阅读说明：本技术 船舶用软管 (Marine hose ) 是由 小野俊一 布施典之 于 2017-10-23 设计创作，主要内容包括：本发明抑制两端的管头之间的电阻的不均并且将此电阻设在所需的范围内。软管主体(12)的至少外周面(1204)由绝缘体构成。管头(14)由铁等导电材料形成,并且分别设于软管主体(12)的两端。导体(16)沿软管主体(12)延伸并对两端的管头(14)进行电连接。在导体(16)的延伸方向的中间部设有切断部(24),所述切断部(24)具有导体(16)被切断而相互对置的一对切断端部(24A、24B)。半导体(18)夹设于导体(16),将导体(16)的两端的管头(14)之间的电阻设在所希望的范围内。使用导电橡胶作为半导体(18),包括一对切断端部(24A、24B)的导体(16)的部分埋设于该导电橡胶(26)而被保持。(The present invention inhibits the unevenness of the resistance between the tube head at both ends and this resistance is located in required range.At least outer peripheral surface (1204) of hose main body (12) is made of insulator.Tube head (14) is formed by conductive materials such as iron, and is respectively arranged on the both ends of hose main body (12).Conductor (16) extends along hose main body (12) and is electrically connected to the tube head at both ends (14).Cutting portion (24) are equipped in the middle part of the extending direction of conductor (16), a pair of of cutting end (24A, 24B) that the cutting portion (24) has conductor (16) cut-off and mutually opposed.Semiconductor (18) is located in conductor (16), the resistance between the tube head (14) at the both ends of conductor (16) is located in desired range.Use conductive rubber as semiconductor (18), the part of the conductor (16) including a pair of of cutting end (24A, 24B) is embedded in the conductive rubber (26) and is kept.)

1. a kind of marine hose, has:

Hose main body, at least outer peripheral surface are formed by insulator；

Tube head is formed by conductive material, is respectively arranged on the both ends of the hose main body；With

Conductor extends along the hose main body, is electrically connected to the tube head at the both ends,

The marine hose is characterized in that being folded in the conductor will be between the tube head at the both ends of the conductor Resistance is located at the semiconductor in desired range.

2. marine hose according to claim 1, which is characterized in that

It is equipped with cutting portion in the middle part of the extending direction of the conductor, the cutting portion has the conductor cut-off and mutual Opposed pairs cut off end,

Equipped with make it is the pair of cutting end separate in the state of be filled in it is the pair of cutting end between conductive rubber,

The semiconductor is made of the conductive rubber.

3. marine hose according to claim 2, which is characterized in that the conductor including the pair of cutting end Part be embedded in the conductive rubber and be kept,

The conductive rubber is assemblied in the hose main body.

4. marine hose according to claim 3, which is characterized in that

The tube head has the canister portion of the hose main body connection,

The both ends of the long dimension direction of the hose main body are assemblied on the outer peripheral surface of cartridge,

The conductive rubber is assemblied in the outer peripheral surface of the hose main body, and the outer peripheral surface of the hose main body is located at the hose master On the outer peripheral surface of the cartridge of the tube head of a side or two sides in the tube head at the both ends of body.

5. marine hose according to claim 4, which is characterized in that

The conductive rubber is engaged in the hose main body when vulcanizing to the conductive rubber and the hose main body Outer peripheral surface.

6. marine hose according to any one of claim 1 to 5, which is characterized in that

It is also equipped with the protection rubber for coating the whole region of the conductor and the semiconductor.

7. marine hose according to claim 4 or 5, which is characterized in that

Be assemblied in the both ends of the long dimension direction of the hose main body of the outer peripheral surface of cartridge by with the outer peripheral surface same Barrel surface on axis is formed.

Technical field

The present invention relates to a kind of such as the ship use that liquid crude oil is delivered to oil tanker from marine crude supply facility Hose.

Background technique

As this marine hose, provide following marine hose, have: hose main body, at least outer peripheral surface by The insulators such as rubber are formed；And tube head, the both ends of hose main body are formed by conductive material and are respectively arranged on, the marine hose Via tube head and other marine hoses connection (referring to patent document 1).

The length of a piece marine hose is, for example, 12m or so, by the way that at sea ten marine hoses of connective number will be former It is connected between oily service and oil tanker to carry out the conveying of the liquid such as crude oil.

In such marine hose, by the tube head of the tube head of marine hose and other side side, i.e. crude supply is set When the tube head of the tube head or oil tanker side of applying side is combined, the electrostatic of hose main body or other side side institute band is in ship with soft sometimes It discharges between the tube head of pipe and the tube head of other side side and generates spark, bring obstacle to the combination operation of tube head.

It thus provides a kind of for the purpose of the electrostatic of release hose main body institute band, it is equipped with and extends along hose main body and right The marine hose for the metal wire that the tube head at both ends is electrically connected.

Summary of the invention

Problem to be solved by the invention

Furthermore sometimes require that the marine hose of following specification: the resistance between the tube head at both ends being located at and is preset In the range of, without make marine hose both ends tube head between be connected.

In this case, hybrid conductive material is used as conductive rubber in the rubber as the insulator for constituting hose main body Resistance between the tube head at both ends is adjusted in required range, but mixes by conductive material to the manufacturer of rubber by glue In method, it is difficult to inhibit the unevenness of the resistance between the tube head at both ends.

As a result, the resistance between the tube head by both ends have in terms of being located in required range it is unfavorable.

The present invention is proposed in view of the situation, it is intended that providing a kind of between the tube head for inhibiting both ends Resistance unevenness and the advantageous marine hose of aspect that the resistance between the tube head at both ends is located in required range.

Technical solution

In order to achieve the above objectives, the present invention is a kind of marine hose, is had: hose main body, at least outer peripheral surface by Insulator is formed；Tube head is formed by conductive material and is respectively arranged on the both ends of the hose main body；And conductor, along described soft Pipe main body extends and is electrically connected to the tube head at the both ends, which is characterized in that, in the conductor sandwiched Have the semiconductor resistance between the tube head at the both ends of the conductor being located in desired range.

Invention effect

According to the present invention, it is folded with semiconductor in the conductor that the tube head to both ends is electrically connected, it therefore, can be by appropriate Resistance between the tube head at the both ends of conductor is located in desired range by the material that selection constitutes semiconductor.

Therefore, with conductive material is mixed to rubber as conductive rubber and will be between the tube head at both ends like that in the past Resistance adjusts the case where to required range and compares, the unevenness of the resistance between the tube head at both ends for inhibiting marine hose And the aspect being located at the resistance between the tube head at both ends in required range becomes advantageous.

Detailed description of the invention

Fig. 1 is the side view of the marine hose of first embodiment.

Fig. 2 is the X direction view of Fig. 1.

(A) of Fig. 3 is the line A-A cross-sectional view of Fig. 1, and (B) is the line B-B cross-sectional view of Fig. 1, and (C) is the line C-C section view of Fig. 1 Figure, (D) is the line D-D cross-sectional view of Fig. 1, and (E) is the E-E line cross-sectional view of Fig. 1.

Fig. 4 is the side view of the marine hose of second embodiment.

Specific embodiment

(first embodiment)

Then, it is illustrated referring to marine hose of the attached drawing to embodiments of the present invention.

As shown in Figure 1, marine hose 10 has: hose main body 12, tube head 14, conductor 16 and semiconductor 18.

Hose main body 12 is configured to include: inner rubber layer；Enhancement layers more than one or two layers is set to inner rubber layer Outside, be embedded with fiber cord in inside；And outer rubber layer, set on the outside of enhancement layer, hose main body 12 is at least Outer peripheral surface 1204 is made of insulator.

Tube head 14 is formed by conductive materials such as iron, is respectively arranged on the both ends of hose main body 12.

Tube head 14 has: the canister portion 1402 of hose main body connection；And flange part 1404, set on the end of canister portion 1402 Portion uses in conjunction with the component of other side, equipment.

The inner peripheral portion for the end that canister portion 1402 is embedded in hose main body 12 by its peripheral part is linked to hose main body 12.

The both ends of the long dimension direction of hose main body 12 are located on the outer peripheral surface 1402A of canister portion 1402, are located at outer peripheral surface The outer peripheral surface of Hose body portions 1202 on 1402A is by the barrel surface with canister portion 1402 (outer peripheral surface 1402A) on the same axis 1210 form.

As shown in Fig. 2, in the state that the end of hose main body 12 and canister portion 1402 link, the close flange of canister portion 1402 The part in portion 1404 is not covered by the end of hose main body 12, and outer peripheral surface 1402A exposes to outside, in the canister portion of the exposing 1402 outer peripheral surface 1402A is deposited with the axle portion 20 formed by the conductive material for connecting conductor 16.

In the tube head 14 for being set to the both ends of hose main body 12 at least provided with one or more axle portion 20.

Flange part 1404 is in from the top of canister portion 1402 to the annular plate-like of extension on the outside of the radial direction of canister portion 1402, In Flange part 1404 is circumferentially spaced to have alternately formed multiple bolt insertion holes (not shown).

Flange part 1404 by via bolt insertion hole by bolt fastening in the other side side combined with marine hose 10 The tube head tube head of oil tanker side (tube head of crude supply facility side) or the tube head 14 of other marine hoses 10 are combined.

Conductor 16 extends along hose main body 12 and is electrically connected to the tube head at both ends 14.

By metal wire 22, i.e., the litzendraht wire for metal fine being woven into mesh-shape and being constituted is constituted conductor 16.

In the present embodiment, one end of the long dimension direction of conductor 16 is made of two wires 22, in addition to the one end 16 part of remaining conductor in addition is made of a wires 22.

Tube head circumvolution and is fixed on respectively in the end for constituting two wires 22 of one end of the long dimension direction of conductor 16 14 two axle portions 20 constitute the end circumvolution of a wires 22 of the other end of the long dimension direction of conductor 16 and are fixed on A piece axle portion 20 of tube head 14.

The both ends of conductor 16 are electrically connected to the tube head 14 at both ends, the middle part helical form of conductor 16 via axle portion 20 as a result, Ground circumvolution is in the outer peripheral surface 1204 of hose main body 12.

It should be noted that conductor 16 can also be made of single-wire or more wires, but when such as this embodiment party When formula uses metal wire 22 like that, the pliability of metal wire 22 is excellent, therefore, can inhibit in the case where hose main body 12 deforms It is applied to the stress of metal wire 22, therefore, becomes advantageous in terms of seeking the raising of durability of metal wire 22.

As shown in Fig. 2, the middle part in the extending direction of conductor 16 is equipped with cutting portion 24, the cutting portion 24 has conductor 16 cut-off and mutually opposed a pair of of cutting end 24A, 24B.

In the present embodiment, it is equipped with and cuts at the position of the conductor 16 for the Hose body portions 1202 being located in canister portion 1402 Disconnected portion 24, cutting portion 24 have through conductor 16 cut-off mutually opposed a pair of of cutting end 24A, 24B.

In the present embodiment, it is located at the cutting close to the position of two axle portions 20 in a pair of of cutting end 24A, 24B End 24A is made of each cutting end of two wires 22, is located remotely from two axle portions in a pair of cutting end 24A, 24B The cutting end 24B of 20 side is made of the cutting end of a wires 22.

It should be noted that the radical for constituting the metal wire 22 of a pair of of cutting end 24A, 24B can be one respectively, but When the metal wire 22 of the cutting end 24A of one side is set as more as embodiment, or work as the cutting end of both sides When the metal wire 22 of 24A, 24B are set as more, the stability side of the resistance value between the tube head 14 at both ends for improving conductor 16 Face becomes advantageously.

In addition, constituting the radical and composition of the metal wire 22 of the cutting end of the side in a pair of of cutting end 24A, 24B The radical of the metal wire 22 of the cutting end of another party may be the same or different.

Semiconductor 18 is located in conductor 16, and the resistance between the tube head 14 at the both ends of conductor 16 is located at desired range It is interior.

Desired range is, for example, the above 1M Ω range below of 0.025M Ω.

In the present embodiment, use conductive rubber as semiconductor 18.

That is, as shown in Figure 1, Figure 2, Figure 3 shows, in the canister portion 1402 of the tube head 14 of a side of the tube head 14 for being assemblied in both ends The outer peripheral surface 1204 of Hose body portions 1202 is equipped with conductive rubber 26, the conductor 16 including a pair of of cutting end 24A, 24B Part is embedded in the conductive rubber 26 and is kept.

Then, it in the state of making a pair of of cutting end 24A, 24B separation, is filled out between a pair of cutting end 24A, 24B Filled with conductive rubber 26.

It in the present embodiment, will include that a pair of 22 part of metal wire for cutting off end 24A, 24B sandwiches two conductions In the state of between rubber slab, match with being overlapped with the outer peripheral surface 1204 for the Hose body portions 1202 being located in canister portion 1402 in advance It sets, this two conductive rubber slabs is vulcanized while vulcanizing to marine hose 10.

Conductive rubber 26, and 22 partial vulcanization of the metal wire bonding including a pair of of cutting end 24A, 24B is consequently formed In conductive rubber 26, meanwhile, conductive rubber 26 is integrally engaged with the outer peripheral surface 1204 of Hose body portions 1202.

It should be noted that being also possible to will include that a pair of 22 part of metal wire for cutting off end 24A, 24B sandwiches two Vulcanized in the state of between conductive rubber slab and form conductive rubber 26, later, by bonding agent by this conductive rubber 26 are adhered to the outer peripheral surface 1204 of Hose body portions 1202.

However, as shown in the embodiment, if when vulcanizing to conductive rubber 26 and hose main body 12 by conductive rubber Glue 26 is engaged with the outer peripheral surface 1204 of hose main body 12, then can omit bonding process, this is in the system for seeking marine hose 10 Become advantageous in terms of the efficient activity for making process.

In addition, as described above, in other words the Hose body portions 1202 on tube head 14 are assemblied in the periphery of canister portion 1402 The both ends of the long dimension direction of the hose main body 12 of face 1402A by being formed with the barrel surface 1210 of canister portion 1402 on the same axis, because This, can the outer peripheral surface 1204 easily by conductive rubber 26 along Hose body portions 1202 configure, can make to carry out by bonding agent The operation of bonding or the operation simple that conductive rubber 26 is engaged in the outer peripheral surface 1204 of Hose body portions 1202 by vulcanizing Change, becomes advantageous in terms of the raising for seeking workability.

Then, function and effect are illustrated.

According to the present embodiment, it is folded with semiconductor 18 in the conductor 16 that the tube head 14 to both ends is electrically connected, therefore, It can be desired by proper choice of constituting the material of semiconductor 18 for the resistance between the tube head 14 at the both ends of conductor 16 and being located at In the range of.

Therefore, with as in the past as constitute hose main body 12 insulator rubber in hybrid conductive rubber 26, And the case where adjusting the resistance between the tube head at both ends 14 to required range, is compared, and is inhibiting uneven and simple and can Resistance by ground adjustment semiconductor 18 becomes advantageous.

Therefore, the unevenness of the resistance between the tube head 14 at both ends for inhibiting marine hose 10, and by the pipe at both ends Resistance between first 14, which is located at aspect in required range, becomes advantageous.

In addition, in the present embodiment, in the state of making a pair of of cutting end 24A, 24B separation of conductor 16, by filling out The conductive rubber 26 filled between a pair of of cutting end 24A, 24B constitutes semiconductor 18.

Therefore, even as shown in Fig. 2, being adjusted to the distance, delta D of a pair of of cutting end 24A, 24B of conductor 16 Simple method also can be carried out the adjustment of the resistance of semiconductor 18, in the efficient activity for the manufacturing operation for seeking marine hose 10 Aspect becomes advantageous.

Furthermore, it is also considered that constitute semiconductor 18 using resistor, but resistor is hard and crisp, therefore, be easy due to load Damaged, deterioration, it is unfavorable that this has in terms of durability.

In contrast, when constituting semiconductor 18 by conductive rubber 26 as in the present embodiment, conductive rubber 26 can Flexible deformation, therefore the breakage as caused by load, deterioration can be inhibited, this becomes advantageous in terms of the raising for seeking durability.

In addition, in the present embodiment, the part of the conductor 16 including a pair of of cutting end 24A, 24B is embedded in conductive rubber Glue 26 and be kept, therefore, the distance, delta D of a pair of cutting end 24A, 24B are not easy to change, this is inhibiting marine hose 10 Become advantageous in terms of the fluctuation of resistance between the tube head 14 at both ends.

Furthermore, it is possible to leading the part for the metal wire 22 for being embedded with a pair of of cutting end 24A, 24B including conductor 16 Electric rubber 26 is engaged with the outer peripheral surface 1204 of the Hose body portions 1202 between the tube head 14 at both ends, or can also be buried Set on the inside of Hose body portions 1202, but as in the present embodiment, when will be embedded with including a pair of cutting end 24A, The conductive rubber 26 of the part of the conductor 16 of 24B is set in the canister portion 1402 of the tube head 14 of a side of the tube head 14 at both ends and assembles Hose body portions 1202 outer peripheral surface 1204 when, play effect below.

Even if being also not easy in the case where applying load to hose main body 12 and deform hose main body 12 to set in pipe The conductive rubber 26 of the outer peripheral surface 1204 of the Hose body portions 1202 assembled in first 14 canister portion 1402 applies load.

Therefore, the part of the conductor for being embedded in conductive rubber 26 16 can be inhibited to fall off from conductive rubber 26, this seek it is resistance to Become advantageous in terms of the raising of long property.

(second embodiment)

Then, second embodiment is illustrated referring to Fig. 4.

It should be noted that in the following embodiments, to part same as the first embodiment, component mark with Simultaneously the description thereof will be omitted for the identical appended drawing reference of first embodiment.

Second embodiment is the variation of first embodiment, with first embodiment the difference lies in that being also equipped with The protection rubber 28 of the whole region of coating conductor 16 and semiconductor 18.

In the present embodiment, protection rubber 28 includes the tube head 14 at both ends and the whole region for coating hose main body 12.

More specifically, protection rubber 28 in the surface of marine hose 10 in addition to both ends tube head 14 canister portion Part except the position of 1402 close flange part 1404 is coated.

That is, in the outer peripheral surface 1402A of the canister portion 1402 of the tube head 14 at both ends in addition to close to flange part 1404 position it Outer peripheral surface 1204, conductor 16, semiconductor 18 and the axle portion 20 of outer part, Hose body portions 1202 are wrapped by protection rubber 28 It covers.

According to second embodiment, conductor 16, semiconductor 18, axle portion 20 can be protected from from original by protection rubber 28 The stress that the structures such as oily service, oil tanker apply it, and can inhibit the conductor 16 as caused by seawater, semiconductor 18, Therefore the corrosion of axle portion 20 becomes advantageous in terms of seeking the raising of durability of marine hose 10.

It should be noted that in embodiments, the situation that the quantity to cutting portion 24 and semiconductor 18 is one carries out Explanation, but more than two cutting portions 24 and semiconductor 18 can certainly be set.

For example, it can be setting two is embedded with the metal wire 22 of a pair of of cutting end 24A, 24B including conductor 16 Part conductive rubber 26, and each conductive rubber 26 is respectively assembled to the periphery of the canister portion 1402 of the tube head 14 positioned at both ends The outer peripheral surface 1402A of hose main body 12 on the 1402A of face.

Symbol description

10 marine hoses

12 hose main bodies

1204 outer peripheral surfaces

14 tube heads

1402 canister portions

1402A outer peripheral surface

16 conductors

18 semiconductors

22 metal wires

24 cutting portions

24A, 24B cut off end

26 conductive rubbers

28 protection rubber