KR20210011101A - Wire Rope Lubricant Feeder with ICT Function - Google Patents

Abstract

An objective of the present invention is to provide a wire rope lubricant supply device using an ICT function, which can efficiently manage a wire rope. The wire rope lubricant supply device using an ICT function comprises: a cleaner module to remove an old lubricant on the surface of a wire rope; a waste lubricant removal module including an air spray nozzle connected to an air compressor for injecting air to spray air with a prescribed pressure and a waste lubricant outlet to discharge the removed lubricant; a flange wherein one end thereof is coupled to the cleaner module and the other end thereof is inserted into the waste lubricant removal module to rotate the cleaner module with respect to the waste lubricant removal module; a lubricant coating module including a lubricant inlet into which the lubricant is injected, and a lubricant outlet to discharge the remaining lubricant which is not coated on the wire rope to coat the lubricant on the wire rope accommodated therein; a filter module to brush the wire rope to prevent the lubricant from being excessively coated on the wire rope; and a communication module to communicate with a smart device of a user so as to transmit information on lubricant coating work to the smart device of the user.

Description

Wire Rope Lubricant Feeder with ICT Function}

The present invention relates to a wire rope lubricant supply device, and more particularly, to a lubricant supply device to prevent corrosion of the wire rope by removing old lubricant applied to the wire rope and evenly applying a new lubricant.

The content described in this section merely provides background information on the present invention and does not constitute the prior art.

Wire ropes are used in many devices that use lifts, such as cranes and elevators. The wire rope may cause friction due to continuous movement, resulting in wear or corrosion due to external environment. Therefore, it is required to apply a lubricant such as grease in order to extend the life of the wire rope by mitigating the corrosion or stress concentration phenomenon of the wire rope. If the wire rope's lubricant application work is neglected, the durability of the wire may be deteriorated and a safety accident may occur. Therefore, it is necessary to regularly apply the lubricant.

In addition, in an environment where periodic lubricant application cannot be performed, the wire rope needs to be replaced early to prevent safety accidents, so there is a problem that much more cost is consumed compared to the case of periodically applying lubricant to the wire rope for management. .

Various devices have been developed in the prior art in connection with devices for applying lubricants to wire ropes. However, since wire ropes are made of various twists and specifications, there is a problem in that only devices suitable for the type of wire rope can be used because conventional lubricant applying devices have a limitation that they can be used only for specific twists and specifications. In addition, there is a problem that there is a concern that a safety accident may occur due to neglect of periodic work because effective management of work schedule, content, and cycle cannot be made.

Korean Patent Publication No. 10-2019-0060310

The present invention has been devised to solve the above-described conventional problem, and the object of the present invention is as follows.

First, it is intended to provide a wire rope lubricant supply device to which an ICT function that can efficiently manage the wire rope by transmitting information on the application work through wireless communication with the user's smart device.

Second, it is intended to provide a wire rope lubricant supply device having versatility applicable to wire ropes of various standards regardless of the wire rope specifications.

Third, it is intended to provide a device capable of effectively applying a lubricant to the wire rope surface by configuring a module having various functions.

The problems of the present invention are not limited to the problems mentioned above, and other problems that are not mentioned will be clearly understood by those skilled in the art from the following description.

The present invention for realizing the above object is a wire rope lubricant supply device to which an ICT function is applied, a cleaner module that removes old lubricant from the surface of the wire rope, an air jet nozzle in which air of a certain pressure is injected, and the removed lubricant is discharged. A waste lubricant removal module including a waste lubricant outlet, a flange that enables the cleaner module to rotate with respect to the waste lubricant removal module, a lubricant application module that applies lubricant to the wire rope housed inside, and prevents excessive lubricant from being applied to the wire rope. In order to do this, it may include a filter module for brushing the wire rope and a communication module for transmitting information on the lubricant application operation to the user's smart device by wirelessly communicating with the user's smart device.

The cleaner module may include a plurality of cleaner blades, brushes, a cleaner fixing ring to which the cleaner blades are connected, a cleaner operation gear having a groove in which the cleaner blades rotate, and a cleaner housing in which the cleaner operation gear is accommodated.

In addition, the cleaner operating gear is composed of a ring to which the cleaner blades are connected and an irregularity formed on the outer surface of the ring, and further includes a cleaner bevel gear engaged with the irregularities and a cleaner driving means for operating the cleaner bevel gear, thereby rotating the cleaner driving means forward. When the cleaner operation gear rotates and the cleaner blades are driven, the diameter of the accommodation space increases, and when the cleaner operation gear rotates backward, the diameter of the accommodation space may be reduced.

On the other hand, the waste lubricant removal module and the lubricant application module may be configured to be composed of a pair of semi-cylinders hinged to each other to form a cylinder by being joined by a fastening ring to accommodate the wire rope therein.

In addition, the lubricant application module may include at least one guide for fixing the wire rope and a nozzle brush for evenly applying the lubricant injected around the wire rope accommodated therein.

In addition, the guide may be composed of a guide blade for fixing the wire rope accommodated therein and a driving means for operating the guide blade, and may be configured to operate the guide blade according to the diameter of the wire rope.

In addition, the filter module has a predetermined curved surface, at least one hinge hole is provided, and a plurality of filter blades capable of accommodating a wire rope on an inner circumferential surface, a fixing ring to which the filter blades are connected, a filter having a groove through which the filter blades rotate. It may be composed of a filter housing in which the control gear and the filter control gear are accommodated.

In addition, the filter operation gear is composed of a ring to which the filter blades are connected and irregularities formed on the outer surface of the ring, and the filter module may further include a filter bevel gear engaged with the irregularities and a filter driving means for operating the filter bevel gear.

In addition, the material of the filter blade may be made of rubber or synthetic resin.

The effects of the present invention configured as described above will be described as follows.

First, there is an advantage that operation information on the lubricant application operation of the wire rope is stored by the control unit and the management server, so that periodic management is possible.

Second, it can be used universally for wire ropes of various diameters regardless of the diameter of the wire rope, thereby reducing cost.

Third, there is an effect of increasing the durability of the wire rope by effectively removing the old lubricant that has been previously applied during the lubricant application process and preventing excessive application.

The effects of the present invention are not limited to the effects mentioned above, and other effects that are not mentioned will be clearly understood by those skilled in the art from the description of the claims.

The detailed description of the preferred embodiments of the present application described below, as well as the summary set forth above, may be better understood when read in connection with the accompanying drawings. For the purpose of illustrating the present invention, preferred embodiments are shown in the drawings. However, it should be understood that this application is not limited to the precise arrangements and means shown.
1 is a view showing an overall appearance of a wire rope lubricant supply device to which an ICT function is applied according to an embodiment of the present invention;
2 is a view showing the coupling relationship of each module constituting the wire rope lubricant supply device to which the ICT function is applied according to an embodiment of the present invention;
3 is a detailed configuration diagram of a cleaner module of a wire rope lubricant supply device to which an ICT function is applied according to an embodiment of the present invention;
4 is a cross-sectional view of a cleaner module and a waste lubricant removal module of a wire rope lubricant supply device to which an ICT function is applied according to an embodiment of the present invention are combined;
5 is a view showing a waste lubricant removal module and a lubricant application module of a wire rope lubricant supply device to which an ICT function is applied according to an embodiment of the present invention;
6 is a view showing a filter module of a wire rope lubricant supply device to which an ICT function is applied according to an embodiment of the present invention;
7 is a diagram illustrating a coupling relationship between a driving device for operating a filter module of a wire rope lubricant supply device to which an ICT function is applied according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, the accompanying drawings are only described in order to more easily disclose the contents of the present invention, and the scope of the present invention is not limited to the scope of the accompanying drawings. You will know.

Further, in describing the embodiments of the present invention, it is stated in advance that components having the same function are only used with the same names and symbols, but are not substantially identical to those of the prior art.

In addition, terms used in the present application are used only to describe specific embodiments, and are not intended to limit the present invention. Singular expressions include plural expressions unless the context clearly indicates otherwise. In the present application, terms such as "comprise" or "have" are intended to designate the presence of features, numbers, steps, actions, components, parts, or combinations thereof described in the specification, but one or more other features. It is to be understood that the presence or addition of elements or numbers, steps, actions, components, parts, or combinations thereof, does not preclude in advance.

1 is a view showing an overall appearance of a wire rope lubricant supply device 10 to which an ICT function is applied according to an embodiment of the present invention.

1, the wire rope lubricant supply device according to the present invention includes a cleaner module 100, a waste lubricant removal module 200, a lubricant application module 300, a filter module 400, and a communication module (not shown). ) Can be included.

The cleaner module 100 is a component for removing old lubricants applied to the wire rope W. In order to apply the lubricant to the wire rope (W), it is necessary to remove the old lubricant that has been previously applied. By removing the existing lubricant by the cleaner module 100, it is possible to apply a new lubricant to the wire rope (W).

A flange 170 for rotatably connecting with the cleaner module 100 may be accommodated in the waste lubricant removal module 200.

When the previously applied old lubricant is removed from the surface of the wire rope W by the cleaner module 100, waste lubricant residue mixed with the removed lubricant and various foreign substances is generated. The waste lubricant removal module 200 is a configuration for effectively removing it. To this end, it may include an air injection nozzle 210 through which air is injected and a waste lubricant outlet 220 through which the removed waste lubricant debris is discharged.

The air injection nozzle 210 may be connected by a separate air compressor C and an air injection hose 20 to inject air of a predetermined pressure to the wire rope W. By spraying air of a certain pressure, the existing lubricant remaining on the wire rope W can be effectively removed.

In order to remove the waste lubricant debris peeled off from the wire rope W by the sprayed air, the waste lubricant outlet 220 may be connected to the collection container B by a waste lubricant discharge hose 30. The removed waste lubricant debris and other foreign substances are discharged from the waste lubricant removal module to the collection bin (B) through the waste lubricant outlet 220.

The lubricant application module 300 is a device that applies a lubricant to the wire rope W accommodated therein. The lubricant injection port 313 into which the lubricant is injected is provided so that the lubricant may be applied to the surface of the wire rope W accommodated therein.

The filter module 400 may be coupled to an end of the wire rope lubricant supply device according to the present invention so as to brush the excessively applied lubricant.

Although not shown in the drawings, the wire rope lubricant supply device 10 to which the ICT function according to the present invention is applied may include a communication module (not shown) that performs a wireless communication function with a smart device such as a user's smartphone.

In order to secure the stability of the wire rope (W), periodic lubricant application is required, but if management is neglected and the management cycle is missed, there is a risk of a safety accident. For periodic management, information about the wire rope (W), that is, the diameter, length, number of core wires, twist type, etc. are stored on the bobbin, and a barcode or RFID tag is provided. In this case, it is possible to receive information about the wire rope (W) by reading the barcode or RFID tag with a smart device such as a smartphone. The present invention includes a communication module that transmits information on the amount, type, work date, time, etc. of the lubricant used to the user's smart device upon completion of the lubricant application work on the wire rope (W). May store the corresponding information in an application having a separate server, etc., thereby enabling periodic management.

2 is a view showing a coupling relationship between each module constituting the wire rope lubricant supply device 10 to which the ICT function is applied according to an embodiment of the present invention.

As shown in FIG. 2, the cleaner module 100, the waste lubricant removal module 200, the lubricant application module 300, and the filter module 400 described above may be combined.

3 is a detailed configuration diagram of the cleaner module 100 of the wire rope lubricant supply device 10 to which the ICT function is applied according to an embodiment of the present invention.

Referring to FIG. 3, the cleaner module 100 of the wire rope lubricant supply device 10 to which the ICT function is applied according to an embodiment of the present invention uses an aperture principle to provide an old lubricant existing on the surface of the wire rope W. Can be removed.

The cleaner module 100 may include a cleaner blade 110, a cleaner brush 120, a cleaner fixing ring 180, a cleaner operating gear 130, and a cleaner housing 160.

The cleaner blades 110 are composed of a plurality and are provided with one or more hinge holes, and the plurality of cleaner blades 110 are hinged to each other by means of hinge holes. When the cleaner blades 110 are combined, an accommodation space in which the wire rope W can be accommodated is formed, and the position of the cleaner blade 110 may be adjusted according to the aperture principle according to the diameter of the wire rope W. The cleaner blade 110 is composed of a plurality, and preferably may be configured according to the number of core wires of the wire rope (W).

The cleaner brush 120 may be provided on the cleaner blade 110, and may be provided on a surface where the cleaner blade 110 and the wire rope W contact each other. The material of the cleaner brush 120 may be made of a material such as poly carbonate. If you move the wire rope (W) after adjusting the position of the cleaner blade (110) to contact the cleaner brush (120) and the wire rope (W), the existing The lubricant that has been applied to the surface may peel off.

At the front of the cleaner blade 110, a cleaner fixing ring 180 is disposed and connected to the cleaner blade 110 to fix the cleaner blade 110, and at the rear of the cleaner blade 110, the cleaner blade 110 rotates. A cleaner operating gear 130 provided with a groove may be disposed. The cleaner housing 160 may accommodate the cleaner operating gear 130.

The cleaner operation gear 130 may be formed of a ring to which the cleaner blades 110 are connected and an irregularity formed on the outer surface of the ring.

The cleaner module 100 further includes a cleaner bevel gear 140 that meshes with the irregularities formed on the cleaner operation gear 130, and a cleaner driving means 150 connected to the bevel gear and capable of operating the cleaner bevel gear 140. Can include. When the cleaner driving means 150 is rotated, the connected cleaner bevel gear 140 rotates, and the cleaner operating gear 130 connected to the cleaner bevel gear 140 rotates while the cleaner blades 110 rotate to reduce the diameter of the accommodation space. Can be adjusted. That is, when the cleaner driving means 150 is rotated forward, the diameter of the accommodation space increases, and when the cleaner driving means 150 is rotated backward, the diameter of the accommodation space may be reduced. However, the direction of forward or reverse rotation may vary. Accordingly, by adjusting the diameter of the receiving space formed in the cleaner module 100, it can be used for wire ropes of various diameters, regardless of the diameter of the wire rope W, thus having versatility. In the case of applying lubricant to the wire rope (W) in the past, a device suitable for the diameter of the wire rope (W) must be provided, so it cannot be used for wire ropes of different diameters (W). Was required. However, in the case of the present invention, there is an advantage that can be used regardless of the diameter of the wire rope (W).

Meanwhile, the cleaner driving means 150 may be any means for rotating the cleaner bevel gear 140. The bevel gear can be rotated using a motor as well as allowing the user to operate it by hand.

In addition, when a lubricant is not applied to the wire rope W, there is no need to use the cleaner module 100. In this case, by adjusting the cleaner blades 110 by the cleaner driving means 150 to increase the diameter of the accommodation space, the cleaner brush 120 can be prevented from contacting the wire rope W.

In addition, one or more cleaner modules 100 may be provided and used. As shown in Fig. 3, two can be connected and used, or more can be connected and used. In the case of using a plurality of cleaner blades 110, if the positions of the cleaner blades 110 are disposed so as to be shifted by 90 degrees, there is an advantage in that the lubricant applied to the wire rope W can be more effectively removed.

FIG. 4 is a cross-sectional view of a cleaner module 100 and a waste lubricant removal module 200 of the wire rope lubricant supply device 10 to which the ICT function is applied according to an embodiment of the present invention.

Referring to FIG. 4, the cleaner module 100 may be connected to the flange 170. A part of the flange 170 is connected to a part of the inner surface of the cleaner module 100 and a part of the flange 170 is inserted into the waste lubricant removal module 200. That is, a part of the flange 170 is integrally connected and coupled with the cleaner module 100 by screwing, and a part is inserted into the waste lubricant removal module 200 so that it is rotatably coupled to the waste lubricant removal module 200 Can be.

The cleaner module 100 can rotate along the twisting direction of the wire rope W by the movement of the wire rope W. When the cleaner module 100 rotates, the flange 170 connected integrally may also rotate together, so that it is possible to rotate with respect to the waste lubricant removal module 200. As a result, the cleaner module 100 can effectively peel off the existing lubricant while rotating along the twisting direction of the wire rope W.

5 is a view showing a waste lubricant removing module 200 and a lubricant applying module 300 of the wire rope lubricant supply device 10 to which the ICT function is applied according to an embodiment of the present invention.

As shown in FIG. 5, the waste lubricant removal module 200 and the lubricant application module 300 may be configured with a pair of semi-cylindrical cylinders 310. A pair of semi-cylindrical 310 can be hinged to open and close, and may be configured to form a cylinder when the pair of semi-cylindrical 310 is coupled by fastening rings 311 and 312. Therefore, in order to perform the lubricant coating operation, the semi-cylindrical cylinder 310 of the lubricant coating module 300 may be fastened to a specific point of the wire rope W and used.

The waste lubricant removal module 200 may be provided with an air injection nozzle 210 in which air is injected in a direction in which the wire rope W is accommodated. The air injection nozzle 210 is connected to the air compressor C by an air injection hose 20. The old lubricant is peeled off the surface of the wire rope W by the cleaner module 100 and is completely removed from the surface of the wire rope W when air of a predetermined pressure is injected through the air jet nozzle 210.

At least one guide 320 may be provided in the lubricant applying module 300. The guide 320 serves to fix the wire rope W to which the lubricant is applied so as not to move inside the lubricant applying module 300.

The guide 320 may include a guide wing 321 for fixing the wire rope W accommodated therein, and a guide driving means 322 for operating the guide wing 321. That is, the guide 320 can fix the wire rope (W) accommodated therein using the aperture principle in the same manner as the cleaner module 100, so that the guide 320 is guided by the driving means to match the diameter of the wire rope (W). The wing 321 can be operated. Therefore, there is an advantage that can be used universally for a wire rope (W) of various diameters.

The guide driving means 322 may be provided separately for each guide 320, and a guide driving means 322 connected to the plurality of guides 320 may be integrally provided so that the plurality of guides 320 can be adjusted at once. have.

The lubricant application module 300 may be provided with a lubricant injection port 313 into which a lubricant is injected. The lubricant injection port 313 may be connected to an external lubricant injection pump P through the lubricant injection hose 40 and the lubricant may be injected. A nozzle brush 330 may be provided on the inner surface of the lubricant application module 300 to evenly apply the injected lubricant to the surface of the wire rope W. When the lubricant is injected around the wire rope W, it may be evenly applied to the surface of the wire rope W by the nozzle brush 330.

6 is a view showing the filter module 400 of the wire rope lubricant supply device 10 to which the ICT function is applied according to an embodiment of the present invention, and FIG. 7 is a wire rope to which the ICT function is applied according to an embodiment of the present invention. It is a diagram showing the coupling relationship between the drive device for operating the filter module 400 of the lubricant supply device 10.

6 and 7, the filter module 400 may be disposed on the rear surface of the lubricant applying module 300. The filter module 400 accommodates the wire rope W using the aperture principle in the same manner as the cleaner module 100 and the guide. The filter module 400 may include a filter blade 410, a filter fixing ring 470, a filter operation gear 430, and a filter housing 460.

As described above, the filter module 400 serves to brush the excessively applied lubricant so that an appropriate amount of lubricant is applied to the wire rope W. When the wire rope (W) moves while the filter blade (410) of the filter module (400) is in contact with the wire rope (W), excess lubricant applied to the surface of the wire rope (W) is wiped. The wiped lubricant may be discharged through the lubricant outlet 314 of the lubricant application module. The lubricant discharge port 314 is connected to the collection container B by the lubricant discharge lake, and the discharged lubricant is collected in the collection container B. The user can see the amount of lubricant discharged through the lubricant discharge lake and determine whether the lubricant is excessively injected, so that the proper supply of lubricant can be adjusted.

The filter blades 410 are composed of a plurality, and at least one hinge hole is provided, and the plurality of filter blades 410 are hinged to each other by the hinge holes. When the filter blades 410 are combined, an accommodation space in which the wire rope W can be accommodated is formed, and the position of the filter blade 410 may be adjusted according to the aperture principle according to the diameter of the wire rope W.

A filter fixing ring 470 is disposed on the front of the filter blade 410 and connected to the filter blade 410 to fix the filter blade 410, and the filter blade 410 rotates at the rear of the filter blade 410. A filter operation gear 430 provided with a groove may be disposed. The filter housing 460 may receive the filter operation gear 430 and be connected to the filter fixing ring 470.

The filter operation gear 430 may be formed of a ring to which the filter blades 410 are connected, and an irregularity formed on the outer surface of the ring.

The filter module includes a filter bevel gear 440 that meshes with the irregularities formed on the filter operation gear 430, and a filter driving means 450 that is connected to the filter bevel gear 440 to manipulate the filter bevel gear 440. It may contain more. When the filter driving means 450 is rotated, the filter bevel gear 440 connected to the filter bevel gear 440 rotates, and the filter blade 410 rotates while the filter operation gear 430 connected to the filter bevel gear 440 rotates, thereby reducing the diameter of the accommodation space. Can be adjusted. That is, when the filter driving means 450 is rotated forward, the diameter of the receiving space increases, and when rotated in the reverse direction, the diameter of the receiving space may be reduced. However, the direction of forward or reverse rotation may vary. Accordingly, by adjusting the diameter of the receiving space formed in the filter module, it can be used for wire ropes of various diameters, regardless of the diameter of the wire ropes W, so that versatility is obtained.

The filter driving means 450 may be any means for rotating the filter bevel gear 440.

The material of the aperture blade may be made of rubber or synthetic resin.

As described above, in the configuration of the wire rope lubricant supply device 10 to which the ICT function is applied according to an embodiment of the present invention, the cleaner module 100, the guide 320, and the filter module 400 all use the aperture principle. Can be configured to

As described above, a preferred embodiment according to the present invention has been looked at, and the fact that the present invention can be embodied in other specific forms without departing from its spirit or scope other than the above-described embodiments is known to those skilled in the art. This is obvious to them. Therefore, the above-described embodiments should be regarded as illustrative rather than restrictive, and accordingly, the present invention is not limited to the above description and may be modified within the scope of the appended claims and equivalents thereof.

W: Wire rope C: Air compressor
B: container P: lubricant injection pump
10: Wire rope lubricant supply device with ICT function applied
20: air injection hose 30: waste lubricant discharge hose
40: lubricant injection hose 50: lubricant discharge hose
100: cleaner module 110: cleaner blade
120: cleaner brush 130: cleaner operating gear
140: cleaner bevel gear 150: cleaner driving means
160: cleaner housing 170: flange
180: cleaner fixing ring 200: waste lubricant removal module
210: air injection nozzle 220: waste lubricant outlet
300: lubricant application module 310: semi-cylinder
311, 312: fastening ring 313: lubricant inlet
314: lubricant outlet 320: guide
321: guide wing 322: guide driving means
330: nozzle brush 400: filter module
410: filter wing 420: accommodation space
430: filter operation gear 440: filter bevel gear
450: filter drive means 460: filter housing
470: filter retaining ring

Claims (11)

A cleaner module to remove old lubricant from the surface of the wire rope;
A waste lubricant removal module connected to an air compressor for injecting air and including an air injection nozzle through which air of a predetermined pressure is injected and a waste lubricant outlet through which the removed lubricant is discharged;
A flange having one end coupled to the cleaner module and the other end inserted into the waste lubricant removing module to rotate the cleaner module relative to the waste lubricant removing module;
A lubricant application module for applying a lubricant to the wire rope accommodated therein, including a lubricant injection port into which lubricant is injected and a lubricant discharge port through which remaining lubricant not applied to the wire rope is discharged;
A filter module for brushing the wire rope to prevent excessive lubricating oil from being applied to the wire rope; And
A communication module that wirelessly communicates with the user's smart device to transmit information on the lubricant application operation to the user's smart device;
Wire rope lubricant supply device to which the ICT function including
The method of claim 1,
The cleaner module,
A plurality of cleaner blades having a predetermined curved surface and provided with at least one hinge hole and capable of accommodating the wire rope on an inner circumferential surface;
A brush provided on the cleaner blade and provided on a surface of the cleaner blade contacting the wire rope;
A cleaner fixing ring disposed on a front surface of the cleaner wing to connect the cleaner wing;
A cleaner operating gear disposed on a rear surface of the cleaner blade and having a groove through which the cleaner blade rotates; And
A cleaner housing accommodating the cleaner operating gear;
And the plurality of cleaner blades are hinged to each other by a hinge hole to form an accommodation space for the wire rope.
The method of claim 2,
The cleaner operating gear,
A ring to which the cleaner blades are connected; And
Irregularities formed on the outer surface of the ring;
Wire rope lubricant supply device to which the ICT function is applied, characterized in that consisting of
The method of claim 3,
The cleaner module,
A cleaner bevel gear engaged with the irregularities; And
Cleaner driving means connected to the cleaner bevel gear to manipulate the cleaner bevel gear;
Including, the cleaner operation gear rotates when the cleaner driving means is rotated forward, and the cleaner blades are driven to increase the diameter of the accommodation space, and when the cleaner driving means is rotated backward, the diameter of the accommodation space is configured to decrease. Wire rope lubricant supply device to which ICT function is applied.
The method of claim 1,
The waste lubricant removal module and the lubricant application module,
A wire rope lubricant supplying device to which an ICT function is applied, which is composed of a pair of semi-cylinders hinged to each other and formed by a fastening ring to form a cylinder to accommodate the wire rope therein.
The method of claim 1,
The lubricant application module,
At least one guide fixing the wire rope; And
A nozzle brush for evenly applying lubricant injected around the wire rope accommodated therein;
Wire rope lubricant supply device to which the ICT function is applied, comprising a
The method of claim 6,
The guide,
Guide blades for fixing the wire rope accommodated therein; And
A driving means connected to the guide blade to manipulate the guide blade;
Wire rope lubricant supply device to which the ICT function is applied, characterized in that the guide blade can be operated according to the diameter of the wire rope
The method of claim 1,
The filter module,
A plurality of filter blades having a predetermined curved surface and provided with at least one hinge hole and capable of accommodating the wire rope on an inner circumferential surface;
A fixing ring disposed in front of the filter blade to connect the filter blade;
A filter operation gear disposed on a rear surface of the filter blade and having a groove through which the filter blade rotates; And
A filter housing in which the filter operation gear is accommodated;
And the plurality of filter blades are hinged to each other by a hinge hole to form an accommodation space for the wire rope in the middle.
The method of claim 8,
The filter operation gear,
A ring to which the filter blades are connected; And
Irregularities formed on the outer surface of the ring;
Wire rope lubricant supply device to which the ICT function is applied, characterized in that consisting of
The method of claim 9,
The filter module,
A filter bevel gear meshed with the irregularities; And
A filter driving means connected to the filter bevel gear to manipulate the filter bevel gear;
Including, the filter operation gear is rotated when the filter driving means is rotated forward and the filter blades are driven to increase the diameter of the accommodation space, and when the filter driving means is rotated backward, the diameter of the accommodation space is configured to decrease. Wire rope lubricant supply device to which ICT function is applied.
The method according to any one of claims 8 to 10,
Wire rope lubricant supply device to which the ICT function is applied, characterized in that the material of the filter blade is made of rubber and synthetic resin.

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