CN203410616U

CN203410616U - Floating island type aircraft carrier

Info

Publication number: CN203410616U
Application number: CN201320416306.6U
Authority: CN
Inventors: 费嘉琳
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-07-14
Filing date: 2013-07-14
Publication date: 2014-01-29
Anticipated expiration: 2023-07-14

Abstract

The utility model relates to a floating island type aircraft carrier. The floating island type aircraft carrier comprises an overwater carrier body (5) and an underwater carrier body (6). The floating island type aircraft carrier is characterized in that the underwater carrier body (6) comprises upper-layer shuttle-shaped floating barrels (1) which are connected side by side; each upper-layer shuttle-shaped floating barrel is formed by connecting one group of upper-layer sub floating barrels in an end-to-end manner; lower-layer shuttle-shaped floating barrels (2) are connected below the upper-layer shuttle-shaped floating barrels at intervals; each lower-layer shuttle-shaped floating barrel is formed by connecting one group of lower-layer sub floating barrels in the end-to-end manner; the peripheries of the upper-layer shuttle-shaped floating barrels are connected by steel plates (7 and 7a); the two ends of each lower-layer shuttle-shaped floating barrel are connected with spiral propellers (8) respectively. Each of the two ends of the upper-layer shuttle-shaped floating barrels is connected with a tapered collision head (1c) respectively. With the adoption of the technical scheme, the floating island type aircraft carrier has the advantages that 1 the maneuverability and the flexibility are improved greatly and the speed is greatly increased; 2 the anti-impacting capability is strong and the floating island type aircraft carrier is nearly unsinkable.

Description

Floating-island type aircraft carrier

Technical field

The utility model relates to shipbuilding field, particularly a kind of aircraft carrier.

Background technology

Should following aircraft carrier be what kind of? existing American? Soviet Union's formula? can change to some extent, have breakthrough? no matter American or Soviet Union's formula, they all exist identical problem, once warship body is ruined, can cause whole water inlet to sink.In addition, warship body power is that one direction advances, and this can cause and turn around to turn to slowly, turn radius is large, and maneuverability is poor.

Utility model object

The purpose of this utility model is exactly the shortcoming existing in order to overcome existing aircraft carrier structure, a kind of floating-island type aircraft carrier of proposition.

To achieve these goals, the utility model has adopted following technical scheme:

A kind of floating-island type aircraft carrier, comprise warship body waterborne and warship body under water, it is characterized in that: warship body comprises the upper strata shuttle type floating drum connecting side by side under water, each upper strata shuttle type floating drum is connected to form from beginning to end by straton floating drum on a group, below the shuttle type floating drum of upper strata, interval connects lower floor's shuttle type floating drum, each lower floor's shuttle type floating drum is connected to form from beginning to end by straton floating drum under a group, and the periphery of levels shuttle type floating drum connects with steel plate, and the two ends of each lower floor's shuttle type floating drum are connected with respectively spiral propeller.

The quantity that the quantity of the upper strata shuttle type floating drum connecting is side by side preferably 6 Ge， lower floor shuttle type floating drums is preferably 3.

On the basis of technique scheme, can there is following further optimization technique scheme:

The two ends of upper strata shuttle type floating drum connect respectively a taper and ram;

The two ends of the lower floor's shuttle type floating drum being comprised of straton floating drum under a group connect respectively a taper piggyback pod, in taper piggyback pod, are provided with spiral propeller;

The length of lower floor's shuttle type floating drum on both sides is less than the length of upper strata shuttle type floating drum, and the length of middle lower floor's shuttle type floating drum is less than the length of lower floor's shuttle type floating drum on both sides;

Between every two adjacent lower floor's shuttle type floating drums and adjacent upper strata shuttle type floating drum, be connected with respectively curved plate.

At least one shuttle type floating drum two ends, upper strata connects respectively one and half long upper straton floating drums, makes the sub-floating drum in adjacent upper strata shuttle type floating drum adopt dislocation to connect, and the sub-floating drum in adjacent levels shuttle type floating drum adopts dislocation to connect.

Design concept of the present utility model has following three aspects

The first design concept---" trisome "

San Ge lower floor shuttle type floating drum forms " trisome ", certainly expands only one of object just of beam of hull, " trisome " of the present utility model ship is not only in order to expand the width of aircraft carrier, but makes place mat for next design concept " six spirals ".

The second design concept---" six spirals "

Aircraft carrier San Ge lower floor shuttle type floating drum front and back end, three spiral propellers are set respectively, just formed " six spirals " theory, when warship body need to be reversed end for end, can directly start other end spiral propeller, needn't resemble traditional naval vessel and adopt smooth turn to reverse end for end, can two way.Propeller in " six spirals " can be recessive.Used time not, is contracted in the taper piggyback pod of lower floor's shuttle type floating drum at two, releases propeller during use, and the paddle of propeller can folding and unfolding.

Lower floor's shuttle type floating drum of middle is shorter than peripheral Er Ge lower floor shuttle type floating drum, and taper piggyback pod in middle part is mainly standby while breaking down for peripheral propeller, also can be used as while giving it the gun and uses.

And the utility model is not only confined to trisome six spirals, can be extended to by that analogy limbs eight spirals according to demand, five body constituents ten spirals etc. pattern.

The 3rd design concept---" floating-island type "

" floating-island type aircraft carrier " is exactly in fact adrm across the sea floating and can be moving.Levels shuttle type floating drum is all comprised of some sub-floating drums, and each floating drum is separate.If have indivedual floating drums to be destroyed, do not affect the use of other floating drum.

Between Liang Ge lower floor shuttle type floating drum in " trisome ", stay half circular space, be beneficial to current and pass through from centre, thereby reduce while travelling the resistance that seawater produces aircraft carrier.

The design concept of being close to " hexasomic " (i.e. six upper strata shuttle type floating drums) that " trisome " top connecting is side by side identical with the design concept of " trisome ", between levels shuttle type floating drum and the space forming between peripheral steel plate, being beneficial to current passes through from centre, thereby reduce while travelling the resistance that seawater produces aircraft carrier.

The 4th design concept---" fried not heavy aircraft carrier "

Sub-floating drum in " trisome " or " hexasomic " adopts dislocation connection mode, is the foundation of " fried not heavy aircraft carrier " design concept.No matter be floating drum on level attitude or the floating drum on upper-lower position.The pattern that adopts dislocation to put without exception.Just as building a wall with brick, interlocking.Can make like this bulk strength of warship body reach maxim, just as iron-plated.When suffering that firepower destroys, do not sunk by bombing by aircraft carrier!

The effect that is similar to automobile front/rear collision bumper, below floating line, as a kind of recessive defensive measure, is played in " taper is ramed " and adjacent floating drum position thereof, to prevent front and the generation that two warships bump against situation thereof below.

This " taper is ramed " is welded on the two of " hexasomic ".The entire length of " hexasomic " is more longer than the entire length of " trisome ".

Owing to having adopted technique scheme, make the utlity model has following advantage:

1, manoevreability, alerting ability and speed all have significantly raising,

2, anti-strike ability is strong, almost never sinking.

Accompanying drawing explanation

Fig. 1 is front view of the present utility model;

Fig. 2 is the birds-eye view of Fig. 1;

Fig. 3 is the upward view of Fig. 1;

Fig. 4 is the perspective view of warship body under water in Fig. 1.

The specific embodiment:

As Figure 1 and Figure 4, a kind of floating-island type aircraft carrier that the utility model provides, comprises warship body 5 waterborne and warship body 6 under water.Warship body 6 comprises six upper strata shuttle type floating drums 1 that connect side by side under water, and interval connects San Ge lower floor shuttle type floating drum 2 below the shuttle type floating drum of upper strata, levels shuttle type floating drum above with steel plate 7 connect, side connects with steel plate 7a.Between every two adjacent lower floor's shuttle type floating drums 2 and adjacent upper strata shuttle type floating drum 1, be connected with respectively curved plate 3, make between levels shuttle type floating drum and the space 4 forming between peripheral steel plate, being beneficial to current passes through from centre, thereby reduce while travelling the resistance that seawater produces aircraft carrier.

As shown in Figure 2, the upper strata shuttle type floating drum on both sides and two middle upper strata shuttle type floating drums, by straton floating drum 1a on a group, connect to form from beginning to end, inside the 2nd row's upper strata shuttle type floating drum in both sides is connected to form from beginning to end by the half long upper straton floating drum 1b at straton floating drum 1a on a group of centre and two ends, make the sub-floating drum in adjacent upper strata shuttle type floating drum adopt dislocation to connect, the two ends of upper strata shuttle type floating drum connect respectively the taper 1c that rams.

As shown in Figure 3, Figure 4, being connected between adjacent upper strata shuttle type floating drum of each lower floor's shuttle type floating drum 2 interval, lower floor's shuttle type floating drum 2 is connected to form from beginning to end by straton floating drum 2a under a group, the two ends of each lower floor's shuttle type floating drum connect respectively a taper piggyback pod 2b, in taper piggyback pod 2b, are provided with spiral propeller 8.Sub-floating drum in adjacent levels shuttle type floating drum forms dislocation and connects, lower floor's shuttle type floating drum 2 on both sides is comprised of three lower straton floating drum 2a, its total length is less than the length of upper strata shuttle type floating drum 1, and middle lower floor's shuttle type floating drum 2 is comprised of two lower straton floating drum 2a, and its length is less than the length of lower floor's shuttle type floating drum 2 on both sides.

Claims

1. a floating-island type aircraft carrier, comprise warship body waterborne (5) and warship body (6) under water, it is characterized in that: warship body (6) comprises the upper strata shuttle type floating drum (1) connecting side by side under water, each upper strata shuttle type floating drum is connected to form by straton floating drum (1a) head and the tail on a group, below the shuttle type floating drum of upper strata, interval connects lower floor's shuttle type floating drum (2), each lower floor's shuttle type floating drum is connected to form by straton floating drum (2a) head and the tail under a group, the periphery of levels shuttle type floating drum connects with steel plate, and the two ends of each lower floor's shuttle type floating drum are connected with respectively spiral propeller (8).

2. a kind of floating-island type aircraft carrier according to claim 1, is characterized in that: the two ends of upper strata shuttle type floating drum connect respectively a taper ram (1c).

3. a kind of floating-island type aircraft carrier according to claim 1, is characterized in that: the two ends of lower floor's shuttle type floating drum connect respectively a taper piggyback pod (2b), are provided with spiral propeller (8) in taper piggyback pod (2b).

4. according to a kind of floating-island type aircraft carrier described in claim 2 or 3, it is characterized in that: the length of lower floor's shuttle type floating drum (2) on both sides is less than the length of upper strata shuttle type floating drum (1), the length of middle lower floor's shuttle type floating drum (2) is less than the length of lower floor's shuttle type floating drum (2) on both sides.

5. a kind of floating-island type aircraft carrier according to claim 4, is characterized in that: between every two adjacent lower floor's shuttle type floating drums (2) and adjacent upper strata shuttle type floating drum (1), be connected with respectively curved plate (3).

6. a kind of floating-island type aircraft carrier according to claim 5, it is characterized in that: at least one shuttle type floating drum two ends, upper strata connects respectively one and half long upper straton floating drums (1b), make the sub-floating drum in adjacent upper strata shuttle type floating drum adopt dislocation to connect, the sub-floating drum in adjacent levels shuttle type floating drum adopts dislocation to connect.