KR200290823Y1 - lubrication recycling supplying apparatus - Google Patents

Abstract

In particular, the present invention relates to a lubricating oil regeneration supply device that can be reused by filtering lubricating oil discharged from the injection molding machine and separating water contained in the lubricating oil. The storage means 180 is a lubricant discharged from the injection molding machine device 101. A second filtering member 126 formed to be detachable by the guide member 129 while filtering the lubricating oil introduced into the first space portion 122 and the first space portion 122 which is an inflow space; Water separation means 160 for removing the water contained in the lubricating oil filtered by the second filtering member 126, and the fourth filtering member 136 for filtering the lubricating oil stored in the third space 132 again; The first supply pipe 152 and the second space 134 for filtering the lubricating oil filtered by the fourth filtering member 136 and the lubricating oil filtered by the fourth space 134. The injection machine through the supply pipe 154 It characterized in that it is formed of a pump motor 150 and the motor pump the central space portion 140, which space is formed to 150 to be installed to supply the driving part (101).

Description

Lubrication recycling supplying apparatus

The present invention relates to a lubricating oil regeneration supply device, and more particularly, to a lubricating oil regeneration supply device that can be reused by filtering lubricating oil discharged from the injection molding machine and separating water contained in the lubricating oil.

The conventional lubricating oil supply device is connected to the injection molding machine device to periodically supply the lubricating oil to the driving part inside the injection molding machine, but the lubricating oil supplied to the driving part of the injection molding machine is collected in a separate lubricating oil collector installed outside the injection molding machine device There is a problem in that the consumption of the lubricating oil increases because it can not be reused to increase the production cost.

In addition, the conventional lubricating oil supply device is not reused in the injection molding machine, so that the operator must continuously supply the lubricating oil, and thus the work efficiency is deteriorated. There is a problem that shortens the life of the injection molding machine device.

In addition, the conventional injection molding machine has a problem in that the surrounding environment is poor due to the lubricating oil continuously discharged from the injection molding machine by installing a separate lubricating oil collector.

The object to solve the above problems, the lubricating oil supplied to the drive portion of the injection molding machine device is filtered in the present invention installed on the outside of the injection molding machine device after being supplied back to the drive portion of the injection molding machine to reduce the consumption of lubricating oil produced It is to provide a lubricant regeneration supply device that can reduce costs and prevent environmental pollution.

In addition, the lubricant regeneration supply device of the present invention can improve the work efficiency because the operator does not need to check and supply the lubricant from time to time because the lubricant is filtered and reused, and the life of the injection molding machine is improved because the lubricant is continuously supplied. It is to provide a lubricant regeneration supply device that can be extended.

The lubricating oil regeneration supply device of the present invention provides a lubricating oil regeneration supply device that can comfortably maintain the surrounding environment without having to install a separate lubrication oil collection container by filtering the lubricating oil and reusing it.

Lubricating oil regeneration supply apparatus of the present invention for achieving the above object, the cover member is formed to be detachable on the upper side, while being bound to the lower end of the cover member and separating a plurality of filter processes and the water contained in the lubricant In the lubricating oil regeneration supply device is composed of a storage means, the storage means is the first space portion which is a space into which the lubricating oil discharged from the injection apparatus flows, and the lubricating oil introduced into the first space portion while filtering the guide member A second filtering member formed to be detachable by the second filter, water separation means for removing water contained in the lubricating oil filtered by the second filtering member, and after the water is removed from the water separation means, A third space portion storing the filtered lubricant oil and the lubricant stored in the third space portion is filtered again. The first supply pipe and the fourth filtering member which is formed to be detachable by the ash, the fourth space portion for filtering again the lubricating oil filtered by the fourth filtering member, and the lubricating oil filtered by the fourth space portion; The motor pump is supplied to the drive portion of the injection molding machine through the second supply pipe, characterized in that it is formed of a central space portion is formed a space so that the motor pump can be installed.

1 is an overall block diagram of the lubricant regeneration supply device of the present invention is installed,

Figure 2 is a perspective view of the lubricant regeneration supply device of the present invention,

3 is a perspective view of the storage means of the present invention,

4 is a perspective view of a second filtering member of the present invention,

5 is an exploded perspective view of the water separating means of the present invention,

Figure 6 is a cross-sectional view of the shankdong member of the present invention is lowered to block the discharge of lubricating oil,

7 is a cross-sectional view illustrating a process of discharging moisture to the outside by rising of the shandong copper member of the present invention,

8 is a cross-sectional view taken along line B-B of FIG. 1;

9 is another embodiment of the water separating means of the present invention,

10 is a plan view showing a state in which the lubricating oil is moved according to the lubricating oil regeneration supply device of the present invention.

<Explanation of symbols for the main parts of the drawings>

100: lubricant regeneration supply device 101: injection machine device

110: cover member 112: control unit

114: first filtering member 116: guide portion

118: new lubricating oil supply unit 120: first storage member

122: first space part 124: second space part

126: second filtering member 129, 139: guide member

130: second storage member 132: third space portion

134: fourth space part 136: fourth filtering member

140: central space 150: motor pump

152: first supply pipe 154: second supply pipe

160: water separation means 162: cover member

164: Shanghai copper member 166: moisture discharge member

168: lube oil blocking member 169: water discharge pipe

180: storage means 190: drip member

1264, 1666: through hole 1266: filter

1646: the first groove 1648: the second groove

1662: water discharge hole 1664: screw portion

1681: protrusion binding portion 1683: moisture barrier protrusion

1684: packing member 1687: moisture blocking body

1691: tapered portion

Referring to the accompanying drawings, a technology related to an embodiment of a lubricating oil regeneration supply device of the present invention is as follows.

1 is a block diagram showing the connection relationship of the lubricating oil regeneration supply device of the present invention, 101 is a conventional injection molding machine device, 105 is a conventional control panel for controlling the injection machine device 101, 102 is a signal line 103 It is to control the drive portion formed in the injection molding machine device 101 through the) is to output a control signal through the hydraulic pressure, it is a commonly used solenoid valve, one side of the injection molding machine device 101 It is connected to the second supply pipe 154 to receive the lubricant discharged from the injection molding machine device 101 is composed of a lubricating oil regeneration supply device 100 to be supplied to the drive portion of the injection molding machine device 101 and filtered again have.

The lubricating oil regeneration supply device 100 is formed as shown in FIG. 2, and the lubricating oil regeneration supply device 100 is formed to be detachably attached to an upper side thereof, and the cover member 110. It is composed of a plurality of filter processes and the storage means 180 for separating the water contained in the lubricating oil while being bound with a plurality of conventional fastening means, such as bolts.

The cover member 110 is formed to be attached to and detached from a plurality of bolt holes 137 formed on the upper side of the storage means 180 by a normal screw, etc., and the lubricant oil discharged from the injection molding machine device 101. Is formed on the first filtering member 114 to guide the inflow, the controller 112 for adjusting the driving time and the amount of lubricating oil supply of the lubricating oil regeneration supply device 100, and one side of the cover member 110 It is formed to be detachable by a plurality of screws 1144 at the lower end of the guide portion 116 and a new lubricating oil supply unit 118 for supplying new lubricating oil from the outside, and a plurality of through holes to discharge the lubricant to the lower side ( 1192 is formed of a filter support plate 119.

That is, the control unit 112 may be used by the user to set the driving time of the lubrication regeneration supply device 100 of the present invention or the amount of the lubricating oil pumped or the supply cycle according to the use state of the work and the use machine. In addition, if the amount of lubricating oil is consumed or insufficient, or foreign substances are caught in the filter, the circulation of the lubricating oil is not made smoothly. Then, a buzzer can be detected and notified to the worker. The switch 1122 is also formed.

And, as shown in Figure 8, the first filtering member 114, the guide portion 116 for guiding the lubricating oil flowing out of the injection molding machine device 101 into the first storage member 120, and A filter 1142 disposed below the guide part 116 and primarily filtering.

The new lubricating oil supply unit 118 is covered with a lid which is a normal lid after supplying lubricating oil.

And the storage means 180 is composed of the first storage member 120 and the second storage member 130 is separated and used by binding using a conventional fastening means, such as bolts can be manufactured in a small size during manufacture and transport It is formed to facilitate, but if necessary depending on the use state may be formed separately instead of separately formed.

That is, the first storage member 120 and the second storage member 130 is formed in the lower end of the first filtering member 114 is a first space which is a space into which the lubricating oil discharged from the injection molding machine device 101 is introduced The second filter member 126 and the second filter member 126 are formed in the guide member 129 to be secondly filtered by the filter 1266 and the lubricant 122 introduced into the part 122 and the first space part 122. 2 water separation means 160 for removing water contained in the lubricating oil filtered by the filtering member 126, and lubricating oil filtered by the third filtering member 1242 after removing water from the water separating means 160. The third space part 132, which is a space in which is moved and stored, and the fourth filtering member 136 which is formed to be detachable by the guide member 139 while the lubricant stored in the third space part 132 is filtered again. ) And re-filtering the lubricating oil filtered by the fourth filtering member 136. And a motor pump 150 for supplying the four space part 134 and the lubricating oil filtered by the fourth space part 134 to the driving part of the injection machine device 101 through the first and second supply pipes 152 and 154. In addition, the motor pump 150 is formed of a central space portion 140 in which a space is formed.

In addition, a plurality of supporting members 1202 which are commonly used are formed at lower ends of the first storage member 120 and the second storage member 130. The recessed part 1222 formed at the lower ends of the first and second storage members 120 and 130 may be additionally formed to be detachably attached to the drip member 190 so that the water separated by the water separation means 160 is discharged and stored outside. It could be.

The second filtering member 126 is formed to be detachable while being slid by the guide member 129 formed on the first storage member 120, and is formed as shown in FIG. The filter guide part 1262, which is formed to protrude on one side of the lower end of the filtering member 126, a cutout 1261 having one side cut out, and the filter guide part 1262 are inserted into the inside of the filter guide part 1262 to be filtered. Filter 1266 and a plurality of through-holes 1264 which are formed in the space of the filter guide portion 1262 and filtered lubricant oil is moved to the second space portion 124, and the filter guide portion ( And a support plate 1267 having a concave groove 1269 formed on an outer side thereof so that the filter 1266 can be easily replaced with the support plate 1267. The support plate 1267 is an outer side of the filter 1266. Formed in the filter 1266 does not escape Which may be supported by a plurality of bolts such as rock.

That is, the filter 1266 is bound to the inside of the filter guide part 1262 to perform a filtering action, and when the filter 1266 is to be replaced, the second filtering member 126 may be replaced by the guide member ( 129) by sliding it to the upper side can be easily replaced with a new one.

In addition, the second space portion 124 is formed with the water separation means 160 for removing water contained in the lubricating oil, and after re-filtering the lubricating oil from which the water is separated, the third space 132 is formed. The third filtering member 1242 for guiding movement is bound by a conventional screw or the like which is a plurality of fastening means 1244.

A plurality of fastening means 1244 is fastened so that the first storage member 120 and the second storage member 130 are integrally fixed. In addition, the fastening means 1244 is fastened using a plurality of screws or bonds.

In addition, the water separation means 160 is as shown in Figures 5 to 7, when the lubricating oil contains water, the specific gravity of the water is larger than the lubricating oil to be spread on the floor, as much as the height to be spread on the floor It is formed to be discharged to the outside after separating the water by moving upward, that is, the shandong copper member 164 and the central portion of the shandong copper member 164 is formed to move up and down less than the specific gravity of the water The water discharge member 166 and the water discharge member 166 inserted into and detachably attached to the water discharge member 166 are installed inside the water discharge member 166 while blocking the lubricant oil stored in the second space part 124 from being discharged to the outside. Lubricating oil blocking member 168 for guiding to be discharged to the outside, and the water contained in the lubricating oil to be discharged to the outside while being bound by a screw method detachably with the water discharge member 166 Is formed in the water discharge pipe 169 is penetrated.

The shank member 164 is formed to have the same specific gravity as the lubricating oil, the space portion 1641 is formed in the space so that the lubricant is stored therein, and protrudes in the inner center of the shank member 164 A protruding portion 1641 formed therein, a first recess 1646 formed inside the protruding portion 1641 and formed to detach the moisture discharging member 166, and a tip portion of the lubricant blocking member 168. The second groove portion 1648 having a groove formed therein so as to be integrally operated, and a cover member 162 sealed at the upper side by a screw portion 1622 so that the lubricant stored in the space 1644 is not discharged to the outside. As illustrated in FIGS. 6 and 7, the plurality of minute through holes 1624 may be formed in the cover member 162, and the through holes 1624 may be formed in the cover member 162. Store inside Dongjaejae (164) The lubricating oil is connected to the outside so as to be always filled, it is preferable that the number of the through holes 1624 is usually formed in one or more.

Lubricating oil is stored in the space portion 1422 of the shank copper member 164, and is formed to operate at the same specific gravity as the entire shank copper member 164 and the external lubricant. In the case where water and lubricating oil flows in, the moving member 164 having the same specific gravity as the lubricating oil is moved upward by the amount of water introduced when the amount of water having a larger specific gravity than the lubricating oil is increased. When the outer case of the 164 is different from the lubricating oil, the protrusion 1649 may be formed to protrude additionally inside the shank member 164 so as to adjust the same in the case where the specific gravity is different from the lubricating oil. It is possible to adjust the specific gravity by inserting a separate heavy iron core (1645) in the, the size of the iron core (1645) can be adjusted according to the use state It is. It to the space portion 1642 it has hameuroseo to store the lubricant therein and reducing the material cost of the Shanghai East material 164.

In addition, the water discharging member 166 is bound to the water discharging pipe 169 fixed to the bottom of the second space portion 124, and thus, the water contained in the lubricating oil in the second space portion 124. When the amount is increased, the shank copper member 164 installed on the outside of the water discharge member 166 is moved upward and operates as shown in FIG. 7, and the amount of water is reduced to form all of the lubricant. If there is, the shank member 164 is moved downward to operate as shown in FIG.

The water discharging member 166 includes a plurality of through holes 1662 and a plurality of through holes 1662 formed so that water is discharged to the outside through the water discharging pipe 169 from the lubricant having the second space 124. And a threaded portion 1664 formed with a screw to engage with 169, and a through hole 1666 through which the protrusion-locked portion 1801 of the lubricant blocking member 168 can protrude upward. .

The lubricating oil blocking member 168 passes through the through hole 1666 of the water discharging member 166 and is fixed so that the distal end is inserted into the second recess 1648 of the shank moving member 164 to operate integrally. The projecting binding portion 1801, the moisture blocking body 1687, which is a body for fixing the projecting binding portion 1801, and the water blocking protrusion 1683 formed on the other side of the water blocking body 1687. And a packing member 1684 inserted into an outer surface of the moisture barrier protrusion 1683 to block lubricating oil from flowing out.

The protruding and binding part 1801 is inserted into the second recess 1648 of the shank moving member 164 by a force fitting method and is coupled so as not to be separated in a natural state. And the lubricating oil blocking member 168 eventually operate integrally, in addition to the interference fitting method described above, the protruding and binding portion 1801 is inserted into the second recess 1648 to operate integrally when moving up and down. If necessary, a bond or the like may be formed to operate integrally.

Accordingly, when the shank moving member 164 moves upward, the lubricant blocking member 168 also moves upward, and when the shank moving member 164 descends downward, the lubricant blocking member ( 168) will come down together.

In addition, the moisture discharge pipe 169 is fixed to the second space portion 124 as mentioned above, the screw portion 1693 and the screw portion 1664 of the shank copper member 164, and the A taper is formed inside the upper end of the water discharge pipe 169 and is formed of a taper portion 1701 formed to be sealed by the packing member 1684 of the lubricating oil blocking member 168.

The configuration of the fourth filtering member 136 is the same as that of the second filtering member 126 shown in FIG. 4 to perform a filtering action. However, the difference is that the cutout 1261 has the central space portion ( 140 is formed on the right side, and the filter guide part 1262 and the filter 1266 are formed on the left side. The fourth space part 134 senses that the amount of lubricating oil is insufficient. When the sensor 194 is connected to the buzzer sound release switch 1122 through a wire 196 guided to the guide portion 1347 formed to protrude inside the fourth space 134, that is, the amount of lubricating oil is insufficient. When the detection sensor 194 moves downward, the detection sensor 194 transfers a signal detected through the wire 196 to the buzzer release switch 1122 to generate a buzzer sound, and the detection sensor 194. Is needed To which may be installed in a different space portion.

In addition, the present invention does not have to consist of four sets of lubricating oil flow processes like the first, second, third, and fourth space parts 122, 124, 132, and 134, but it is possible to increase or decrease the space part as necessary. Even if the space portion is increased, a basic filter is formed as described above to filter foreign matters, etc. It is included in the present invention. Also, a plurality of filters installed in the first, second, third, and fourth space portions 122, 124, 132, and 134 are also used. Depending on the state, it is possible to install a plurality of units in a specific space if necessary without installing one in each space unit, and the type of filter can also be used by selecting a filter commonly used in the market. On both sides of the 140, as shown in Figures 2 and 3, it is bound by a plurality of fastening holes 147, a plurality of incision holes are formed Year cover member 145 that is formed.

On the other hand, the present invention is not limited to the above-described embodiment, it is also included in the present invention to form the structure of the shankdong member 164 integrally without forming an internal space as shown in FIG. Will be.

In addition, the above-described injection machine device 101 does not necessarily mean only a machine for injection, but may also be applied to many other kinds of machine tools which are sprayed to the driving part through lubricating oil. It is a fastening hole.

Referring to the operation of the present invention configured as described above are as follows.

When a user manipulates the control panel 105 to drive the injection molding machine device 101, the solenoid valve 102 receives a signal transmitted through the signal line 103 and is inside the injection molding machine device 101. A plurality of driving parts, not shown, are operated.

In addition, the lubricating oil injected into the plurality of driving parts inside the injection molding machine device 101 is introduced through the guide part 116 formed above the cover member 110, and inside the first filtering member 114. The first space portion formed in the first storage member 120 through a plurality of through holes 1192 formed in the filter support plate 119 after the first filtering by the first filtering member (114) 2 formed in the 122).

In this way, the lubricating oil introduced into the first space part 122 is moved again to the second space part 124 while being filtered again by the filter 1266 formed under the second filtering member 126.

The lubricating oil moved to the second space 124 substantially contains water while passing through a plurality of processes through the injection molding machine device 101, and this water eventually lowers the function of the lubricating oil, thereby causing the second oil to flow. It is to be removed from the space 124.

That is, when water is contained in the lubricating oil (containing water) moved to the second space part 124, the specific gravity of the shandong copper member 164 is lighter than water, so that it moves upward. It is in a state.

When the shank member 164 moves upward as described above, the water discharge member 166 inserted into the first recess 1646 of the shank member 164 is integral with the water discharge tube 169. Finally, the first groove portion 1646 has a space formed by the distance that the shank-dong member 164 moves upward because it is bound to operate.

In addition, the protruding and binding portion 1801, which is inserted and fastened to the second recess 1648 of the shank copper member 164, is also moved upward with the shank copper member 164, thereby preventing the water discharge member ( The plurality of water discharge holes 1662 formed in the 166 are opened, and then, in the lubricating oil in the second space part 124, water is discharged from the water discharge members 166. It is moved to the inside of the water discharge pipe (169) through the discharge).

On the other hand, when the moisture in the second space portion 124 is discharged to the outside, the shankdong member 164 is gradually lowered downward, and then the lubricant oil bound to the inside of the shankdong member 164 The blocking member 168 also comes down with the shankdong member 164.

As described above, the shank copper member 164 and the lubricant blocking member 168 are lowered and discharged to the outside by the packing member 1684 of the lubricant blocking member 168 as shown in FIG. 6. If the passage is blocked, lubricating oil will not contain water.

That is, the water discharge member 166 is inserted into the first recess 1646 formed in the shank copper member 164, so that the plurality of water discharge holes 1662 formed in the water discharge member 166 are formed. The lubricating oil is prevented from being discharged to the outside by blocking the space of the two space part 124, and then the packing member 1842 of the lubricating oil blocking member 168 is also tapered on the upper side of the water discharge pipe 169 ( 1691, the pure lubricating oil in the second space portion 124 is recycled and reused without being discharged to the outside.

As described above, the lubricating oil from which the water contained in the lubricating oil is removed from the water separating means 160 of the second space 124 is third filtering formed on the upper side of the second space 124. The filter is filtered by the member 1242 and then moved to the third space 132.

As such, the lubricating lubrication introduced into the third space part 132 is filtered once more by the fourth filtering member 136 and then moved to the fourth space part 134.

The lubricating oil moved to the fourth space 134 is filtered again by the filter 1342 and then flows into the motor pump 150 through the first supply pipe 152 connected to the lower end of the filter 1342. Subsequently, the motor pump 150 is supplied to each driving part formed inside the injection molding machine device 101 through the second supply pipe 154, so that a lubricating oil is continuously formed.

However, the present invention described above can be reused for a certain time instead of being permanently reused, and the user should periodically check to see if the performance of the lubricant is degraded and supply new lubricant.

The lubricating oil regeneration supply device of the present invention configured as described above is installed on one side of the injection molding machine and removes water several times and removes water, thereby reducing the consumption of lubricating oil and reducing the production cost and at the same time the environment. Contamination can be prevented, and since the lubricant is filtered and reused for a considerable time, there is no need for the operator to check and supply lubricant as often as before, thus improving work efficiency, and supplying lubricant continuously to the injection molding machine By preventing the supply of lubricating oil to be blocked, it is possible to extend the life by preventing damage to the injection molding machine, and also it is an invention that can maintain a comfortable working environment because it does not need to install the existing lubricating oil collector.

Claims (10)

Lubricating oil consisting of a cover member 110 which is formed to be detachable on the upper side, and a storage means 180 which is bound to the lower end of the cover member 110 and separates the water contained in the lubricating oil with a plurality of filter processes. In the regeneration supply device, The storage means 180 is a guide member 129 while filtering the lubricating oil introduced into the first space portion 122 and the first space portion 122 is a space into which the lubricating oil discharged from the injection molding machine device 101 is introduced. A second filtering member 126 that is formed to be detachable by the second filter member, water separation means 160 for removing water contained in the lubricating oil filtered by the second filtering member 126, and the water separation means ( After the water is removed from the second filter 160, the third space part 132 storing the lubricant oil filtered by the third filtering member 1342 and the lubricant oil stored in the third space part 132 are filtered again. The fourth filtering member 136 is formed to be detachable by the 139, the fourth space portion 134 for filtering again the lubricating oil filtered by the fourth filtering member 136, and the fourth space portion Lubricating oil filtered by 134 to the first supply pipe 152 and the second supply pipe 154 It characterized in that it is formed of a motor pump 150 for supplying to the drive portion of the injection molding machine device 101, and the central space portion 140 is formed a space so that the motor pump 150 can be installed Lubricant regeneration supply unit. The method of claim 1, wherein the second filtering member 126 is a filter guide portion 1262, which is formed to protrude on one side of the lower end portion, a cutout portion 1261 with one side cut off, and the filter guide portion ( A filter 1266 inserted into the inside of 1262 and performing a filtering action, and a through hole 1264 which is a passage through which a plurality of filtered lubricants are formed in the space of the filter guide part 1262 and move to the second space part 124. And a support plate (1267) having a concave groove (1269) formed on the outer surface so that the filter guide portion (1262) is attached to and detached from the filter guide portion (1262). According to claim 1, The cover member 110 is the first filtering member 114 for guiding the lubricating oil discharged from the injection molding machine device 101 and the driving time and the amount of lubricating oil supply of the lubricating oil regeneration supply device 100 A control unit 112 for adjusting the back, a new lubricating oil supply unit 118 formed on one side of the cover member 110 to supply new lubricating oil from the outside, and a plurality of screws at the lower end of the guide unit 116. And a filter support plate (119) formed with a plurality of through holes (1192) so as to be detachable by the (1144) and the lubricant oil is discharged to the lower side. The method of claim 1, wherein the water separation means 160 is smaller than the specific gravity of the water is moved to the upper and lower shankdong member 164, and the water discharge is inserted detachably in the central portion of the shandong copper member 164 While being attached to the member 166 and the water discharge member 166 and the lubricant blocking member 168 that is moved up and down with the shank copper member 164, and the water discharge member 166, Lubricating oil regeneration supply device characterized in that it is formed by a water discharge pipe (169) having a tapered portion (1691) formed on the inner upper end. 5. The shank member 164 of claim 4, wherein the shank member 164 is provided with a space portion 1642 in which a space is formed to store lubricating oil therein, and a protrusion 1641 formed to protrude in the inner center of the shank member 164. ), A first groove portion 1646 formed in the protrusion 1641 and formed to detach the moisture discharging member 166, and a groove formed to insert the tip portion of the lubricant blocking member 168. The second recess 1648 and the upper side are sealed by the screw 1622 to prevent the lubricant oil stored in the space 1164 from being discharged to the outside, and a plurality of through holes 1624 are formed on the upper side thereof. Lubricating oil regeneration supply device characterized in that the cover member (162). The water discharging member 166 has a plurality of through-holes 1662 through which the outer circumferential surface of the water discharging member 166 is formed, a screw portion 1664 formed with a screw to be engaged with the water discharging pipe 169, and the lubricating oil blocking unit. Lubricating oil regeneration supply device characterized in that the through-hole 1666 is formed so that the protruding portion (1681) of the member (168) is protruded upward. The lubricant blocking member 168 passes through the through hole 1666 of the water discharging member 166 so that the distal end portion is inserted into the second recess 1648 of the shank moving member 164. The protruding binding portion 1801, the water blocking body 1687 which is a body for fixing the protruding binding portion 1801, and the water blocking protrusion 1683 formed on the other side of the water blocking body 1687. And a packing member (1684) inserted into the outer surface of the moisture barrier protrusion (1683) to block the lubricant from flowing out. The water receiving member 190 is additionally formed in the recessed portion 1222 formed in the lower end of the storage means 180 to store the water separated by the water separation means 160. Lubricating oil regeneration supply device. 6. The lubricant regeneration supply according to claim 5, wherein a protrusion (1649) formed to protrude into the shank member (164) and an iron core (1645) are additionally formed outside the protrusion (1649). Device. The method of claim 1, wherein the storage means 180 is connected to the buzzer sound release switch 1122 through the wire 196, the sensor is further formed to detect the lack of lubricating oil 194 is formed. Lubricating oil regeneration supply device.