WO2015012197A1 - Small watercraft for leisure use - Google Patents

Abstract

The present invention addresses the problem of providing a technology that relates to a small watercraft in which inboard space is effectively used and an inboard space (a living space) can be structured to be larger in comparison to a space in which a wall (an inner wall material) is erected along an inboard vertical direction. Provided is a small watercraft (1) for leisure use that can be used for sports, recreation, or the like and that is provided with a cabin, the cabin being provided with an inboard inner wall material (54) and structured so as to curve in conformation with a curving inboard shape.

Description

Small ship

The present invention relates to the technology of small ships.

Conventionally, various techniques relating to small vessels are known.
There exists a thing for leisure used for the sport or recreation etc. in the said small ship (refer patent document 1).
The leisure-use small vessel includes a cabin such as a wheelhouse, an owner room, a guest room, a salon, a galley, a shower room, and a lounge space.

JP 2009-208655 A

However, since the small boat is formed so that the hull and the deck are curved, the shapes of the inner surfaces of the deck and the hull are also curved.
However, in the small ship, the cabin is configured such that walls (inner wall materials) are erected along the vertical direction in the ship, although the shapes of the inner surfaces of the hull and the deck are curved.
For this reason, in the said small ship, the space in a ship could not be used effectively, but there existed a problem that the space (living space) of a passenger cabin became narrow.

The present invention has been made in view of the situation as described above, and the space in the cabin can be made wider by effectively using the space in the ship as compared with the case where the wall is erected in the ship. It is an object to provide a technology related to small ships.

The problems to be solved by the present invention are as described above. Next, means for solving the problems will be described.

In the present invention, it is a small ship for leisure having a cabin, and the cabin is configured by applying an inner wall material to the inside of the ship so as to bend in accordance with the shape of the inside of the ship.

In the present invention, the cabin is provided with a beam member so as to be exposed in the cabin.

In the present invention, the cabin is configured by arranging a lighting device on the beam member.

In the present invention, a steering wheel and a windshield disposed in front of the steering wheel are provided, and the windshield is configured to extend between the left and right end portions of the steering wheel.

As effects of the present invention, the following effects can be obtained.
That is, according to the present invention, in a small ship, the space in the cabin can be configured widely by effectively using the space in the ship.

The perspective view which shows the small ship which concerns on embodiment of this invention. The perspective view which similarly shows a small ship. The left view which similarly shows a small ship. The right view which similarly shows a small ship. The top view which similarly shows a small ship. The bottom view which similarly shows a small ship. The front view which similarly shows a small ship. The rear view which similarly shows a small ship. The side surface schematic diagram which similarly shows the internal structure of a small ship. The plane schematic diagram which similarly shows the internal structure of a small ship. (A) The schematic diagram which shows the state which the flap door of the rear deck of a small boat similarly rotated (b) The enlarged view which shows another embodiment of the flap door of the rear deck of a small boat. Similarly, the perspective view which shows the state which the transom gate of the small ship rotated. The figure which similarly shows the wheelhouse of a small ship. (A) The perspective view which similarly shows the analog meter of the control panel of a small ship (b) The front enlarged view which similarly shows the analog meter of the control panel of a small ship. The figure which similarly shows the owner room of a small ship. (A) Perspective view showing the structure of the lighting device in the owner room of the small vessel (b) Cross-sectional view showing the structure of the lighting device in the owner room of the small vessel (c) Sectional drawing which shows the structure of the illuminating device to do. The figure which similarly shows the salon of a small ship. The figure which similarly shows the galley of a small ship. The figure which similarly shows the guest room of a small ship. The figure which similarly shows the lounge space of a small ship. The expansion perspective view which shows the state where the movable roof of the small ship similarly opened. The figure which similarly shows the state which the movable part of the movable roof of a small ship moves. The perspective view which similarly shows the stern part of a small ship.

A small vessel 1 according to an embodiment of the present invention will be described with reference to FIGS.

As shown in FIG. 1 to FIG. 8, the small vessel 1 is a leisure vessel, and is used for sports or recreation. The small vessel 1 is configured so that, for example, the total length is about 12 m, the weight is about 10 tons, and the maximum number of people is 12 people. The small vessel 1 includes an engine (not shown), and is configured to drive a propeller (not shown) using the engine as a power source to obtain a propulsive force.

As shown in FIGS. 1 to 10, the small vessel 1 is configured such that a deck 1b is provided above the hull 1a and a cabin 1c is provided above the deck 1b. The small vessel 1 includes a lounge space 8 and a wheelhouse 2 in a cabin 1c. The small vessel 1 is configured such that the width of the deck 1b is narrower than the width of the hull 1a, and the side portion of the deck 1b is positioned inside the side portion of the hull 1a. The hull 1a and the deck 1b of the small vessel 1 are mainly composed of FRP material. The outer shape of the hull 1a and the deck 1b is obtained by spraying a gel coat onto a mold coated with a release agent (wax), and drying (curing) the gel coat, and then laminating glass roving and unsaturated polyester resin to the design plate thickness. Molded by going.

Hereinafter, the configuration of each part of the small vessel 1 will be specifically described.

The hull 1a of the small vessel 1 includes a deck 1b, a cabin 1c, an engine room 1d, a radar arm 1e, a pair of left and right air inlets 1f and 1f, a rear deck 1g and a transom gate 1h.

The deck 1b covers the upper part of the hull 1a and constitutes a cabin or the like. The deck 1b is provided with a plurality of windows (the front skylight 11, the rear skylight 12, and the pair of left and right side windows 13, 13) and a mooring device 22 for daylighting the cabin in the ship.

The front skylight 11 and the rear skylight 12 are windows for daylighting in the ship. The front skylight 11 is provided on the deck 1b in a state in which the front skylight 11 cannot be opened and closed on the bow side of the deck 1b in front of the cabin 1c. The front skylight 11 is arranged at a portion of about 1/5 of the hull length from the bow side.

The rear skylight 12 is provided on the deck 1b so as to be openable and closable in front of the cabin 1c and on the stern side of the deck 1b. The rear skylight 12 is arranged at a portion of about 2/5 of the hull length from the bow side. The rear skylight 12 is configured to open to an opening / closing angle larger than 90 degrees with the stern side as a fulcrum. Moreover, the back sky window 12 is comprised so that sealing is possible with the some fastener which is not shown in figure. The rear skylight 12 can be used for ventilation in the cabin or an entrance / exit to the bow deck (the deck 1b) by opening it. Specifically, the back sky window 12 has a ladder support portion (not shown) formed in the window frame. The rear skylight 12 is configured such that the ladder 100 can be hung on the ladder support portion in the open state.

The ladder 100 used is configured to be extendable and retracted and stored in a storage box 53 of the owner room 3 described later (see FIG. 15). The ladder 100 is configured so that it can be taken out from the side opening 53b of the storage box 53 when in use. In addition, in this embodiment, it is not limited to the ladder 100, You may use a wrap.

1 to FIG. 4, FIG. 9, FIG. 15, FIG. 17 and FIG. 18, the side windows 13 and 13 of the small vessel 1 are arranged on the left and right side portions of the deck 1b. The side window 13 is arranged so as to extend from the center in the bow-tail direction to the portion of about 1/5 of the hull length from the bow side. The pair of left and right side windows 13 is divided into two parts, a bow side window 13a and a stern side window 13b. In the pair of left and right side windows 13, the bow side window 13 a is configured as a window for the owner room 2, and the stern side window 13 b is configured as a window for the salon 4 and for the galley 5.

The small vessel 1 has a relatively long bow side on the bow side and the stern side with the cabin 1c (steering chamber 2) as a boundary. For this reason, in the small vessel 1, it is possible to secure a space for arranging the front skylight 11 and the rear skylight 12 (a space for arranging two skylights side by side in the bow-stern direction on the deck 1b). For this reason, in the small vessel 1, the pair of left and right side windows 13 can be configured to be large in the bow-stern direction.

As shown in FIG. 1 to FIG. 10, the cabin 1c forms a wheelhouse 2 and a lounge space 8 by covering the back of the deck 1b so as to protrude beyond the deck 1b. The cabin 1c is configured to be able to enter and exit from the entrance / exit part 1i of the rear deck 1g. The cabin 1c includes a windshield 14, a pair of left and right side glasses 15, 15, a movable roof 16, and a sweep window 45 of an entrance / exit portion 1i of the rear deck 1g. The cabin 1c has an opening at the ceiling.

As shown in FIG. 1, FIG. 5, FIG. 7, or FIG. 13, the windshield 14 of the cabin 1 c is configured to extend between the left and right end portions of the wheelhouse 2.
The windshield 14 is configured such that the left and right width of the windshield 14 is formed substantially the same as the left and right width of the steering chamber 2. Thereby, in the small boat 1, the field of view from the steering seat 21a of the steering chamber 2 can be made better than that in which the windshield 14 is not configured to extend between the left and right end portions of the steering chamber 2. .

The movable roof 16 is provided in an opening formed in the ceiling portion of the cabin 1c. Specifically, the movable roof 16 is disposed above the steering seat 21a and the passenger seat 21b. As shown in FIGS. 21 and 22, the movable roof 16 has a fixed portion 16a and a movable portion 16b, and is configured to be openable and closable when the movable portion 16b slides and moves. The fixed portion 16a and the movable portion 16b of the movable roof 16 are each configured by providing glass on a frame. In the movable roof 16, a crosspiece 16c for improving the strength of the glass is formed on the movable portion 16b. Thereby, the movable roof 16 can perform the operation | movement with which the movable part 16b was stabilized.

At the stern side end of the cabin 1c, a sweep window 45 is provided at the center as an entrance / exit 1i. The sweep window 45 is configured as a sliding door that opens and closes by moving in the left-right direction. The sweep window 45 is entirely glass-walled. Further, at the stern side end of the cabin 1c, the fixed portions on the left and right sides of the sweep window 45 are made of glass.

The small vessel 1 includes an engine room 1d, a radar arm 1e, a pair of left and right air inlets 1f and 1f, a rear deck 1g, and a transom gate 1h.

The engine room 1d of the small vessel 1 is configured such that an engine is disposed.
The engine room 1d is provided in a space (inboard) surrounded by the hull 1a and the deck 1b. The engine room 1d is disposed below the cabin 1c. The engine room 1d is disposed below the rear deck 1g.

The radar arm 1e of the small vessel 1 is configured so that a radar (not shown) is disposed and supports the radar.
The radar arm 1e is configured integrally with the hull 1a.
The radar arm 1e is formed in an arch shape. The radar arm 1e extends obliquely rearward and upward from the upper end of the hull 1a, and is configured to surround the side of the deck 1b, the rear side of the cabin 1c, and the rear upper part of the cabin 1c.

The air inlet 1f of the small vessel 1 is configured to introduce engine intake air from the outside of the vessel into the engine room 1d in the vessel.
The small vessel 1 is configured such that the air introduced into the vessel from the air inlet 1f is supplied to the engine room 1d via a pipe (not shown).

As shown in FIG. 11 (a), the rear deck 1g is a stern part and is disposed behind the cabin 1c. That is, the rear deck 1g is configured above the engine room 1d. The rear deck 1g has an opening 1m communicating with the engine room 1d at a substantially central portion. The rear deck 1g is provided with a flap door 41 that can be opened and closed so as to close the opening 1m. That is, in the small vessel 1, the flap door 41 of the rear deck 1g constitutes the top plate of the engine room 1d. Thereby, the small boat 1 is comprised so that the maintenance operation | work of the engine 23 in the engine room 1d can be performed by opening the flap door 41 of the rear deck 1g.

The flap door 41 is configured to be openable and closable by raising and lowering the bow side about a hinge 41a provided at the end on the stern side. An electric cylinder 42 provided in the engine room 1 d is connected to the bow side end of the flap door 41. The flap door 41 is configured to be openable and closable by expansion and contraction of the electric cylinder 42.

On the upper surface of the rear deck 1g, a recess 1n is formed at the edge of the entire circumference of the opening 1m. The recess 1n has a shape similar to the flap door 41, and is formed to a size that allows the flap door 41 to be fitted with a gap. The recess 1n is formed so that its depth is substantially the same as the thickness of the flap door 41. That is, the recess 1n is configured to support the flap door 41 so that the upper surface of the rear deck 1g and the upper surface of the flap door 41 covering the opening 1m are on the same plane. In addition, as shown in FIG.11 (b), the shape which bent the edge part of the recessed part 1n and the groove | channel 1p of the rear deck 1g may be sufficient.

The transom gate 1h of the small vessel 1 is disposed at the stern side end. The transom gate 1h is constituted by a part of the transom surrounding the rear deck 1g.
As shown in FIG. 12, the transom gate 1h is configured to be rotatable. For example, the transom gate 1h is configured to be used as a passage when the transom gate 1h is rotated and tilted backward to move from the small vessel 1 to the land (for example, a pier).

Next, the configuration of the small ship 1 will be described in detail.

As shown in FIG. 9 or FIG. 10, the small vessel 1 has a cabin in the ship. The small vessel 1 includes a wheelhouse 2, an owner room 3, a salon 4, a galley 5, a guest room 6, a shower room 7, a lounge space 8, and the like. The cabin of the small boat 1 (the wheelhouse 2, the owner room 3, the salon 4, the galley 5, the guest room 6, the shower room 7, and the lounge space 8, etc.) includes the hull 1a, the deck 1b, and / or the cabin 1c. It is provided in the space surrounded by.

The small vessel 1 has a cabin 1 and a lounge space 8 disposed in a cabin 1c. In the small vessel 1, the steering chamber 2 is arranged on the bow side of the cabin 1c, and the lounge space 8 is arranged on the stern side. The small vessel 1 is configured such that the floor surface (sole) height of the rear deck 1g and the floor surface height of the cabin 1c are substantially the same. That is, the wheelhouse 2 is arranged at a position where it enters the ship (inside the cabin 1c) from the entrance / exit 1i of the rear deck 1g.

The small vessel 1 is provided with an owner room 3, a salon 4, a galley 5, a guest room 6, a shower room 7, etc. at a position lower than the cabin 1c and on the bow side of the cabin 1c. In addition, the small vessel 1 has a projection in which the bow side of the steering chamber 2 of the cabin 1c protrudes upward in order to secure a space for arranging the owner room 3, the salon 4, the galley 5, the guest room 6, the shower room 7, and the like. Part 2a is configured.

As shown in FIG. 9, the steering chamber 2 steers the small vessel 1. The wheelhouse 2 includes a steering seat 21a, a passenger seat 21b, and a control panel 46.

As shown in FIG. 13, in the wheelhouse 2, a steering seat 21a and a control panel 46 are arranged on the starboard side toward the bow. The control panel 46 of the wheelhouse 2 is provided on the side surface of the protruding portion 2a in the cabin 1c. Further, in the wheelhouse 2, a passenger seat 21b is arranged on the port side toward the bow. Further, in the steering chamber 2, the owner room 3, the salon 4, the galley 5, the guest room 6, the shower on the side surface of the protruding portion 2a of the cabin 1c, and approximately in the middle between the steering seat 21a and the passenger seat 21b. A passage 1j connected to the room 7 or the like is configured to face the bow.

The steering seat 21a is seated by a person who steers the small vessel 1 during steering. The steering seat 21 a is disposed so as to face the control panel 46. The steering seat 21a is configured to be movable in the up / down and front / rear directions in accordance with the physique of the steering person.

The control panel 46 is intensively arranged with operation tools and instruments of the small vessel 1. The control panel 46 includes a monitor 47, an analog meter 48, a handle 49, a throttle lever 50, a joystick 51, and the like. The control panel 46 is arranged above the monitor 47 so that a plurality of analog meters 48 are arranged in the left-right direction. The analog meter 48 has a metal ring 48a attached to an outer edge portion, and eight concave portions 48b are formed at equal intervals on the outer surface (see FIG. 14). In the control panel 46, a handle 49 and a joystick 51 are arranged on the display screen side of the monitor 47. Further, the control panel 46 has the throttle lever 50 arranged on the starboard side.

The passenger seat 21b is seated by a person who assists a person who steers the small vessel 1. The passenger seat 21b is arranged on the port side so as to be aligned with the steering seat 21a. Further, the passenger seat 21b is arranged so as to face the side surface of the protruding portion 2a in the cabin 1c. The passenger seat 21b is disposed on the floor surface of the cabin 1c partially raised. An air conditioning outlet 2b is provided on the side surface of the protruding portion 2a in front of the passenger seat 21b. In the vicinity of the windshield 14 on the upper surface of the protruding portion 2a in front of the passenger seat 21b, a light window 2c communicating with the guest room 6 is provided. A cup holder or the like is provided on the port side surface near the passenger seat 21b. A cabinet 2d is provided on the port side surface behind the passenger seat 21b. The cabinet 2d is provided with a retractable liquid crystal television 2e.

As shown in FIG. 9 or FIG. 10, the owner room 3 is a main bedroom. The owner room 3 is arranged on the most bow side in the cabin. That is, the owner room 3 is arranged on the back side (the bow side) of the passage 1j with the door 3a therebetween. As shown in FIG. 15, the owner room 3 has a bed 52 for two persons arranged in the center. The bed 52 of the owner room 3 includes a bed table 52a and a bedding 52b such as a mattress.

The bed 52 of the owner room 3 has a storage box 53 on the bed base. The storage box 53 has a storage section divided into two sections. The storage box 53 has floor surface openings 53a and 53a (shaded portions in FIG. 15) for each section on the floor surface of the bed table 52a and side surface openings 53b on the side surface of the bed table 52a. . That is, the storage box 53 can take out the stored items from the side opening 53b even when the bedding 52b is arranged on the bed 52a.

The owner room 3 of the small vessel 1 is configured such that the side surface is curved in accordance with the shape of the hull 1a of the small vessel 1. The owner room 3 is configured by applying an inner wall material 54 to the inside of the ship (inner side) in accordance with the shape of the curved side surface. The owner room 3 is provided such that an audio device (not shown) and its operation device 56a are embedded in the port side. The owner room 3 is provided with a speaker 56b on the ceiling. As another facility, the owner room 3 is provided with an air-conditioning outlet 56c above the port side. In addition, the owner room 3 may be configured to be provided with outlets 56 on both sides. The owner room 3 is provided with a cabinet 56d on the starboard side rear side.

The owner room 3 is configured such that the bow side window 13a of the side window 13 is arranged on the side surfaces on both sides. Furthermore, the owner room 3 is configured such that the front skylight 11 is arranged at substantially the center of the ceiling. That is, the owner room 3 is configured to be able to collect sunlight through the bow side window 13a of the side window 13 formed on the hull 1a and the front skylight 11 formed on the deck 1b.

As described above, in the owner room 3, the cabin is configured to be curved in accordance with the shape of the hull 1a, and the inner wall material 54 is provided on the side surface thereof. As a result, the small ship 1 can effectively use the space in the ship's room (inhabitant) by using the space in the ship more effectively than in the case where the wall (inner wall material) is erected along the vertical direction in the ship. Space) can be configured widely. The owner room 3 has an audio device (not shown) and its operation device 56a embedded in the side surface. As a result, the small ship 1 does not require a space for placing the audio device and its operation device 56a on the ship, so that the space (residence space) of the owner room 3 can be configured using the space on the ship effectively. Can do.

The inner wall material 54 constituting the owner room 3 of the small vessel 1 is formed of a cushion.
The owner room 3 is configured such that a plurality of inner wall members 54 (cushions) that are long in the bow-stern direction are arranged in the vertical direction and are armored.
Thus, in the small vessel 1 in which the owner room 3 is configured such that the inner wall material 54 is configured by a cushion and is arranged in a plurality of rows in the vertical direction and armored, the space in the vessel is effectively used. The space (residence space) of the owner room 3 can be configured widely, and the beauty in the owner room 3 can be improved.

The owner room 3 is configured by providing a plurality of beam members 55 so as to be exposed in the owner room 3 in the ship (inside of the ship). The owner room 3 is configured by providing a beam member 55 in the ship so as to leave a predetermined interval in the bow-stern direction.

As described above, in the small vessel 1 in which the beam room 55 is provided in the owner room 3 so as to be exposed in the owner room 3 and the cabin is configured, the beam member 55 is provided so as to be exposed in the owner room 3. Therefore, the strength of the small vessel 1 can be improved by the beam member 55 without confining the space of the owner room 3 by hiding the beam member 55.

As shown in FIG. 15 or FIG. 16, the owner room 3 of the small boat 1 is configured by arranging a lighting fixture 57 at a substantially upper and lower center portion of a beam member 55 provided so as to be exposed to the owner room 3. .

16 (a) and 16 (b), the luminaire 57 is disposed so as to be embedded in a notch 55a formed at the upper and lower central portions of the beam member 55. In the lighting fixture 57, a light source 57 a such as an incandescent lamp, a fluorescent lamp, or an LED lighting device is disposed in a space formed from the notch 55 a toward the inside of the beam member 55. The lighting fixture 57 is configured such that light from the light source 57a illuminates the side surface 55b of the notch 55a. That is, the luminaire 57 is configured as indirect illumination using the beam member 55. In addition, as shown in FIG.16 (c), the lighting fixture 57 is also the structure which provides the spectroscopic board 57b which consists of ground glass etc. for disperse | distributing light to the irradiation direction of the light of an incandescent lamp, a fluorescent lamp, or the LED illumination apparatus 57c. Good.

As described above, the lighting device 57 is arranged on the beam member 55 in the owner room 3. In the small vessel 1, lighting in the owner room 3 can be achieved without narrowing the space in the owner room 3 (boat cabin) by arranging the lighting fixture 57 using the beam member 55 exposed in the owner room 3. The number of instruments 57 can be increased.

As shown in FIG. 9 or FIG. 10, the salon 4 is a so-called common room. The salon 4 is located on the starboard side of the passage 1j on the stern side of the owner room 3. As shown in FIG. 17, the salon 4 is configured by arranging a sofa 58, a table 59, and a monitor 60. The salon 4 is configured by providing a storage box 61 under the sofa 58. The salon 4 is configured such that the rear skylight 12 is arranged on the ceiling. Furthermore, the salon 4 is configured such that the stern side window 13b is arranged on the starboard side surface. That is, the salon 4 is configured to be able to collect sunlight through the rear skylight 12 formed on the deck 1b and the stern side window 13b of the side window 13 formed on the hull 1a.

As shown in FIG. 9 or FIG. 10, the galley 5 is a so-called cooking chamber. The galley 5 is disposed on the port side of the passage 1j on the stern side of the owner room 3. That is, the galley 5 is arrange | positioned so that it may align with the salon 4 in the left-right direction. As shown in FIG. 18, the galley 5 includes a sink 62, a stove 63, a storage shelf 64, and the like. The galley 5 is configured such that the rear skylight 12 is arranged on the ceiling. Furthermore, the galley 5 is configured such that the stern side window 13b of the side window 13 is disposed on the port side surface. That is, the salon 4 is configured to be able to collect sunlight through the rear skylight 12 formed on the deck 1b and the stern side window 13b formed on the hull 1a.

As shown in FIG. 9 or FIG. 10, the guest room 6 is the second bedroom. The guest room 6 is disposed on the stern side of the galley 5 and on the port side of the passage 1j. That is, the guest room 6 is disposed below the passenger seat 21 b in the wheelhouse 2. As shown in FIG. 19, the guest room 6 is configured such that a lighting window 2 c is arranged on the ceiling. That is, the guest room 6 is configured so as to be able to shine sunlight from the windshield 14 of the cabin 1c through the lighting window 2c. In addition, the guest room 6 is provided with a reading lamp (not shown). As shown in FIG. 17, the guest room 6 is configured with a bed 65 for two persons arranged in the center. In the guest room 6, a cabinet 66 and a door 6a are arranged on the bow side (galley 5 side).

As shown in FIG. 9 or FIG. 10, the shower room 7 is arranged on the stern side of the salon 4 and on the starboard side of the passage 1j. That is, the shower room 7 is arranged below the steering seat 21a of the wheelhouse 2 so as to be aligned with the guest room 6 with the passage 1j interposed therebetween.

As shown in FIG. 9, the lounge space 8 of the small vessel 1 is arranged in the cabin 1c at the center in the bow-stern direction. The lounge space 8 is arranged on the stern side of the cabin 1c. The lounge space 8 is arranged on the most stern side in the cabin. As shown in FIG. 20, the lounge space 8 includes a sofa 67, a table 68, and a cabinet 69.

As shown in FIGS. 1 to 5, 7, 9, 10, or 15, the small vessel 1 has a plurality of windows (a front skylight 11, a rear skylight 12, and a pair of left and right bow side windows 13 a). In the owner room 3. In the small vessel 1, the owner room 3 can be illuminated through the front skylight 11 to brighten the interior of the owner room 3.

Further, in the small vessel 1, the bow side window 13 a of the side window 13 is arranged on both the left and right sides of the owner room 3, and the stern side window 13 b of the side window 13 is arranged on the salon 4 and the galley 5. As described above, the side window 13 is configured on the side of the deck 1b. As a result, in the small vessel 1, since it is daylighted through the side window 13, the interior of the owner room 3, the salon 4 and the galley 5 should be brightened. Can do.

Further, in the small vessel 1, the salon 4 and the galley 5 can be brightened by lighting the salon 4 and the galley 5 through the back sky window 12 and the pair of left and right stern side windows 13b. In addition, the small vessel 1 is configured such that the rear skylight 12 can be opened and closed, and can be used for ventilation in the cabin or an entrance to the bow deck (the deck 1b).

As shown in FIG. 1 to FIG. 5, FIG. 7, FIG. 9, FIG. 13 or FIG. 20, the small vessel 1 includes a windshield 14, a pair of left and right side glasses 15.15, and a sweep window 45 of an entrance / exit portion 1i in a cabin 1c. It is prepared for. The windshield 14 is arrange | positioned at the front part of the cabin 1c, and the side glass 15 * 15 is arrange | positioned at the side part of the cabin 1c. The windshield 14 is disposed in front of the steering seat 21a, and the side glasses 15 and 15 are disposed on the left and right sides of the steering seat 21a, respectively. The cabin 1c of the small vessel 1 has a glass-covered sweep window 45 serving as an entrance / exit 1i to the rear deck 1g on the stern side. The sweep-out window 45 is arranged at the stern side end of the cabin 1c and as a partition with the rear deck 1g.

The small vessel 1 is configured such that the wheelhouse 2 and the lounge space 8 are surrounded by a windshield 14, a pair of left and right side glasses 15, 15, a movable roof 16, and a sweep window 45. As a result, in the small vessel 1, the steering seat 21 a and the lounge space 8 are illuminated through the windshield 14, the pair of left and right side glasses 15, the movable roof 16, and the sweep window 45, so that the interior of the steering seat 21 a and the lounge space 8 is obtained. Can be brightened. Furthermore, since the guest room 6 is lit through the lighting window 2c, the inside of the guest room 6 can be brightened.

As shown in FIG. 9, FIG. 13, or FIG. 20, the steering chamber 2 and the lounge space 8 of the small boat 1 are arranged in the same space without a partition wall. The steering seat 21a of the wheelhouse 2 is configured to be movable up and down or back and forth. The steering seat 21a of the wheelhouse 2 is configured to be able to rotate 360 ° and is configured to be able to change the direction (the direction in which the steering wheel seated on the steering seat 21a sits). In the small boat 1, when the small boat 1 is steered, the direction of the steering seat 21a is set to the bow side. The steering seat 21a of the wheelhouse 2 faces the sofa 67 and the table 68 of the lounge space 8 when the steering seat 21a is rotated so that the direction of the steering seat 21a is on the lounge space 8 side (for example, 180 ° rotation from the bow side). Configured as follows.

As described above, when the wheelhouse 2 and the lounge space 8 are disposed in the same space and the steering seat 21a is rotated so that the steering seat 21a faces the lounge space 8, the sofa 67 and the table 68 of the lounge space 8 are used. In the small vessel 1 in which the steering seat 21a of the steering chamber 2 is configured to face the steering wheel 2, when the steering seat 21a of the steering chamber 2 is rotated so that the orientation is on the lounge space 8 side, The steering seat 21 a faces the sofa 67 and the table 68 in the lounge space 8, and the table 68 in the lounge space 8 can be surrounded by the steering seat 21 a in the wheelhouse 2 and the sofa 67 in the lounge space 8.
Therefore, in the small vessel 1, the wheelhouse 2 and the lounge space 8 can be configured in a compact manner without reducing functionality, and the space constituting the wheelhouse 2 and the lounge space 8 can be used effectively. it can.

Further, the steering room 2 of the small vessel 1 is configured to be movable up and down or front and rear, next to the steering seat 21a (to the left), like the steering seat 21a, and to the passenger seat 21b configured to be able to rotate 360 °. It is configured with.
The passenger seat 21b of the wheelhouse 2 is configured to face the sofa 67 and the table 68 of the lounge space 8 when the seat is rotated so that the direction is the lounge space 8 side.
Thus, when the passenger seat 21b is rotated so that the direction is the lounge space 8 side, the wheelchair 2 faces the sofa 67 and the table 68 of the lounge space 8 together with the steering seat 21a of the wheelhouse 2. In other words, in the small boat 1, the table 68 of the lounge space 8 can be surrounded by the steering seat 21 a and the passenger seat 21 b of the wheelhouse 2 and the sofa 67 of the lounge space 8.

As shown in FIGS. 1 to 10, the small vessel 1 has a relatively long bow side as viewed from the wheelhouse 2.
For this reason, in the small vessel 1, it is possible to secure a space for arranging the front skylight 11 and the rear skylight 12 (a space for arranging two skylights side by side in the bow-stern direction on the deck 1b).
For this reason, in the small vessel 1, the pair of left and right side windows 13 can be configured to be large in the bow-stern direction.
For this reason, in the small vessel 1, the owner room 3, the guest room 6, the salon 4, the galley 5, and the shower room 7 can be widely configured in the bow-stern direction.

As shown in FIG. 23, the small vessel 1 can also be configured with a seat 19 and a backrest 20 on the stern portion. The seat 19 of the small vessel 1 is configured to be detachable from the rear deck 1g, and the backrest 20 is configured to be detachable from the inner wall of the transom.

The present invention can be used for the technology of a small boat for leisure used in sports or recreation.

DESCRIPTION OF SYMBOLS 1 Small ship 1a Hull 1b Deck 1c Cabin 1d Engine room 1e Radar arm 1f Air inlet 1g Rear deck 1i Entrance / exit 1j Passage 2 Steering room 3 Owner room 4 Salon 5 Galley 6 Guest room 7 Shower room 8 Lounge space 11 Front sky window 12 Back window 13 Side window 14 Windshield 15 Side glass 16 Movable roof 54 Inner wall material 55 Beam member

Claims (4)

A small ship for leisure with a cabin,
The ship's cabin is a small vessel configured by applying an inner wall material in the ship so as to bend in accordance with the shape of the ship in the curve. The cabin is configured by providing a beam member so as to be exposed in the cabin.
The small vessel according to claim 1. The cabin is configured by arranging a lighting fixture on the beam member,
The small vessel according to claim 2. A wheelhouse, and a windshield disposed in front of the wheelhouse,
The windshield is configured to extend between left and right ends of the wheelhouse.
The small ship as described in any one of Claims 1-3.

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