structure, when the panel in which the sutra is written is arranged on the outer surface of the fire bag, the believer has to walk around while circling the circumference of the offering lantern, which is bad for the elderly believer. In addition, it is necessary to secure a large site for installing the lantern lanterns as much as the follower's flow line is provided, and the place where it can be installed can be restricted.

The present invention aims to solve the above problems.

[Means for Solving the Problems] According to the present invention, a tubular fitting portion 12 on the inner circumference of an annular bowl-shaped lotus valve 11 is fitted to the outer peripheral surface of an upper end portion of a vertically standing pipe-shaped strut 10. Then, it is fixed to the upper end surface of the column 10, and the receiving portion 15 is fixed to the upper side of the outer peripheral portion of the lotus valve 11 from the upper end of the column 10 of the vertical boss cylinder 20 concentric with the column 10 and having a bottom. The receiving portion 15 is fixed to the outer peripheral surface slightly above, and an annular upper end step portion 15a is provided through a cylindrical surface 17a descending from the radially outer side of the inward flange 17 of the receiving portion 15, and the boss cylinder 20 is provided. A pipe-shaped core rod 21 that supports the roof 30 and a sutra panel rotating body 40 described later.
The lower end portion of the core rod 21 is closely fitted and fixed, and the downward opening vertical joint boss portion 26 of the lower central portion of the circular lower wall 60 of the roof 30 is closely fitted to the outer peripheral surface of the upper end portion of the core rod 21. The rotational body 40 of the sutra panel is fixed and the second boss immediately below the first boss portion 42 and the joint boss portion 26 placed on the upper end surface of the boss cylinder 20 via the bearing 46.
The core rod 21 is pierced through the boss portion 41 and rotatably fitted therein, and the inner peripheral edges of the annular lower flange 42a and upper flange 41a are respectively formed on the outer peripheral surfaces of the first and second boss portions 42, 41. The cylindrical side portion 40a is fixed to the outer peripheral edges of the lower and upper flanges 42a and 41a, and the lower end surface of the lower side portion 40b of the side portion 40a below the lower flange 42a is fixed to the upper end step. The upper portion 40c above the upper flange 41a is brought close to the portion 15a in a joined state.
The upper end surface of the lower end wall 25 of the roof lower wall 60 which is opened downward and is brought into contact with the upper bottom surface of the annular lower end recess 25a in a joined state, and the side portion 40a between the lower flange 42a and the upper flange 41a is provided with a sutra sentence 45.
Is a lantern-shaped rotary sutra, in which the sutra panels 43 described above are continuously arranged in a polygonal column shape to form a sutra panel rotating body 40 that can be manually rotated.

[Operation] When the follower moves the sutra panel rotator by hand, the sutra panel rotator rotates.

[Embodiment] In FIG. 1, 10 is a column made of extruded aluminum, for example, and is fixed to the ground through a pedestal not shown or directly. The pillar 10 has a hollow inside and is formed, for example, in a cylindrical cross section. The cross section may be polygonal.

11 is, for example, a lotus valve made of cast aluminum, which is provided with a cylindrical fitting portion 12 at the center thereof, and this fitting portion 12 supports the pillar 10
Is fitted to the upper end of the. A tapping hole 13 that extends vertically and opens upward is provided at the upper end of the column 10, and a butterfly bolt 14 that fits into the tapping hole 13
The fitting portion 12 and the upper end of the column 10 are firmly fixed. Lotus
11 is a basin-shaped annular member, and an annular receiving portion is provided on the outer peripheral portion thereof.
The lower surface of the outer periphery of 15 is fitted, and that part is bolted
It is fixed at 16.

The receiving portion 15 is made of cast aluminum and has an inward flange 17 integrally formed at the upper end. The outer peripheral edge of an annular aluminum plate 18 is fixed to the upper surface of the inward flange 17 with bolts 19, and the boss cylinder 20 is concentrically arranged and fixed to the column 10 via the aluminum plate 18.

The boss cylinder 20 is a thick bottomed member extending vertically, and a core rod 21 extending upward is fitted therein. The core rod 21 is a stainless steel cylindrical member, and the lower end portion thereof is firmly fixed to the boss cylinder 20 with a bolt 22. The outer peripheral surface of the core rod 21 is polished.

The upper end of the core rod 21 is fitted to a joint boss portion 26 provided at the center of the roof support 25 made of aluminum to support the roof support 25, and is detachably and firmly fixed by a bolt 27. There is. The roof bridge 25 supports a roof 30 including a jewel 28, a bowl 29, and the like. 25 roof jewels, jewels 28, bowls 29,
Details of the structure of the roof 30 and the like are disclosed in Japanese Utility Model Publication No. 64-16005.

And the core rod 21 is the essence of the present invention.
40 is rotatably arranged.

The sutra panel 40 is made of, for example, an octagonal cast aluminum cylindrical material having a pair of upper and lower bosses 41, 42, and the sutra panel 43 has screws on its outer peripheral surface.
It is fixed by 44. The sutra panel 43 is colored bronze like other members by, for example, an electric field coloring method. A gold sutra 45 is written on the outer surface of the sutra panel 43. The sutra panel 43 may be integrally molded with the sutra panel rotating body 40.

A boss portion 42 arranged at the lower end of the sutra panel 40 is rotatably seated on the upper end surface of the boss cylinder 20 via a thrust ball bearing 46. The lower end ring of the thrust ball bearing 46 is fitted in the groove 47 of the boss cylinder 20. Sutra panel rotating body here
40 has a considerable weight, and its upper end edge is joined to the lower end recess 25a of the roof support 25, and its lower end edge is joined to the upper end step 15a of the receiving part 15, respectively. Therefore, when the sutra panel rotator 40 is moved as described later, the sutra panel rotator 40 is moved to the lower end concave portion.
It slowly rotates due to friction with 25a and the upper end step portion 15a. The width of the lower end recess 25a has a sufficient width so that the sutra panel rotating body 40 including the sutra panel 43 does not interfere with the rotation. Also here both bosses
The inner surfaces of 41 and 42 (the surface on the side of the core rod 21) and the core rod 21 are metal-touched, but a liner made of resin (for example, fluorine-based) may be interposed therebetween. Both bosses 41, 42
Is a side portion 40 of the sutra panel rotary body 40 due to the flanges 41a and 42a.
It is integrally connected to a. 49 is both flanges 41a, 42
The reinforcing member a is welded to reinforce both flanges 41a and 42a as needed.

According to the above structure, the observatory of the present invention is installed on the ground by the pillar 10. The follower manually moves the sutra panel rotary body 40, so that the sutra panel rotary body 40 becomes a core rod.
Rotate around 21. Here, in the present embodiment, the upper edge of the sutra panel rotating body 40 in the lower recess 25a of the roof support 25,
Since the lower end edges are respectively joined to the upper end step portions 15a of the receiving portions 15, the sutra panel rotation body 40 slowly rotates due to friction between the lower end concave portions 25a and the upper end step portions 15a.

Further, in this embodiment, the pillar 10 and the lotus valve 11, the lotus valve 11 and the receiving portion 15, the receiving portion 15 and the boss cylinder 20, the boss cylinder 20 and the core rod 21, the core rod 21 and the roof receiving joint boss portion 26. All bolts 14, 16, 19,
Since it is fixed at 22 and 27, disassembly and assembly work becomes easier.

[Advantage of Invention] As described above, according to the present invention, the support column 10 and the support column 10 are provided.
And a receiving portion 15 supported on the upper end of the receiving portion 15.
Includes a boss cylinder 20 concentric with the support column 10, a core rod 21 fixed to the boss cylinder 20, and a roof support 25 supported by an upper end portion of the core rod 21, the roof support 25 and the receiving part. Since a sutra panel rotating body 40 is provided between the suture panel 15 and the core rod 21 so as to be rotatably supported by the core rod 21, the follower manually rotates the sutra panel rotating body 40.
By moving, the sutra panel rotating body 40 rotates around the core rod 21. This allows the believer to read the sutras while standing still in place and perform the desired religious ceremonies.

Moreover, since the sutra panel rotator 40 is rotatably provided,
Even if the observatory is installed in a relatively narrow space, rituals can be performed without any problems.

Further, according to the present invention, the lower end portion of the core rod 21 is fitted into the boss cylinder 20 and fixed by the bolts 22 and the like, and the boss cylinder 20 is a plate.
Since the cylindrical fitting portion 12 on the inner circumference of the lotus valve 11 is fitted to the outer peripheral surface of the pillar 10 through the integrated body of the lottery valve 11 and the receiving portion 15 and is fixed by the bolt 14 or the like, the pillar 10 The core bar 21 firmly supports the lower end portion of the core rod 21, and the core rod 21 stabilizes the support of the roof 30 and the sutra panel 40. Since the boss portion 42 is supported by the upper end surface of the boss cylinder 20 via the bearing 46, the lower surface of the lower side portion 40b is connected to the upper end step portion 1.
Even if the upper surface of the upper side portion 40c is brought into close proximity to the upper bottom surface of the lower end recessed portion 25a so as to be lightly contacted with each other, the sutra sentence panel rotating body 40 can be easily turned manually, and the sutra sentence panel can be rotated with respect to the core rod 21. The shape of the body 40 (integrated body by welding) does not get out of order, the bosses 41, 42 are positioned at substantially the upper and lower ends of the sutra panel rotary body 40 to support two points, and the core rod 21 is only the lower end. As for the support of the sutra sentence panel, the sutra sentence panel rotating body 40 rotates smoothly, and there is no fear that the sutra sentence 45 vibrates and becomes difficult to read even during the rotation. Supporting the roof 30 eliminates the need for columns outside the rotating body 40 of the sutra panel and improves the appearance. Since the pillar is not outside, the followers can also stand around the sutra panel rotating body 40 in large numbers. Further, the lower side portion 40b and the upper side portion 40c play the role of blindfold pieces, prevent the entry of rain wind, dust, dust, etc., and protect the bearing portions such as the boss portions 41, 42, thereby improving the durability. .

[Another embodiment] In the structure of FIG. 2, in addition to the structure of FIG. 1, a plurality of electric lights 50 (only one is shown in FIG. 2) are fixed around the core rod 21 of the roof support 25. . The wiring of the electric lamp 50 is arranged from the upper part of the roof support 25 through the inside of the core rod 21 to the inside of the column, and is further connected to the power source 52 outside the column 10. Further, the sutra panel 53 described in FIG. 2 is changed to a translucent acrylic sutra panel. A wiring through hole 20a is formed in the boss cylinder 20.

Further, in the above structure, the boss portion of the sutra panel rotary body 40
The flange 41a supporting 41 is provided with a hole 56 for passing a light beam from the electric lamp 50, and the reinforcing member 49 described in FIG. 1 is omitted.

By adopting the structure shown in FIG. 2, the present invention can be used as a lantern basket.

[Brief description of drawings]

1 is a partially cutaway front view of the present invention, and FIG. 2 is a partially cutaway front view of the present invention. 10 ... Posts, 15 ... Reception part, 20 ... Boss cylinder, 21 ... Core rod, 25 ... Roof support, 40 ... Rotary body panel

Claims (1)

[Scope of utility model registration request] 1. An upper end surface of the column 10 in which a cylindrical fitting portion 12 of an inner circumference of an annular bowl-shaped lotus valve 11 is fitted to an outer peripheral surface of an upper end portion of a vertically standing pipe-shaped column 10. The receiving portion 15 is fixed to the upper side of the outer peripheral portion of the lotus valve 11, and the receiving portion is provided on the outer peripheral surface slightly above the upper end of the column 10 of the vertical boss cylinder 20 which is concentric with the column 10 and has a bottom. 15 is fixed, and an annular upper end step 15a is provided via a cylindrical surface 17a descending from the outside in the radial direction of the inward flange 17 of the receiving portion 15, and the roof 30 and the later-described panel panel rotation are provided on the boss cylinder 20. Pipe-shaped core rod that supports the body 40
The lower end portion of 21 is closely fitted and fixed, and the downward opening vertical joint boss portion 26 of the lower central portion of the circular lower wall 60 of the roof 30 is closely fitted to the outer peripheral surface of the upper end portion of the core rod 21. The rotational body 40 of the sutra panel is attached to the upper end surface of the boss cylinder 20 via the bearing 46 and the second boss portion 41 immediately below the joint boss portion 26 has a core rod. 21 is penetrated and rotatably fitted,
The inner peripheral edges of the annular lower flange 42a and upper flange 41a are fixed to the outer peripheral surfaces of the first and second boss portions 42, 41, respectively.
A cylindrical side portion 40a is fixed to the outer peripheral edges of the lower and upper flanges 42a, 41a, and the lower flange 42a of the side portion 40a.
The lower end face of the lower side lower part 40b is brought closer to the upper end step part 15a in a joined state, and the upper side part 4 above the upper flange 41a.
The upper end surface of 0c is joined to the upper bottom surface of the annular lower end recess 25a opened downward outside the roof lower wall 60 in a jointed manner, and the side surface 40a between the lower flange 42a and the upper flange 41a has a sutra shape 4.
The lantern-shaped rotary sutra that has the sutra panel 40 described in 5 arranged continuously in a polygonal column shape to form a sutra panel rotating body 40 that can be manually rotated.