CN106025991B - Ship is with connecing bank cable reel - Google Patents

Abstract

A kind of ship belongs to ship feed facility technology field with bank cable reel is connect.Including base, organic frame；Dao Lan mechanisms, are set corresponding to the left side of base；Cable trolley driving mechanism is led, is coordinated with leading cable mechanism driving；Cable hank and cable hank drive mechanism；Feeding mechanism, feature：Dao Lan mechanisms include left and right guide rail bottom plate, left and right guide rail, lead cable dolly and lead cable dolly rack；Cable hank includes cable hank hub, left and right cable hank, telophragma rim, first, second pipe shaft support bearing seat, hub pipe axle and large drive wheel；Described feeding mechanism is arranged on the top of the base and fixed with the frame.Power consumption is saved, the occupancy to ship space is reduced；Protect ship side；Mitigate working strength；Inspection easily is implemented to feeding mechanism.

Description

Ship is with connecing bank cable reel

Technical field

The invention belongs to ship feed facility technology field, and in particular to a kind of ship is with connecing bank cable reel.

Background technology

Above mentioned ship refers mainly to marine vessel, marine vessel such as Bulk Cargo Ship（Also known as bulk carrier）, tanker, Product carrier, break-bulk carrier, container ship, liquid chemical tanker, liquefied gas carrier, refrigerated carrier and lash etc., this ship Oceangoing ship using cable and feed system on the bank such as socket box on the bank to being generally electrically connected behind port, and socket box is also accustomed to being referred to as on the bank Shore electric power, the high-voltage electrical cabinet on ship is fed to by cable by shore connection box（Custom claims high-voltage electric control cabinet or electrical control Cabinet）, then transformer pressure-reducing through being equipped with ship and it is conveyed to marine electric equipment.By the plug and bank of cable when ship is departed from port Electronic box separates and withdraws cable.In aforementioned process, the receipts of cable are generally taken on putting by cable reel, and cable reel Commonly referred to as cable for ship winch or cable for ship capstan winch.

Can be no lack of in disclosed Chinese patent literature and be seen in the ship technical information for connecing bank cable reel, such as CN201408968Y（A kind of shore power cable winch for ships）、CN104659728A（Ship shore electric cable retraction device）、 CN204297836U（Bank electricity twin-roll cable reel peculiar to vessel）、CN105006796A（A kind of bank electricity system cable reel）With CN204884125U（A kind of shore power cable for ship rolls up the wireless remote control detection means of car）, etc..

Typical " shore connection cable for ship draw off gear ", CN204103429U such as CN204103428U recommendations is provided What " having the shore connection cable for ship winch for leading cable function " and CN204096767U were introduced " fills with shore connection cable for ship folding and unfolding Put supporting cable guide structures ", although this three patent formulas can be each embodied described in the technique effect column of specification Technique effect, but there is following logical disadvantage：First, because cable drum is by spool body and positioned at each of the two ends of spool body The block plate for the diameter that one piece of diameter is noticeably greater than spool body be configured to vertical sectional shape be in H fonts construction, thus corresponding to The position of the folding and unfolding cable side of cable drum has additional an electricity in the position of the front side corresponding to drum length of cable direction Cable left and right rows move guiding mechanism, and the state that guiding mechanism ensures to make cable uniformly lay in take-up is moved by the cable left and right rows On the multiple spool body between a pair of block plates, but setting up cable left and right rows shifting guiding mechanism makes whole cable reel installation Overall structure is significantly complicated, and on the one hand increases manufacture difficulty, on the other hand because cable left and right rows move guiding mechanism Power consumption need to be caused by means of electrically driven (operated) dynamically working, another further aspect also takes up the expensive real estate of ship；Second, by In Dao Lan mechanisms（Patent claims cable guide mechanism）It is turned to before leaning out fore side board and being returned to and be held on or be posted by The process stated on the leading screw for the structural system that cable left and right rows move guiding mechanism is completed by crewman with manual manipulation mode, thus The operation intensity of one side crewman is big, another aspect inefficiency；Third, due to Dao Lan mechanisms decline and lean out fore side board with And rising（Reply）And the motion process that is against on foregoing leading screw of note shows as the switching process in circular arc direction, thus Because of inertia, the unavoidable side of a ship portion to fore hits during decline, unavoidable to leading screw because of inertia when equally turning to stop in rising i.e. Hit, then the moving equilibrium of one side Dao Lan mechanisms is difficult to ensure, on the other hand there is side of a ship portion and the leading screw for undermining fore Anxiety；Fourth, due to being influenceed and being arranged on feeding mechanism by Technology design prejudice for pursuing the utilization rate in space The reel body cavity of the spool body of foregoing cable drum（Patent claims cable drum of coil）It is interior, thus brought inconvenience to daily inspection, because It is difficult to deploy the inspection operation to feeding mechanism in extremely limited spool body intracavitary for inspection personnel.

It is that this applicant has made beneficial design, and form for above-mentioned prior art, it is necessary to improved Technical scheme described below.

The content of the invention

The task of the present invention is that providing one kind helps to abandon cable left and right rows shifting guiding mechanism and the energy in take-up By cable, control uses significantly simplified structure on cable hank and saves power consumption and reduction to ship space in an orderly manner Occupancy, be conducive to Bian Dao cables mechanism swinging overturn for machine automatization control horizontal movement use embodiment preferably Operation stability and it can not only mitigate the operation intensity of crewman but also can avoid causing inertia to hit in the side board portion of fore Wound evil, be beneficial to by feeding mechanism be free on cable hank set and use easily to feeding mechanism implement inspection ship use Connect bank cable reel.

The task of the present invention is performed by, a kind of ship with connecing bank cable reel, including a base, the base Left side, which is constituted, a frame；One Dao Lan mechanisms, the left side that the Dao Lan mechanisms correspond to the base is set；One is described for driving What Dao Lan mechanisms worked leads cable trolley driving mechanism, and this is led cable trolley driving mechanism and is arranged on the base and with leading cable Mechanism driving coordinates；One cable hank and a cable hank drive mechanism, position of the cable hank in the top corresponding to the Dao Lan mechanisms Put and be rotatably supported in described frame, cable hank drive mechanism is arranged in frame and is connected with cable hank；One Feeding mechanism, is characterised by：The Dao Lan mechanisms include left rail bottom plate, right guide rail bottom plate, left rail, right guide rail, to lead cable small Car keeps parallel in length direction each other with cable dolly rack, left rail bottom plate is led with right guide rail bottom plate, and positioned at the bottom The left side of seat, the top of left rail and the length direction of left rail bottom plate is fixed, the length direction of right guide rail and right guide rail bottom plate Top fix, and left and right is parallel each other for left rail and right guide rail, leads cable dolly corresponding between left rail and right guide rail Position constitute rolling pair with left rail and right guide rail simultaneously, lead cable dolly rack and be fixed on and lead cable dolly one towards base Side, described cable trolley driving mechanism of leading leads the cooperation of cable dolly rack-driving with this；Described cable hank include cable hank hub, Cable is faced left the right disk rim of disk rim, cable hank, cable hank telophragma rim, the first pipe shaft support bearing seat, the second pipe shaft support bearing Seat, hub pipe axle and large drive wheel, are fixed with hub left side capping on the left end end face of cable hank hub, and in cable A hub ring flange is fixed with the right-hand member end face of disk hub, a pipe axis hole is offered in the center of the hub ring flange, Cable face left the right disk rim of disk rim, cable hank and cable hank telophragma rim three diameter it is equal, and cable disk rim of facing left leads to Cross left disk rim spoke and the left end of cable hank hub is fixed, the right disk rim of cable hank passes through right disk rim spoke and the right side of cable hank hub End is fixed, and cable hank telophragma rim is fixed by telophragma rim spoke and the middle part of cable hank hub, cable face left disk rim and Space between the left side of cable hank telophragma rim is configured to the first cable holding vallecular cavity, and in the right disk rim of cable hank and cable hank Space between the right side of disk rim is configured to the second cable holding vallecular cavity, the first pipe shaft support bearing seat and the second pipe axle branch Bearing block is held to be fixed in the position of the rear side corresponding to the cable hank drive mechanism in described frame, and first pipe Left and right is corresponding each other with the second pipe shaft support bearing seat for shaft support bearing seat, and the left end of hub pipe axle is inserted in the pipe axis hole, Middle part is rotatably supported on the first pipe shaft support bearing seat, and right-hand member is rotatably supported on the second pipe shaft support bearing seat, On the outer wall of the left end of hub pipe axle and on the right side corresponding to large drive wheel and the left side of the first pipe shaft support bearing seat Between the circumferencial direction for being positioned around hub pipe axle expand and be provided with a pipe shaft flange, the pipe shaft flange and the hub ring flange are consolidated Fixed, the left end of hub pipe axle is fixed in the position in the left side corresponding to pipe shaft flange for large drive wheel and the large drive wheel is same It is fixedly connected with hub ring flange, the cable hank drive mechanism is connected with the large drive wheel；Described feeding mechanism is set Put on the top of the base and fixed with the frame, the feeding mechanism is separated with the cable hank.

The present invention a specific embodiment in, the left rail towards the side of the right guide rail length side There is a left rail raceway to composition, and right guide rail has a right guide rail raceway towards the length direction composition of the side of left rail；Institute The cable dolly of leading stated includes a guide roller stand and a pair of craneways, and guide roller stand is corresponding to the left rail bottom plate and right guide rail bottom plate Between position simultaneously fixed with left rail bottom plate and right guide rail bottom plate, the guide roller stand length direction with perpendicular to deflector roll The state interval hub setting of frame has chain rail connecting bottom board deflector roll, and one is respectively arranged at intervals with the side away from one another of a pair of craneways One on group craneway supporting rollern and one group of craneway guide roller, a craneway on the left side in a pair of craneways The raceway bottom wall of group craneway supporting rollern and the left rail raceway constitutes rolling pair, and one group of craneway guide roller then with Left rail raceway constitutes rolling pair, the right in a pair of craneways towards the raceway side wall of the side of the right guide rail raceway A craneway on the raceway bottom wall of one group of craneway supporting rollern and right guide rail raceway constitute rolling pair, and one group of dolly The raceway side wall of the side of beam guide roller then with right guide rail raceway towards left rail raceway constitutes rolling pair, in a pair of craneways Front end respectively constitute and have the rolling wheel support that pushed before a craneway, and the upper pivot for the rolling wheel support that pushed before craneway is provided with Push roller before one, and respectively being constituted in the rear end of a pair of craneways has the rolling wheel support that pushed after a craneway, is pushed on the craneway right side The upper pivot of rolling wheel support pushes roller after being provided with one, between a pair of craneways and positioned at the length of a pair of craneways Direction be fixedly arranged in the middle of one before chain rail axle connecting plate after chain rail axle connecting plate and one, be provided with one on preceding chain rail axle connecting plate Craneway front support axle, and a craneway rear support axle is provided with rear chain rail axle connecting plate, and in the connection of preceding chain rail axle A reach chain rail device is hinged with plate, the reach chain rail device is in contact with described chain rail connecting bottom board deflector roll, and rear Chain rail device is moved after being hinged with one on chain rail axle connecting plate, the rear shifting chain rail device equally with described chain rail connecting bottom board deflector roll It is in contact.

In another specific embodiment of the present invention, described base, which is constituted, a base cavity, and described to lead cable small Car drive mechanism is arranged in base cavity, and this, which leads cable trolley driving mechanism, includes leading cable trolley drive motor, leads the driving of cable dolly Reduction box and cable dolly drive gear is led, lead cable trolley drive motor and lead cable dolly driving reduction box transmission cooperation and by leading Cable dolly driving reduction box is arranged in the base cavity together with cable trolley drive motor is led, and is led cable dolly drive gear and is fixed on Leading on cable dolly driving reduction gearbox output shaft and being meshed with described cable dolly rack of leading for cable dolly driving reduction box is led, Described leads cable trolley drive motor for the motor with positive and negative rotating function.

In another specific embodiment of the present invention, one is fixed with the frame and positioned at the top of frame Frame Zuo Liang and the right beam of a frame, are fixed with a framework platform, the first described pipe between the left beam of the frame and the right beam of frame Shaft support bearing seat and the second pipe shaft support bearing seat are fixed on the rear end of framework platform, and described cable hank drive mechanism The front end of framework platform is arranged on, the cable hank drive mechanism includes cable disk-drive motor, cable dish driving reduction box, brief biography Driving wheel and transmission belt, cable disk-drive motor is driven with cable dish driving reduction box to be coordinated and is connected by cable dish driving reduction box The front end of the framework platform is fixed on cable disk-drive motor, small transmission wheel is fixed on the cable of cable dish driving reduction box On dish driving reduction gearbox output shaft, one end of transmission belt is nested with small transmission wheel, and the other end is nested with described big transmission On wheel.

In another specific embodiment of the present invention, electric control box supporting is fixed with described base Frame, the right-hand member of the electric control box bearing support leans out the right flank of base, and on the right side corresponding to electric control box bearing support The position of end end face is fixed with an electric control box, and the feeding mechanism is fixed on described with the state soared in the top of base Between frame and electric control box bearing support.

In the also specific embodiment of the present invention, on described left rail and positioned at the upper table of left rail Face is fixed with one first signal picker, a secondary signal collector and one the 3rd signal picker, the first signal picker position In the front end of left rail, secondary signal collector is located at the middle part of left rail, and the 3rd signal picker is located at after left rail Hold and spacing between the first signal picker, secondary signal collector and the 3rd signal picker three is equal, in institute Signal picker response is provided with a craneway positioned at the left side in a pair of the craneways stated and in the middle part of occuping to draw Send out contact；Described the first signal picker, secondary signal collector and the 3rd signal picker is travel switch, fine motion is opened Close, be closely located to switch, tongue tube or hall sensing element.

In a still more specific embodiment of the invention, the structure of the rear shifting chain rail device is and the reach chain Rail device identical, the reach chain rail device includes preceding Chain Link, preceding Chain Link connection sheet and preceding chain rail connecting shaft, preceding Chain Link Quantity have a plurality of, each preceding Chain Link include preceding Chain Link bottom plate, lead the left support plate of cable roller, lead the right support plate of cable roller and lead cable Roller, preceding Chain Link bottom plate is slidably matched with described chain rail connecting bottom board deflector roll, leads the left support plate of cable roller and is fixed on preceding Chain Link The left end of bottom plate, leads before the right support plate of cable roller is fixed on the right-hand member of Chain Link bottom plate and corresponding with leading the left support plate of cable roller, Lead cable roller and be rotatably supported to lead in the position of the top corresponding to preceding Chain Link bottom plate and the left support plate of cable roller and lead the right branch of cable roller Between board, leading between the left support plate of cable roller for adjacent preceding Chain Link and leading between the right support plate of cable roller for adjacent preceding Chain Link Connected by described preceding Chain Link connection sheet, and the preceding Chain Link connection sheet hinge is located at the end that preceding Chain Link connects bobbin, And the preceding Chain Link connection sheet is pivotally supported on and leads the left support plate of cable roller and lead between the right support plate of cable roller, the two of preceding chain rail connecting shaft End is supported in the state of being connected with preceding Chain Link connection sheet on the preceding chain rail axle connecting plate.

The present invention's and then in a specific embodiment, being located in corresponding to described a plurality of preceding Chain Links Pivot on the left support plate of cable roller is led described in the first preceding Chain Link in front and is provided with the left guide and limit roller of a cable, and is leading cable Pivot is provided with the right guide and limit roller of a cable on the right support plate of roller, in described preceding Chain Link connection sheet, before two is adjacent Being constituted between the end of Chain Link connection sheet has the spacing gap of connection sheet.

Described cable disk-drive motor is with rotating work(in yet a further embodiment of the present invention The motor of energy, described small transmission wheel and large drive wheel are sprocket wheel or belt pulley, and described transmission belt is driving chain or biography Dynamic belt.

In the present invention again and then in a specific embodiment, described feeding mechanism includes power supply transverse box, brush Component and slip ring assembly, the left side of cable change-over box are fixed with described frame, and right side is supported with described electric control box Frame is fixed, and a power supply transverse box case for being used to cover the case chamber of power supply transverse box shield is equipped on the top of the power supply transverse box Lid, brush assembly of electric and slip ring assembly are arranged at case intracavitary, and brush assembly of electric is electrically connected with described electric control box, its In, brush assembly of electric is arranged on the case bottom of chamber plate of case chamber, and slip ring assembly is set in the position of the top corresponding to brush assembly of electric On insulating support, insulating support be supported on by hollow shaft head on the tank wall of power supply transverse box and slip ring assembly with brush Attached components rotate in the state of touching relative to brush assembly of electric.

One of technique effect of technical scheme that the present invention is provided, due to the structure of cable hank being improved, by cable The space between disk rim and the left side of cable hank telophragma rim of facing left is configured to the first cable holding vallecular cavity and right by cable hank Space between the right side of disk rim and cable hank telophragma rim is configured to the second cable holding vallecular cavity, thus is able to save existing skill Cable left and right rows in art move guiding mechanism, can make in take-up two cables in an orderly manner control the first cable holding vallecular cavity with And second in cable holding vallecular cavity, power consumption can be not only saved, and the occupancy to ship space can be reduced；Two, Because the cable dolly of leading of Dao Lan mechanisms can be translated on left and right guide rail, thus relative to the swinging upset in prior art Speech will not hit because of inertia to the side board position of fore, be conducive to protecting ship side；Three, due to can be by leading cable dolly driving machine Structure makes to lead cable moving of car, thus can significantly mitigate the working strength of crewman；Four, due to by feeding mechanism with cable hank phase The top of base has been arranged in the state of separating and has been fixed with frame, thus inspection easily can be implemented to feeding mechanism.

Brief description of the drawings

Fig. 1 show embodiments of the invention structure chart.

Fig. 2 is the cooperation schematic diagram for leading cable dolly and left rail and right guide rail shown in Fig. 1.

Fig. 3 is the schematic diagram of the feeding mechanism shown in Fig. 1.

Fig. 4 is use state schematic diagram of the invention.

Fig. 5 is to be provided with the schematic diagram that ship of the invention reaches port and implements cable connection with shore connection box.

Embodiment

In order to be more clearly understood from the technical spirit and beneficial effect of the present invention, applicant is below with embodiment Mode elaborate, but to the description of embodiment be not the limitation to the present invention program, it is any according to structure of the present invention Think made only formal rather than substantial equivalent transformation and be regarded as technical scheme category disclosed by the invention.

Every concept for being related to upper and lower, left and right, the directionality of front and rear or directionality is except another in the following description Row indicate beyond be all that on the basis of the location status shown in Fig. 1, thus can not be understood as providing the present invention Technical scheme is particularly limited to.

Fig. 1 is referred to, a base 1 is shown, the left side of the base 1, which is constituted, a frame 11；Show a Dao Lan mechanisms 2, the left side that the Dao Lan mechanisms 2 correspond to base 1 is set；Show one be used to driving foregoing Dao Lan mechanisms 2 to work to lead cable small Car drive mechanism 3, this, which is led cable trolley driving mechanism 3 and is arranged on said base 1 and is driven with Dao Lan mechanisms 2, coordinates；Show One cable hank 4 and a cable hank drive mechanism 5, cable hank 4 the top corresponding to foregoing Dao Lan mechanisms 2 position rotationally It is supported in foregoing frame 11, cable hank drive mechanism 5 is arranged in frame 11 and is connected with cable hank 4；Show One feeding mechanism 6.

The present invention is during the use of implementation, in ship 30（Fig. 5 shows）On set-up mode have two kinds：One be will be foregoing Base 1, Dao Lan mechanisms 2 and lead the fore first sampan 301 that cable trolley driving mechanism 3 is directly arranged at the fore of ship 30（Fig. 5 Show）Side upper and positioned at fore first sampan 301；Two be to be equipped with one for the present invention to connect bank coil of cable similar to container apperance Railway carriage 40（Fig. 5 shows）It is interior, so as to by foregoing base 1, Dao Lan mechanisms 2 and lead and cable trolley driving mechanism 3 and connect bank coil of cable Railway carriage 40 connects bank coil of cable carriage bottom plate 401（Fig. 5 shows）It is fixed.In view of effective protection to the present invention and security, The present embodiment selects the latter, i.e. by said base 1, Dao Lan mechanisms 2 and leads cable trolley driving mechanism 3 and is arranged on and connect bank electricity cable Roll up in railway carriage 40, description below is for the situation.Bank coil of cable railway carriage 40 is connect in addition, also show in Figure 5 Connect bank coil of cable body door 402, it is corresponding with foregoing Dao Lan mechanisms 2 that this connects bank coil of cable body door 402, namely with it is foregoing The disk edge correspondence of cable hank 4（Specifically referring also to Fig. 4）.

Please continue to refer to Fig. 1, the technical essential for the technical scheme that the operation present invention is provided：Foregoing Dao Lan mechanisms 2 preferably rather than The structure being definitely limited to is as follows：Including left rail bottom plate 21a, right guide rail bottom plate 21b, left rail 22, right guide rail 23, lead cable dolly 24 and lead cable dolly rack 25, left rail bottom plate 21a and right guide rail bottom plate 21b keeps parallel in length direction each other, and position In the left side of said base 1, in a state of use, left rail bottom plate 21a and right guide rail bottom plate 21b connect bank coil of cable with foregoing Carriage bottom plate 401 is fixed, and the top of left rail 22 and left rail bottom plate 21a length direction is fixed, right guide rail 23 and right guide rail The top of bottom plate 21b length direction is fixed, and left and right is parallel each other for left rail 22 and right guide rail 23, leads cable dolly 24 right Position that should be between left rail 22 and right guide rail 23 constitutes rolling pair with left rail 22 and right guide rail 23 simultaneously, leads cable dolly Rack 25, which is fixed on, leads cable dolly 24 towards the side of base 1, and foregoing cable trolley driving mechanism 3 of leading leads cable dolly rack with this 25 transmissions coordinate.In the present embodiment, foregoing left rail 22 and right guide rail 23 are in I-shaped using shape of cross section I-steel.

Please continue to refer to Fig. 1, foregoing cable hank 4 is preferably rather than the structure that is definitely limited to is as follows：Including cable hank hub 41, Cable is faced left the right disk rim 43 of disk rim 42, cable hank, cable hank telophragma rim 44, first pipe shaft support bearing the 45, second pipe axle of seat Supporting shaft holder 46, hub pipe axle 47 and large drive wheel 48, it is solid using end face capping on the left end end face of cable hank hub 41 Determine screw 4111 and be fixed with hub left side capping 411, and a hub is fixed with the right-hand member end face of cable hank hub 41 Ring flange 412, offers a pipe axis hole 4121 in the center of the hub ring flange 412, and cable is faced left disk rim 42, cable hank The diameter of the right three of disk rim 43 and cable hank telophragma rim 44 is equal, and cable disk rim 42 of facing left passes through left disk rim spoke 421 fix with the left end of cable hank hub 41, and the right disk rim 43 of cable hank passes through right disk rim spoke 431 and the right side of cable hank hub 41 End is fixed, and cable hank telophragma rim 44 is fixed by telophragma rim spoke 441 and the middle part of cable hank hub 41, and cable is faced left Space between the left side of disk rim 42 and cable hank telophragma rim 44 is configured to the first cable holding vallecular cavity 49a, and cable hank is right Space between the right side of disk rim 43 and cable hank telophragma rim 44 is configured to the second cable holding vallecular cavity 49b, the first pipe axle branch The pipe shaft support bearing seat 46 of bearing block 45 and second is held to fix in the position of the rear side corresponding to foregoing cable hank drive mechanism 5 In foregoing frame 11, and left and right is right each other with the second pipe shaft support bearing seat 46 for the first pipe shaft support bearing seat 45 Should, figure 1 illustrates the first supporting shaft holder screw 451 for the first pipe shaft support bearing seat 45 to be fixed with frame 11 with And show the second supporting shaft holder screw 461 for the second pipe shaft support bearing seat 46 to be fixed with frame 11, hub pipe The left end of axle 47 is inserted in foregoing pipe axis hole 4121, and middle part is rotatably supported on the first pipe shaft support bearing seat 45, and right-hand member It is rotatably supported on the second pipe shaft support bearing seat 46, on the outer wall of the left end of hub pipe axle 47 and corresponding to big biography The circumferencial direction for being positioned around hub pipe axle 47 between the right side of driving wheel 48 and the left side of the first pipe shaft support bearing seat 45 expands Provided with a pipe shaft flange 471, pipe shaft flange screw 4711 is offered on the pipe shaft flange 471, by being disposed in foregoing hub method Pipe shaft flange fixing screws 4122 on blue disk 412 the position corresponding to pipe shaft flange screw 4711 by pipe shaft flange 471 with Hub ring flange 412 is fixed, and large drive wheel 48 is fixed on hub pipe axle 47 in the position in the left side corresponding to pipe shaft flange 471 The left end and large drive wheel 48 is equally fixedly connected with hub ring flange 412, foregoing cable hank drive mechanism 5 and the big transmission Wheel 48 is connected, as shown in Figure 1, and one group is equipped on large drive wheel 48 and around the circumferencial direction interval of large drive wheel Large drive wheel fixing screws 481, this group of large drive wheel fixing screws 481 are corresponding to being preset on foregoing hub ring flange 412 The position of large drive wheel fixing threaded hole 4123 screw in large drive wheel fixing threaded hole 4123 so that by large drive wheel 48 and hub Ring flange 412 is fixedly connected.Foregoing feeding mechanism 6 is arranged on the top of said base 1 and fixed with foregoing frame 11, should Feeding mechanism 6 is separated with foregoing cable hank 4（Separate）'s.

As preferred scheme, a large drive wheel for being used to cover large drive wheel shield can be also equipped with for foregoing large drive wheel 48 Shield 482, the large drive wheel shield 482 is fixed with the following framework platform 113 being also mentioned that.

In order to easily understand the present invention, applicant also show one first and connects bank electricity cable 50 and 1 second in Fig. 1 to be connect Bank electricity cable 60, the first head end for connecing bank electricity cable 50 is equipped with one first and connects bank cable plug 501, and second connects the head end of bank electricity cable 60 It is equipped with one second and connects bank cable plug 601, the first middle part for connecing bank electricity cable 50 is coiled in the first foregoing cable holding vallecular cavity In 49a, and the second middle part for connecing bank electricity cable 60 is coiled in the second foregoing cable holding vallecular cavity 49b, and first connects bank electricity cable 50 And second the end for connecing bank electricity cable 60 be limited in cable hank hub 41 and from the accent 4133 of cable hank hub chamber 413 Lead-in cable disk hub chamber 413, then first connect bank electricity cable resigning hole 4131 and in the cavity wall through cable hank hub chamber 413 Two connect after bank electricity cable resigning hole 4132 and then the pipe axocoel 472 through hub pipe axle 47 is electrically connected with feeding mechanism 6.It is specific and Speech, the first end for connecing bank electricity cable 50 connects bank electricity cable resigning hole 4131 through accent 4133, cable hank hub chamber 413, first successively It is electrically connected with the pipe axocoel 472 of hub pipe axle 47 with feeding mechanism 6, second connects the end of bank electricity cable 60 successively through accent 4133rd, the pipe axocoel 472 and feeding mechanism 6 that cable hank hub chamber 413, second connect bank electricity cable resigning hole 4132 and hub pipe axle 47 Electrical connection, and feeding mechanism 6 is then electrically connected with the electric control box 10 shown in Fig. 1.From Fig. 1 signal：First electricity Cable accommodate vallecular cavity 49a width and first connect bank electricity cable 50 external diameter it is adaptable, the second cable holding vallecular cavity 49b width and the Two external diameters for connecing bank electricity cable 60 are adapted, and certainly, first, second external diameter for connecing bank electricity cable 50,60 is identical, because both Adapt to current value identical.Such structure of cable hank 4 can not only be reduced significantly volume, and can connect bank electricity by first, second Effect as 50,60 coiled mosquito-repellent incense in take-up just as seen in daily life of cable coil respectively and in an orderly manner control first In cable holding vallecular cavity 49a, the second cable holding vallecular cavity 49b, the phase described in the superincumbent technique effect column of applicant has been cashed The technique effect answered.

Refer to Fig. 2 and combine Fig. 1, foregoing left rail 22 towards the side of foregoing right guide rail 23 length direction structure Cheng Youyi left rails raceway 221, and right guide rail 23 has a right guide rail raceway towards the length direction composition of the side of left rail 22 231；Foregoing cable dolly 24 of leading includes a guide roller stand 241 and a pair of craneways 242, and guide roller stand 241 is led corresponding to a foregoing left side Position between orbiting end plate 21a and right guide rail bottom plate 21b is fixed with left rail bottom plate 21a and right guide rail bottom plate 21b simultaneously, The length direction of the guide roller stand 241 has chain rail connecting bottom board deflector roll 2411 with the state interval hub setting perpendicular to guide roller stand 241, tool For body, chain rail connecting bottom board deflector roll 2411 is pivotally supported between a pair of deflector rolls of guide roller stand 241 set a roof beam in place, that is to say, that deflector roll Frame 241 is substantially set a roof beam in place by a pair of deflector rolls and constituted, in the side away from one another of a pair of craneways 242（Back-to-back side）Respectively One group of craneway supporting rollern 2421 and one group of craneway guide roller 2422 are arranged at intervals with, in a pair of craneways 242 The left side a craneway on the raceway bottom wall of one group of craneway supporting rollern 2421 and foregoing left rail raceway 221 constitute Rolling pair, and one group of craneway guide roller 2422 is then with left rail raceway 221 towards the side of foregoing right guide rail raceway 231 Raceway side wall constitutes rolling pair；One group of dolly beam support rolling on a piece craneway on the right in a pair of craneways 242 The raceway bottom wall of wheel 2421 and right guide rail raceway 231 constitutes rolling pair.And one group of craneway guide roller 2422 then with right guide rail Raceway 231 constitutes rolling pair towards the raceway side wall of the side of left rail raceway 221, in each structure in the front end of a pair of craneways 242 Push rolling wheel support 2423 before Cheng Youyi craneways, and the upper pivot for the rolling wheel support 2423 that pushed before craneway is provided with one Before push roller 24231, respectively being constituted in the rear end of a pair of craneways 242 has the rolling wheel support 2424 that pushed after a craneway, small The bicycle beam right side push rolling wheel support 2424 upper pivot be provided with one after push roller 24241, between a pair of craneways 242 simultaneously And positioned at a pair of craneways 242 length direction be fixedly arranged in the middle of one before after chain rail axle connecting plate 2425 and one chain rail axle connect Plate 2426, is provided with a craneway front support axle 24251 on preceding chain rail axle connecting plate 2425, and in rear chain rail axle connecting plate A craneway rear support axle 24261 is provided with 2426, and is hinged with preceding chain rail axle connecting plate 2425 a reach chain rail Device 7, the reach chain rail device 7 is in contact with foregoing chain rail connecting bottom board deflector roll 2411, i.e., with chain rail connecting bottom board deflector roll 2411 are slidably matched.And chain rail device 8 is moved after being hinged with one on rear chain rail axle connecting plate 2426, the rear shifting chain rail device 8 is same Sample is in contact with foregoing chain rail connecting bottom board deflector roll 2411, i.e., be slidably matched with chain rail connecting bottom board deflector roll 2411.

Please emphasis see Fig. 1, foregoing base 1, which is constituted, a base cavity 12, and foregoing cable trolley driving mechanism 3 of leading is arranged on In base cavity 12, this, which leads cable trolley driving mechanism 3, includes leading cable trolley drive motor 31, leads cable dolly driving reduction box 32 and lead Cable dolly drive gear 33, leads cable trolley drive motor 31 and coordinates and small by leading cable with leading the driving transmission of reduction box 32 of cable dolly Car driving reduction box 32 is arranged in said base chamber 12 together with cable trolley drive motor 31 is led, and is led cable dolly drive gear 33 and is consolidated It is scheduled on and leads leading cable dolly driving reduction gearbox output shaft 321 and leading cable dolly rack with foregoing for cable dolly driving reduction box 32 25 are meshed, and foregoing leads cable trolley drive motor 31 for the motor with positive and negative rotating function.

When leading the work of cable trolley drive motor 31, cable dolly driving reduction box is led by leading the drive of cable trolley drive motor 31 32, driven reduction box 32 to slow down by leading cable dolly and led the drive of cable dolly by leading the driving drive of reduction gearbox output shaft 321 of cable dolly Moving gear 33 rotates, and leading cable dolly drive gear 33 by this drives what is engaged to lead cable dolly rack 25, and due to this, to lead cable small Skiving bar 25 is fixed on the right side of right guide rail 23, thus makes to lead cable dolly 24 in left and right guide rail 22,23 by leading cable dolly rack 25 Between move, drive to lead foregoing reach chain rail device 7 and the rear chain rail device 8 that moves that cable dolly 24 sets for carrier with mobile. Still by taking the location of Fig. 1 states as an example, lead cable dolly 24 and be still moved rearwards by depending on leading cable trolley drive motor 31 forward Rotating forward or reversion working condition.

Please continue to refer to Fig. 1, the left beam 111 and one of a frame is fixed with foregoing frame 11 and positioned at the top of frame 11 The right beam 112 of frame, is fixed with a framework platform 113, the first foregoing pipe between the left beam 111 of the frame and the right beam 112 of frame Shaft support bearing seat 45 and the second pipe shaft support bearing seat 46 respectively by the first foregoing supporting shaft holder screw 451 and Second supporting shaft holder screw 461 is fixed on the rear end of framework platform 113, and foregoing cable hank drive mechanism 5 is arranged on machine The front end of body panel 113.

The structure that is preferred rather than being definitely limited to of foregoing cable hank drive mechanism 5 is as follows：Including cable disk-drive motor 51, Cable dish driving reduction box 52, small transmission wheel 53 and transmission belt 54, cable disk-drive motor 51 and cable dish driving reduction box 52 Transmission coordinates and is fixed on by cable dish driving reduction box 52 together with cable disk-drive motor 51 before foregoing framework platform 113 End, small transmission wheel 53 is fixed on the cable dish driving reduction gearbox output shaft 521 of cable dish driving reduction box 52, transmission belt 54 One end is nested with small transmission wheel 53, and the other end is nested with foregoing large drive wheel 48.Figure 1 illustrates for by electricity The cable dish driving reduction box fixing screws 522 that cable dish driving reduction box 52 is fixed with framework platform 113.

In the present embodiment, foregoing cable disk-drive motor 51 is the motor with positive and negative rotating function, foregoing brief biography Driving wheel 53 and large drive wheel 48 are sprocket wheel, and foregoing transmission belt 54 is driving chain.But if for evading the present invention's Purpose and replace sprocket wheel with belt pulley, that is to say, that use small transmission wheel 53 and large drive wheel 48 instead belt pulley, it is corresponding to pass Dynamic band 54 uses driving belt instead, then should be considered as equivalent variations and still belong to technical connotation category disclosed by the invention.

By taking take-up as an example, cable disk-drive motor 51 works clockwise, drives cable hank to drive by cable disk-drive motor 51 Dynamic reduction box 52, is slowed down by cable dish driving reduction box 52 and drives small transmission by its cable dish driving reduction gearbox output shaft 521 Wheel 53, through transmission belt 54 drive large drive wheel 48, due to large drive wheel 48 be fixed on hub pipe axle 47 and also simultaneously with pipe axle Flange 471 is fixed, and the cable hank hub due to pipe shaft flange 471 and large drive wheel 48 with the structural system of cable hank 4 41 hub ring flange 412 is fixedly connected, and then because the left end of hub pipe axle 47 is inserted in pipe axis hole 4121, thus when biography When dynamic band 54 drives large drive wheel 48, hub flange is driven by hub pipe axle 47, pipe shaft flange 471 and large drive wheel 48 jointly Disk 412 is turned clockwise, and cable hank hub 41 accordingly rotates, and cable is faced left the right disk rim 43 of disk rim 42, cable hank and cable hank The also corresponding rotation of telophragma rim 44, first, second connects bank electricity cable 50,60 is synchronously held wound on first, second cable respectively Receive in vallecular cavity 49a, 49b.It is only that cable hank motor 51 is inverted during due to cable laying, thus applicant repeats no more.

Please continue to refer to Fig. 1, an electric control box bearing support 13 is fixed with foregoing base 1, the electric control box branch The right-hand member of bolster 13 leans out the right flank of base 1, and in the position of the right-hand member end face corresponding to electric control box bearing support 13 An electric control box 10 having already mentioned above is fixed with, foregoing feeding mechanism 6 is fixed with the state soared in the top of base 1 Between foregoing frame 11 and electric control box bearing support 13.

Please emphasis see Fig. 2, on foregoing left rail 22 and positioned at left rail 22 upper surface be fixed with one first letter Number collector 222, a secondary signal collector 223 and one the 3rd signal picker 224, the first signal picker 222 are located at a left side The front end of guide rail 22, secondary signal collector 223 is located at the middle part of left rail 22, and the 3rd signal picker 224 is led positioned at a left side The rear end of rail 22 and the first signal picker 222, secondary signal collector 223 and the three of the 3rd signal picker 224 it Between spacing it is equal, on the craneway positioned at the left side in foregoing a pair of craneways 242 and occupy middle part set There is signal picker response to trigger contact 2427.

In the present embodiment, the first foregoing signal picker 222, the signal of secondary signal collector 223 and the 3rd are adopted Storage 224 is travel switch, but microswitch can also be used, switch, tongue tube or hall sensing element is closely located to.

Continue by taking the location status shown in Fig. 1 as an example, move forward when leading cable dolly 24 and be moved to signal picker When response initiation contact 2427 touches the degree of the first signal picker 222, then give signal by first signal picker 222 Foregoing electric control box 10 is given, instruction is sent by the guide cable trolley drive motor 31 of electric control box 10, makes to lead the drive of cable dolly Dynamic motor 31 is stopped, and reach chain rail device 7 now leading the reach of cable dolly 24 because losing by chain rail connecting bottom board The supporting of deflector roll 2411 and from the cavity 2428 for the front end for leading cable dolly 24（Also hollow out chamber can be claimed）Dip down pendant, in this condition Just cable laying can be implemented.When leading cable 31 reverse operation of trolley drive motor, lead cable dolly 24 and be then moved rearwards by and be moved to letter When the response of number collector triggers the contact 2427 to touch the degree of secondary signal collector 223, then by the secondary signal collector Signal is fed back to electric control box 10 by 223, is sent instruction by the guide cable trolley drive motor 31 of electric control box 10, is made to lead cable Trolley drive motor 31 is stopped, and reach chain rail device 7 now is returned to by chain rail with the rear shifting for leading cable dolly 24 The state that connecting bottom board guide rail 2411 is supported.Due to losing the connection of chain rail positioned at the rear shifting chain rail device 8 for leading the rear end of cable dolly 24 The supporting of bottom plate deflector roll 2411 and the tenesmus and with being moved back to before leading cable dolly 24 from the cavity 2428 for leading the rear end of cable dolly 24 It is multiple to be duplicated to the state supported by chain rail connecting bottom board deflector roll 2411 and the description to the chain rail device 7 that moves forward, thus no longer repeat.

Perhaps the problem of someone can propose such：Due to only moving chain rail device 7,8 forward and backward during actual use Between select one and use, thus set reach chain rail device 7 and the rear chain rail device 8 that moves to seem to produce the wasting of resources, that is, As long as saying setting reach chain rail device 7 or moving chain rail device 8 after setting.But, it is used as the usual root of the shipowner of ship 30 There is unrestricted choice according to concrete condition, in consideration of it, setting reach chain rail device 7 and the rear chain rail device 8 that moves to be provided to simultaneously The owner of ship 30 is met according to need to select to require.

Please continue to refer to Fig. 2, the structure of foregoing rear shifting chain rail device 8 is and the foregoing identical of chain rail device 7, the reach of moving forward The structure that is preferred rather than being definitely limited to of chain rail device 7 is as follows：Including preceding Chain Link 71, preceding Chain Link connection sheet 72 and preceding chain rail Connecting shaft 73, the quantity of preceding Chain Link 71 has a plurality of, and the present embodiment is though it is shown that three, it is apparent that should not be regarded as must The quantity selected, each preceding Chain Link 71 includes preceding Chain Link bottom plate 711, leads the left support plate 712 of cable roller, leads the right support plate 713 of cable roller With lead cable roller 714, preceding Chain Link bottom plate 711 is slidably matched with foregoing chain rail connecting bottom board deflector roll 2411, i.e., is connected with chain rail Bottom plate deflector roll 2411 constitutes sliding pair, leads the left end of Chain Link bottom plate 711 before the left support plate 712 of cable roller is fixed on, and leads cable roller right Support plate 713 is fixed on the right-hand member of preceding Chain Link bottom plate 711 and corresponding with leading the left support plate 712 of cable roller, leads cable roller 714 and exists It is rotatably supported at by leading cable roll shaft 7141 corresponding to the position of the top of preceding Chain Link bottom plate 711 and leads the left support plate of cable roller 712 and lead between the right support plate 713 of cable roller, adjacent preceding Chain Link 71 is led between the left support plate 712 of cable roller and adjacent preceding chain Leading for rail section 71 is connected by foregoing preceding Chain Link connection sheet 72 between the right support plate 713 of cable roller, and preceding Chain Link connection Piece 72, which is cut with scissors, is located at the end that preceding Chain Link connects bobbin 721, and preceding Chain Link connection bobbin 721 is supported on and leads the left supporting of cable roller Plate 712 and lead between the right support plate 713 of cable roller, the two ends of preceding chain rail connecting shaft 73 with preceding Chain Link connection sheet 72（End That is the Chain Link connection sheet 72 at rear portion）It is supported in the state of being connected on foregoing preceding chain rail axle connecting plate 2425.Show in fig. 2 The axis hole 24252 being opened on foregoing preceding chain rail axle connecting plate 2425 is gone out, the shaft end of preceding chain rail connecting shaft 73 is supported on the axle In hole 24252.

Preferably, before the i.e. first preceding Chain Link positioned at front in corresponding to foregoing a plurality of preceding Chain Links 71 State and lead pivot on the left support plate 712 of cable roller and be provided with the left guide and limit roller 7121 of a cable, and leading on the right support plate 713 of cable roller Pivot is provided with the right guide and limit roller 7131 of a cable；In foregoing preceding Chain Link connection sheet 72, two adjacent preceding Chain Links Being constituted between the end of connection sheet 72 has the spacing gap 722 of connection sheet, when the chain rail device 7 that moves forward, which is removed, leads cable dolly 24, by Dropped in deadweight factor, the end of two adjacent preceding Chain Link connection sheets 72 is in contact with each other, spacing of connection sheet now Gap 722 disappears（Also it can claim to confiscate）, the chain rail device 7 that makes entirely to move forward shows the state that fore side board is leant out with arch state, To play the good guide function that bank electricity cable 50,60 is connect to first, second, this can be obtained by Fig. 4 and Fig. 5 states illustrated To fully understanding.

Fig. 3 is referred to, because the structure and operation principle of feeding mechanism 6 are known, for example, may refer to not limit In the following patent document enumerated：CN201408968Y, CN103280760B, CN204096767U, CN204103428U and CN204103429U etc., thus applicant is only briefly described below.The feeding mechanism 6 includes power supply transverse box 61, electricity Brush assemblies 62 and slip ring assembly 63, the left side of cable change-over box 61 are fixed with foregoing frame 11, and right side with it is foregoing electric Control cabinet bearing support 13 is fixed, and one is equipped on the top of the power supply transverse box 61 is used for the case chamber 611 to power supply transverse box 61 The power supply transverse box case lid 612 of shield is covered, brush assembly of electric 62 and slip ring assembly 63 are arranged in case chamber 611, and brush assembly of electric 62 are electrically connected with foregoing electric control box 10, wherein, brush assembly of electric 62 is arranged on the case bottom of chamber plate 6111 of case chamber 611, And slip ring assembly 63 is arranged in the position of the top corresponding to brush assembly of electric 62 on insulating support 631, foregoing hub pipe axle The insulating support flange 6311 of 47 right-hand member and insulating support 631 is coupled, and foregoing first connects bank electricity cable 50 and second connect bank Cable 60 is electrically connected with slip ring assembly 63, and slip ring assembly 63 in the state of being in contact with brush assembly of electric 62 relative to brush Component 62 rotates.

Fig. 4 and Fig. 5 are referred to, as shown in Figure 4, the corresponding button on electric control box 10 is operated by crewman, made Cable drive car 3 is led to work（The course of work is having already mentioned above）, with the foregoing work for leading cable drive car 3, Lead the front end of cable dolly 24（By taking the location status shown in Fig. 1 as an example）Left and right guide rail 22,23 is removed, cable dolly 24 is being led gradually Bank coil of cable body door 402 will be connect while removal by the roller 24231 that preceding pushes gradually to push open automatically, it is now small due to leading cable The front end of car 24 is stuck in left and right guide rail 22,23, thus reach chain rail device 7 loses chain rail connecting bottom board deflector roll 2411 Supporting and drop and dropped state in the arch shape shown in Fig. 4 from the cavity 2428 for leading cable dolly front end.Then, by crewman to electricity The corresponding button operation on gas control cabinet 10, the cable disk-drive motor of cable hank drive mechanism 5 described above by applicant 51 work, are in electric drum 4 and exit first, second working condition for connecing bank electricity cable 50,60, bank electricity cable is connect first, second 50th, 60 exit during guided by leading cable roller 714, while by the left guide and limit roller 7121 of cable and the right guide and limit of cable Roller 7131 is spacing, and crewman just can drag bank electricity cable 50,60 is connect by lead that cable roller 714 guides the first, second of reach chain rail device 7 Lead to shore connection box 20.Specifically, connect bank cable plug 501 by first and second connect bank cable plug 601 and shore connection box 20 Interior socket inserting, electrical control cabinet 10 is introduced by the power supply of shore connection box 20 through feeding mechanism 6, and bank electricity is used to meet ship 30 The requirement of power supply.

Figure 5 illustrates two（Two sets）Ship of the present invention is arranged at same connect with connecing bank cable reel In bank electricity coiling railway carriage 40, two sets of ships are with connecing the port and starboard that bank cable reel corresponds respectively to the fore of ship 30（With Exemplified by location status shown in Fig. 5）, the loading capacity of ship can on the one hand balanced, on the other hand disclosure satisfy that ship reaches port Orientation requirement, such as ship larboard reaches port or starboard reaches port.

When ship 30 is departed from port, then first release foregoing first and connect bank cable plug 501 and second connect bank cable plug 601 with the inserting relation of the socket of shore connection box 20, then by the reverse operation of cable disk-drive motor 51 of cable hank drive mechanism 5, Make cable hank 4 make with the rotation in opposite direction of previous cable laying, until first connects bank electricity cable 50 and second connects the quilt of bank electricity cable 60 It is recovered to respectively in the first cable holding vallecular cavity 49a and the second cable holding vallecular cavity 49b, i.e., in the state shown in Fig. 1.Connect again And lead cable dolly 24 and move backward, drive reach chain rail device 7, return to reach chain rail device 7 and be supported on chain rail connection bottom State on plate deflector roll 2411, in this process, with the reverse displacement for leading cable dolly 24, the preceding releasing pair of roller 24231 that pushes Connect the expansion of bank coil of cable body door 402 and this is connect bank coil of cable body door 402 and be closed.As can be seen here, bank is connect The open and close of cable reel chamber door 402 are done directly by the motion for leading cable dolly 24, both need not be outfit of opening the door and close the door Extra power, emerges from good linkage effect again.

In summary, the technical scheme that the present invention is provided overcomes the deficiency in prior art, has favorably accomplished invention Task, has faithfully cashed the technique effect described in the superincumbent technique effect column of applicant, a ultimate attainment skill of can yet be regarded as Art scheme.

Claims (10)

1. a kind of ship is with bank cable reel, including a base (1) is connect, the left side of the base (1), which is constituted, a frame (11)；One Dao Lan mechanisms (2), the left side that the Dao Lan mechanisms (2) correspond to the base (1) is set；One is used to drive the Dao Lan mechanisms (2) work lead cable trolley driving mechanism (3), this lead cable trolley driving mechanism (3) be arranged on the base (1) and with Dao Lan mechanisms (2) transmission coordinates；One cable hank (4) and a cable hank drive mechanism (5), cable hank (4) are led corresponding to described The position of the top of cable mechanism (2) is rotatably supported in described frame (11), and cable hank drive mechanism (5) is arranged on frame (11) it is connected on and with cable hank (4)；One feeding mechanism (6), it is characterised in that：The Dao Lan mechanisms (2) include a left side Guide rail bottom plate (21a), right guide rail bottom plate (21b), left rail (22), right guide rail (23), lead cable dolly (24) and lead the small skiving of cable Bar (25), left rail bottom plate (21a) keeps parallel in length direction each other with right guide rail bottom plate (21b), and positioned at the bottom The left side of seat (1), the top of left rail (22) and the length direction of left rail bottom plate (21a) is fixed, and right guide rail (23) is led with the right side The top of the length direction of orbiting end plate (21b) is fixed, and left and right is parallel each other for left rail (22) and right guide rail (23), leads cable small Car (24) corresponding to the position between left rail (22) and right guide rail (23) simultaneously with left rail (22) and right guide rail (23) Rolling pair is constituted, cable dolly rack (25) is led and is fixed on and lead side of the cable dolly (24) towards base (1), described leads cable dolly Drive mechanism (3) leads cable dolly rack (25) transmission cooperation with this；Described cable hank (4) includes cable hank hub (41), electricity Cable is faced left the right disk rim (43) of disk rim (42), cable hank, cable hank telophragma rim (44), the first pipe shaft support bearing seat (45), the Two pipe shaft support bearing seats (46), hub pipe axle (47) and large drive wheel (48), on the left end end face of cable hank hub (41) Hub left side capping (411) is fixed with, and a hub ring flange is fixed with the right-hand member end face of cable hank hub (41) (412) a pipe axis hole (4121), is offered in the center of the hub ring flange (412), cable is faced left disk rim (42), cable The diameter of the right disk rim (43) of disk and cable hank telophragma rim (44) three are equal, and cable disk rim (42) of facing left passes through left disk Rim spoke (421) and the left end of cable hank hub (41) are fixed, and the right disk rim (43) of cable hank passes through right disk rim spoke (431) and electricity The right-hand member of cable disk hub (41) is fixed, and cable hank telophragma rim (44) passes through telophragma rim spoke (441) and cable hank hub (41) middle part is fixed, and the space that cable is faced left between disk rim (42) and the left side of cable hank telophragma rim (44) is configured to first Cable holding vallecular cavity (49a), and the space between the right disk rim (43) of cable hank and the right side of cable hank telophragma rim (44) is constituted For the second cable holding vallecular cavity (49b), the first pipe shaft support bearing seat (45) and the second pipe shaft support bearing seat (46) are right The position of the rear side of cable hank drive mechanism (5) described in Ying Yu is fixed in described frame (11), and the first pipe axle branch Holding bearing block (45), left and right is corresponding each other with the second pipe shaft support bearing seat (46), and the left end of hub pipe axle (47) inserts the pipe In axis hole (4121), middle part is rotatably supported on the first pipe shaft support bearing seat (45), and right-hand member is rotatably supported at second On pipe shaft support bearing seat (46), on the outer wall of the left end of hub pipe axle (47) and on the right side corresponding to large drive wheel (48) The circumferencial direction for being positioned around hub pipe axle (47) between side and the left side of the first pipe shaft support bearing seat (45), which expands, is provided with one Pipe shaft flange (471), the pipe shaft flange (471) is fixed with the hub ring flange (412), and large drive wheel (48) is corresponding to pipe The position in the left side of shaft flange (471) be fixed on the left end of hub pipe axle (47) and the large drive wheel (48) equally with hub method Blue disk (412) is fixedly connected, and the cable hank drive mechanism (5) is connected with the large drive wheel (48)；Described generating aid Structure (6) is arranged on the base（1）Top and with the frame（11）It is fixed, the feeding mechanism（6）It is and the cable Disk（4）Separation.

2. ship according to claim 1 is with connecing bank cable reel, it is characterised in that in the left rail (22) towards institute The length direction for stating the side of right guide rail (23) constitutes and has a left rail raceway (221), and right guide rail (23) is towards left rail (22) length direction of side, which is constituted, a right guide rail raceway (231)；Described cable dolly (24) of leading includes a guide roller stand (241) and a pair of craneways (242), guide roller stand (241) is corresponding to the left rail bottom plate (21a) and right guide rail bottom plate Position between (21b) is simultaneously fixed with left rail bottom plate (21a) and right guide rail bottom plate (21b), in the guide roller stand (241) Length direction has chain rail connecting bottom board deflector roll (2411) with the state interval hub setting perpendicular to guide roller stand (241), in a pair of dollies The side away from one another of beam (242) is respectively arranged at intervals with one group of craneway supporting rollern (2421) and one group of craneway orienting roll Take turns (2422), one group of craneway supporting rollern (2421) on a craneway on the left side in a pair of craneways (242) Rolling pair is constituted with the raceway bottom wall of the left rail raceway (221), and one group of craneway guide roller (2422) is then led with a left side Rail raceway (221) constitutes rolling pair towards the raceway side wall of the side of the right guide rail raceway (231), positioned at a pair of craneways (242) raceway of one group of craneway supporting rollern (2421) and right guide rail raceway (231) on a craneway on the right in Bottom wall constitutes rolling pair, and one group of craneway guide roller (2422) is then with right guide rail raceway (231) towards left rail raceway (221) the raceway side wall of side constitutes rolling pair, respectively constitutes and is pushed before having a craneway in the front end of a pair of craneways (242) Rolling wheel support (2423), the roller and upper pivot for the rolling wheel support (2423) that pushed before craneway pushes before being provided with one (24231), respectively being constituted in the rear end of a pair of craneways (242) has the rolling wheel support (2424) that pushed after a craneway, in craneway The right side push rolling wheel support (2424) upper pivot be provided with one after push roller (24241), between a pair of craneways (242) And positioned at a pair of craneways (242) length direction be fixedly arranged in the middle of one before chain rail after chain rail axle connecting plate (2425) and one Axle connecting plate (2426), is provided with a craneway front support axle (24251) on preceding chain rail axle connecting plate (2425), and in rear chain A craneway rear support axle (24261) is provided with rail axle connecting plate (2426), and on preceding chain rail axle connecting plate (2425) A reach chain rail device (7) is hinged with, the reach chain rail device (7) connects with described chain rail connecting bottom board deflector roll (2411) Touch, and after being hinged with one on rear chain rail axle connecting plate (2426) move chain rail device (8), this it is rear shifting chain rail device (8) equally with Described chain rail connecting bottom board deflector roll (2411) is in contact.

3. ship according to claim 1 is with connecing bank cable reel, it is characterised in that described base (1), which is constituted, a bottom Seat chamber (12), described cable trolley driving mechanism (3) of leading is arranged in base cavity (12), and this leads cable trolley driving mechanism (3) bag Include and lead cable trolley drive motor (31), lead cable dolly driving reduction box (32) and lead cable dolly drive gear (33), lead cable dolly Motor (31) and lead cable dolly driving reduction box (32) transmission coordinate and by lead cable dolly driving reduction box (32) together with Lead cable trolley drive motor (31) to be arranged in the base cavity (12), lead cable dolly drive gear (33) and be fixed on and lead cable dolly The cable dolly of leading of driving reduction box (32) drives on reduction gearbox output shaft (321) and leads cable dolly rack (25) phase with described Engagement, described leads cable trolley drive motor (31) for the motor with positive and negative rotating function.

4. ship according to claim 1 is with connecing bank cable reel, it is characterised in that in the frame (11) and position The left beam of a frame (111) and the right beam of a frame (112) are fixed with the top of frame (11), in the left beam of the frame (111) and machine A framework platform (113), the first described pipe shaft support bearing seat (45) and the second pipe axle are fixed between the right beam of frame (112) Supporting shaft holder (46) is fixed on the rear end of framework platform (113), and described cable hank drive mechanism (5) is arranged on frame and put down The front end of platform (113), the cable hank drive mechanism (5) include cable disk-drive motor (51), cable dish driving reduction box (52), Small transmission wheel (53) and transmission belt (54), cable disk-drive motor (51) and cable dish driving reduction box (52) be driven coordinate and The front end of the framework platform (113) is fixed on together with cable disk-drive motor (51) by cable dish driving reduction box (52), it is small Drive (53) is fixed on the cable dish driving reduction gearbox output shaft (521) of cable dish driving reduction box (52), transmission belt (54) one end is nested with small transmission wheel (53), and the other end is nested with described large drive wheel (48).

5. ship according to claim 1 is with connecing bank cable reel, it is characterised in that be fixed with described base (1) One electric control box bearing support (13), the right-hand member of the electric control box bearing support (13) leans out the right flank of base (1), and An electric control box (10), the feeding mechanism are fixed with corresponding to the position of the right-hand member end face of electric control box bearing support (13) (6) it is fixed on the state soared in the top of base (1) between the frame (11) and electric control box bearing support (13).

6. ship according to claim 2 is with connecing bank cable reel, it is characterised in that on described left rail (22) simultaneously And it is fixed with one first signal picker (222), a secondary signal collector (223) and one positioned at the upper surface of left rail (22) 3rd signal picker (224), the first signal picker (222) is located at the front end of left rail (22), secondary signal collector (223) it is located at the middle part of left rail (22), and the 3rd signal picker (224) is located at rear end and the first letter of left rail (22) Spacing number between collector (222), secondary signal collector (223) and the 3rd signal picker (224) three is equal, A signal picker is provided with a craneway positioned at the left side in described a pair of craneways (242) and in the middle part of occuping Response triggers contact (2427)；Described the first signal picker (222), secondary signal collector (223) and the 3rd signal Collector (224) is travel switch, microswitch, is closely located to switch, tongue tube or hall sensing element.

7. ship according to claim 2 is with connecing bank cable reel, it is characterised in that the knot of chain rail device (8) is moved after described Structure is to include preceding Chain Link (71), preceding Chain Link with described reach chain rail device (7) identical, the reach chain rail device (7) and connect Contact pin (72) and preceding chain rail connecting shaft (73), the quantity of preceding Chain Link (71) have a plurality of, and each preceding Chain Link (71) includes preceding chain Rail section bottom plate (711), the left support plate of cable roller (712) is led, the right support plate of cable roller (713) is led and leads cable roller (714), preceding Chain Link bottom Plate (711) is slidably matched with described chain rail connecting bottom board deflector roll (2411), leads chain rail before the left support plate of cable roller (712) is fixed on The left end of bottom plate (711) is saved, the right support plate of cable roller (713) is led and is fixed on the right-hand member of preceding Chain Link bottom plate (711) and with leading cable The left support plate of roller (712) is corresponding, lead cable roller (714) the top corresponding to preceding Chain Link bottom plate (711) position rotationally Be supported on and lead the left support plate of cable roller (712) and lead between the right support plate of cable roller (713), adjacent preceding Chain Link (71) to lead cable roller left Between support plate (712) and adjacent preceding Chain Link (71) is led between the right support plate of cable roller (713) by described preceding Chain Link Connection sheet (72) is connected, and preceding Chain Link connection sheet (72) hinge is located at the end of preceding Chain Link connection bobbin (721), and is somebody's turn to do Preceding Chain Link connection bobbin (721), which is supported on, leads the left support plate of cable roller (712) and leads between the right support plate of cable roller (713), preceding chain The two ends of rail connecting shaft (73) are supported on the preceding chain rail axle in the state of being connected with preceding Chain Link connection sheet (72) and are connected On plate (2425).

8. ship according to claim 7 is with connecing bank cable reel, it is characterised in that corresponding to it is described it is a plurality of before The described of the first preceding Chain Link positioned at front in Chain Link (71) leads pivot on the left support plate of cable roller (712) and is provided with an electricity The left guide and limit roller (7121) of cable, and it is provided with the right guide and limit roller of a cable leading pivot on the right support plate of cable roller (713) (7131), in described preceding Chain Link connection sheet (72), constituted between the end of two adjacent preceding Chain Link connection sheets (72) There is the spacing gap of connection sheet (722).

9. ship according to claim 4 is with connecing bank cable reel, it is characterised in that described cable disk-drive motor (51) it is the motor with positive and negative rotating function, described small transmission wheel (53) and large drive wheel (48) are sprocket wheel or belt pulley, Described transmission belt (54) is driving chain or driving belt.

10. ship according to claim 5 is with connecing bank cable reel, it is characterised in that described feeding mechanism (6) includes Power supply transverse box (61), brush assembly of electric (62) and slip ring assembly (63), the left side of cable change-over box (61) and described frame (11) it is fixed, and right side and described electric control box bearing support (13) are fixed, are arranged on the top of the power supply transverse box (61) There are a power supply transverse box case lid (612) for being used to cover the case chamber (611) of power supply transverse box (61) shield, brush assembly of electric (62) and cunning Ring assemblies (63) are arranged in case chamber (611), and brush assembly of electric (62) is electrically connected with described electric control box (10), Wherein, brush assembly of electric (62) is arranged on the case bottom of chamber plate (6111) of case chamber (611), and slip ring assembly (63) is corresponding to brush The position of the top of component (62) is arranged on insulating support (631), and insulating support (631) is supported by hollow shaft head (6311) On the tank wall of power supply transverse box (61) and slip ring assembly (63) in the state of being in contact with brush assembly of electric (62) relative to Brush assembly of electric (62) rotates.