CN207192455U - A kind of cable hoisting mechanism - Google Patents
A kind of cable hoisting mechanism Download PDFInfo
- Publication number
- CN207192455U CN207192455U CN201720525911.5U CN201720525911U CN207192455U CN 207192455 U CN207192455 U CN 207192455U CN 201720525911 U CN201720525911 U CN 201720525911U CN 207192455 U CN207192455 U CN 207192455U
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- friction wheel
- cable
- outer framework
- pressing
- electric pushrod
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Abstract
Cable hoisting mechanism of the present utility model, inner frame, spin friction wheel is provided with by bearing between outer framework, the pressing friction wheel that cable can be pressed on spin friction wheel is installed above spin friction wheel, being engaged by spin friction wheel with pressing friction wheel can be by frictional force by the high current of more different models, electric cable with large cross-section lifts the specified location for being transported to dock vessels, it is i.e. chargeable that quick plug opens switch after connecting, adjustment thrust is moved up and down by pressing friction wheel to adapt to the cable use demand of different diameter specifications, it is easy to operate, securely and reliably, realize cable automatic drawing, cable cover(ing) and conductor will not be damaged, extend the service life of cable；Can rain-proof wind resistance, operation do not influenceed by weather and weather, and operating efficiency is high, labor intensity is low, can quickly convey shore connection cable to ship, will not damage cable, safety coefficient is high, easy to operate.
Description
Technical field
It the utility model is related to a kind of cable hoisting mechanism for being used to clamp ship-lifting shore connection cable plug.
Background technology
Marine generator produces and huge environmental pollution is caused to harbour after ship landing pier, need to use land power supply instead to subtract
Few environmental pollution to harbour, land power supply need to be dispensed into ship unit by cable, and traditional shore connection cable typically passes through manpower
Or crane is delivered on ship, because cable unit length is than great, particularly electric cable with large cross-section is not flexible, conveys laying expense
When it is laborious, needing, construction laying at parallel, perpendicular corners is more difficult, and cable also easy damaged cable cover(ing) is clamped using hard fixture
, severe compromise be present, reduce cable service life in even damage cable conductor.
The content of the invention
Technical problem to be solved in the utility model, which is to provide one kind, can quickly convey shore connection cable to ship,
Cable will not be damaged, safety coefficient is high, easy to operate cable hoisting mechanism.
Cable hoisting mechanism of the present utility model, including the installation frame on cable elevator top is installed on, its feature exists
In：The installation frame includes inner frame, outer framework, is provided with spin friction wheel by bearing between inner frame, outer framework, outside
The reductor that spin friction wheel can be driven to rotate is installed on the outside of framework；Being provided with above spin friction wheel can be by cable pressure
The tightly pressing friction wheel on spin friction wheel, pressing friction wheel top, which is connected with, can vertically promote pressing friction wheel
The electric pushrod moved up and down, outer framework top plate inner side set the motor of promising electric pushrod offer power；In outer framework side plate
Promising pressing friction wheel is set to provide the guide groove for moving up and down guiding on the outside of side, inner frame side plate；Spin friction wheel, compression are rubbed
Wipe that wheel surface is peripherally disposed the groove that can dispose cable；Electric pushrod is also associated with electromagnetic induction limit switch；
The electric pushrod is mutually socket-connected by two sections to be formed, and can change electric pushrod length vertically；
The electric pushrod lower end is connected with U-shaped installing plate, and pressing friction wheel is fixedly mounted on U-shaped installing plate by bearing pin
It can rotate on biside plate and around bearing pin；It is separately installed with the outside of outer framework side plate interior sides, inner frame side plate and forms guide groove
Guide rail, U-shaped installing plate biside plate move down along the guide groove in outer framework side plate interior sides, inner frame side plate follower rail respectively
It is dynamic；
It has been arranged side by side multigroup spin friction wheel, pressing friction wheel between the inner frame, outer framework, spin friction wheel,
The quantity of pressing friction wheel, the cable drum quantity of position and cable elevator, position are corresponding；
The reductor configures waterproof variable-frequency motor；
The spin friction wheel, pressing friction wheel material are aluminium alloy, and outer surface is coated with polyurethane rubber layer.
Cable hoisting mechanism of the present utility model, friction can be passed through by being engaged by spin friction wheel with pressing friction wheel
The high current of more different models, electric cable with large cross-section lifting are transported to the specified location of dock vessels by power, and quick plug connects
It is chargeable to open switch afterwards, and move up and down adjustment thrust by pressing friction wheel is made with adapting to the cable of different diameter specifications
It is easy to operate, safe and reliable with demand, cable automatic drawing is realized, cable cover(ing) and conductor will not be damaged, extend electricity
The service life of cable；Can rain-proof wind resistance, operation do not influenceed by weather and weather, and operating efficiency is high, labor intensity is low, protection
Cable effect is good, is easy to safeguard, time saving and energy saving, can quickly convey shore connection cable to ship, will not damage cable, safety system
Number is high, easy to operate.
Brief description of the drawings
Fig. 1 is the cable hoisting mechanism dimensional structure diagram of the utility model embodiment；
Fig. 2 is Fig. 1 partial enlarged view；
Fig. 3 is the cable hoisting mechanism planar structure schematic diagram of the utility model embodiment；
Fig. 4 is Fig. 3 left view；
Fig. 5 is Fig. 3 top view；
Fig. 6 is Fig. 3 A-A section zoomed-in views；
Fig. 7 is Fig. 3 B-B section zoomed-in views.
Embodiment
As illustrated, a kind of cable hoisting mechanism, including it is installed on the installation frame on cable elevator top, installation frame
Including inner frame 69, outer framework 64, spin friction wheel 62, outer framework are provided with by bearing between inner frame 69, outer framework 64
64 outsides are provided with the reductor 61 that spin friction wheel 62 can be driven to rotate；The top of spin friction wheel 62 is provided with can be by electricity
Cable is pressed on the pressing friction wheel 63 on spin friction wheel 62, and the top of pressing friction wheel 63 is connected with and can vertically promoted
The electric pushrod 65 that pressing friction wheel 63 moves up and down, the top plate of outer framework 64 inner side set promising electric pushrod 65 to provide power
Motor；Electric pushrod 65 is also associated with electromagnetic induction limit switch；After cable elevator reaches predeterminated position, now cable is stretched
Go out length can not accurately reach with ship equipment plug-in position, for ensure quick plug normally connect, motor reducer 61 passes through
Rotating shaft driving spin friction wheel 62 rotates, and electric pushrod 65 drives pressing friction wheel 63 to be moved along a straight line along guide groove, electric pushrod
65 are furnished with magnetic induction limit switch, and the installation site of mobile limit switch can adjust the stroke of electric pushrod 65, pass the cable through
Between spin friction wheel 62, pressing friction wheel 63 during gap, clamping force is adjustable between spin friction wheel 62, pressing friction wheel 63
Section.
Further, electric pushrod 65 is mutually socket-connected by two sections is formed, and can change the length of electric pushrod 65 vertically；
The epimere of motor connection electric pushrod 65 on the inside of the top plate of outer framework 64 is fixedly mounted, hypomere connection pressing friction wheel；Electric pushrod
65 hypomere moves along a straight line under motor driving above and below upper intersegmental part, drives contact roller to move linearly up and down by hypomere, knot
Structure is simple, easy to operate.
Yet further, the side plate interior sides of outer framework 64, the side plate of inner frame 69 outside set promising pressing friction wheel 63 to provide
Move up and down the guide groove of guiding；The lower end of electric pushrod 65 is connected with U-shaped installing plate 68, and pressing friction wheel 63 is fixed by bearing pin
It can rotate on the biside plate of U-shaped installing plate 68 and around bearing pin；Divide on the outside of the side plate interior sides of outer framework 64, the side plate of inner frame 69
The guide rail 67 for forming guide groove is not installed, the biside plate of U-shaped installing plate 68 is respectively along the side plate interior sides of outer framework 64, the side of inner frame 69
Guide groove in plate follower rail 67 moves up and down；Electric pushrod 65 drives pressing friction wheel about 63 by U-shaped installing plate 68
Move linearly, it is that pressing friction wheel 63 provides guiding that guide groove is formed between two guide rails 67 so that pressing friction wheel 63 is steady
Operation, mechanism safety coefficient is high, and cable transfer is steadily reliable.
Spin friction wheel 62, the surface of pressing friction wheel 63 is peripherally disposed the groove that can dispose cable, passes through
Groove appropriate cable circular cross-section, it is easy to clamp handling cable；Spin friction wheel 62, the material of pressing friction wheel 63 are aluminium alloy,
Outer surface is coated with polyurethane rubber layer；Electric pushrod 65 is connected with electromagnetic induction limit switch；Pass through spin friction wheel 62, pressure
Frictional force between friction-tight wheel 63 and cable realizes the further conveying of cable, and spin friction wheel 62, pressing friction wheel 63 are
Aluminum alloy material, Surface coating polyurethane rubber, to strengthen the anti-skid wearable performance for the wheel surface that rubs, increasing friction force, simultaneously
Cable is not easy to be crushed, and avoids pullling cable using manpower, and large-diameter cable is relatively heavy, can so greatly reduce artificial
The intensity of operation and time, traditional cable transmission device thrust deficiency is overcome, is particularly held very much in inclined place, cable
The shortcomings that easily skidding, work quality is improved, avoids the potential safety hazard caused by skidding.
Multigroup spin friction wheel 62, pressing friction wheel 63, spin friction have been arranged side by side between inner frame 69, outer framework 64
Wheel 62, the quantity of pressing friction wheel 63, the cable drum quantity of position and cable elevator, position are corresponding；Can simultaneously by
The high current of more different models, electric cable with large cross-section lifting are transported to the specified location on dock vessels, also can arbitrarily select it
In a cable transfer go on board, meet the different demands of ship.
The reductor 61 of spin friction wheel 62 configures waterproof variable-frequency motor；Rain-proof wind resistance, operate not by weather and weather
Influence, operating efficiency is high, labor intensity is low, protection cable effect is good, while is easy to safeguard, greatlys save manpower, can push away
Dynamic ship shore electric industry is turned into the implementation of industry process on cable standard.
Cable hoisting mechanism of the present utility model, the motor reducer 61 of cable transfer mechanism drive rotary friction by rotating shaft
62 rotary motions of wheel are wiped, electric pushrod driving, pressing friction wheel 63 move along a straight line, and electric pushrod is furnished with magnetic induction limit switch,
The installation site of mobile limit switch can adjust the stroke of electric pushrod, pass the cable through spin friction wheel 62, pressing friction wheel
When 63, clamping force can adjust；Spin friction wheel 62, pressing friction wheel 63 are aluminum alloy material, Surface coating polyurethane rubber, with
Anti-skidding, the anti-wear performance of enhancing friction wheel surface, increasing friction force, while cable is not easy to be crushed, two sets of friction pulleys are matched somebody with somebody respectively
Reductor and electric pushrod are put, to realize the control respectively of cable.
Cable hoisting mechanism of the present utility model, friction can be passed through by being engaged by spin friction wheel with pressing friction wheel
The high current of more different models, electric cable with large cross-section lifting are transported to the specified location of dock vessels by power, and quick plug connects
It is chargeable to open switch afterwards, and move up and down adjustment thrust by pressing friction wheel is made with adapting to the cable of different diameter specifications
It is easy to operate, safe and reliable with demand, cable automatic drawing is realized, cable cover(ing) and conductor will not be damaged, extend electricity
The service life of cable；Can rain-proof wind resistance, operation do not influenceed by weather and weather, and operating efficiency is high, labor intensity is low, protection
Cable effect is good, is easy to safeguard, time saving and energy saving, can quickly convey shore connection cable to ship, will not damage cable, safety system
Number is high, easy to operate.
Claims (6)
1. a kind of cable hoisting mechanism, including it is installed on the installation frame on cable elevator top, it is characterised in that：The installation
Framework includes inner frame（69）, outer framework（64）, inner frame（69）, outer framework（64）Between spin friction is provided with by bearing
Wheel（62）, outer framework（64）Outside, which is provided with, can drive spin friction wheel（62）The reductor of rotation（61）；Spin friction wheel
（62）Top, which is provided with, can be pressed on cable on spin friction wheel（62）On pressing friction wheel（63）, pressing friction wheel（63）
Top, which is connected with, can vertically promote pressing friction wheel（63）The electric pushrod moved up and down（65）, outer framework（64）Top
Promising electric pushrod is set on the inside of plate（65）The motor of power is provided；Outer framework（64）Side plate interior sides, inner frame（69）Outside side plate
Side sets promising pressing friction wheel（63）The guide groove for moving up and down guiding is provided；Spin friction wheel（62）, pressing friction wheel
（63）Surface is peripherally disposed the groove that can dispose cable；Electric pushrod（65）It is also associated with that electromagnetic induction is spacing to be opened
Close.
2. cable hoisting mechanism according to claim 1, it is characterised in that：The electric pushrod（65）It is mutual by two sections
Socket-connect composition, can change electric pushrod length vertically.
3. cable hoisting mechanism according to claim 1, it is characterised in that：The electric pushrod（65）Lower end is connected with U
Shape installing plate（68）, pressing friction wheel（63）U-shaped installing plate is fixedly mounted on by bearing pin（68）And can be around pin on biside plate
Axle rotates；Outer framework（64）Side plate interior sides, inner frame（69）The guide rail for forming guide groove is separately installed with the outside of side plate（67）, U
Shape installing plate（68）Biside plate is respectively along outer framework（64）Side plate interior sides, inner frame（69）Side plate follower rail（67）Interior guiding
Groove moves up and down.
4. cable hoisting mechanism according to claim 1, it is characterised in that：The inner frame（69）, outer framework（64）It
Between multigroup spin friction wheel has been arranged side by side（62）, pressing friction wheel（63）, spin friction wheel（62）, pressing friction wheel（63）'s
Quantity, the cable drum quantity of position and cable elevator, position are corresponding.
5. cable hoisting mechanism according to claim 1, it is characterised in that：The reductor（61）Configure waterproof variable-frequency electric
Machine.
6. cable hoisting mechanism according to claim 1, it is characterised in that：The spin friction wheel（62）, pressing friction
Wheel（63）Material is aluminium alloy, and outer surface is coated with polyurethane rubber layer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720525911.5U CN207192455U (en) | 2017-05-12 | 2017-05-12 | A kind of cable hoisting mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720525911.5U CN207192455U (en) | 2017-05-12 | 2017-05-12 | A kind of cable hoisting mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207192455U true CN207192455U (en) | 2018-04-06 |
Family
ID=61793367
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720525911.5U Active CN207192455U (en) | 2017-05-12 | 2017-05-12 | A kind of cable hoisting mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207192455U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112093597A (en) * | 2020-09-18 | 2020-12-18 | 武汉理工大学 | Port shore power cable lifting and conveying device |
-
2017
- 2017-05-12 CN CN201720525911.5U patent/CN207192455U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112093597A (en) * | 2020-09-18 | 2020-12-18 | 武汉理工大学 | Port shore power cable lifting and conveying device |
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