JPS5946686B2 - Cylindrical article washing equipment such as rolling rolls etc. - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to equipment for cleaning cylindrical articles such as rolling rolls, and more particularly to wire rod rolling mills, particularly rolls in which rolling rolls are cylindrical and cantilevered in a so-called donut shape. , relates to cleaning equipment for cylindrical articles having hollow parts, such as rolling bearings.

The cantilever-supported rolling rolls of wire rod rolling mills are made of cemented carbide metal and have a hollow core, and it is especially important to regularly clean lubricant and other foreign substances that have settled in the hollow core. is needed.

Therefore, in the past, the rolls were removed from the rolling mill, placed in a cleaning liquid tank, and then manually scrubbed by workers with a so-called metal scrubber, etc.5, resulting in what was called "half-hearted work". This requires heavy labor, and the fact that the attached oil is quite strongly attached makes it difficult to clean accurately and quickly. It was also difficult to store large quantities.

The present invention was devised in view of the above-mentioned circumstances, and in particular, it is possible to clean, dry, and store articles such as rolling mill rolls, which are so-called donut-shaped cylindrical articles and have a high chance of oil adhesion, in a consistent assembly line. It can be processed mechanically.

Hereinafter, an embodiment of the present invention will be described with reference to the drawings, targeting a so-called cantilever-supported rolling roll of a rolling mill. Any cylindrical article with oil adhesion due to its shape may be used.

In FIGS. 1 and 2, which show the overall configuration with some parts omitted,
1 is a loading device, 2 is a cleaning device, 3 is an oil removal device, and 4 is a storage device.As is clear from the figure, the cleaning device 2 is on the delivery side of the loading device 1, and the oil removal device is on the delivery side of the cleaning device 2. A storage device 4 is sequentially provided on the delivery side of the oil removal device 3 . The carrying device 1 has a rail 5 that supports and guides a plurality of hollow rolls R by arranging a pair of channel materials back to back in a manner that allows them to roll freely. The rail 5 is provided at an angle, and kick-out bodies 7 and guide plates 8 are alternately provided at predetermined intervals in the longitudinal direction of the rail 5, and the kick-out body 7 supports one of the rolls R.
It also constitutes a means 9 for kicking out the rolls one by one and sending the rolls R in a fixed direction.

That is, as shown in FIGS. 3 and 4, guide plates 8 serving as conveyance surfaces are fixed at intervals in the longitudinal direction to rails 5 in which channel materials are arranged back-to-back. Between,
A kicking body 7 is pivotally supported via a horizontal shaft 10.

The kick-out bodies 7 are pivotally connected to connecting rods 11 provided below the rail 5 via horizontal shafts 12, and the connecting rods 11 are moved by the expansion and contraction strokes of a drive body 13, which is a telescopic cylinder in this example. The kick-out body 7 is made swingable about a horizontal shaft 10 as a fulcrum.

That is, a driver mounting bracket 14 is fixed to the lower surface of the rail 5 via bolts 15, a cylinder tube 16 is provided to the bracket 14 along the rail via bolts 17, and a piston end 18 is attached to the lower surface of the connecting rod 11. It is pivotally supported via a pin 21 to a bracket 20 fixed via a bolt 19.

The kicking body 7 has a straight portion 22 located on the extension plane of the guide plate 8 when the driving body 13 is contracted, and a circular arc surface portion 23 connected to the straight portion 22 and extending along the outer peripheral surface of the roll. As shown in FIG. 3, when the driving body 13 is contracted, the arcuate surface part 23 functions as a rolling prevention part of the roll R, and when the driving body 13 is extended, the straight part 22 functions as a rolling prevention part of the roll R. It functions as a kick-out portion, and one roll R can be intermittently fed thereto by alternately repeating the expansion and contraction motion of the drive body 13. Next, the configuration and operation of the cleaning device 2 will be explained with reference to FIGS. 5 to 14.

Reference numeral 24 denotes a washing box, which is supported via a leg stand 25.

Reference numeral 26 denotes a guide section, which consists of a pair of frames 28 attached via bolt-shaped supports 27, with openings 29 and 30 provided on the entry and exit sides of the guide section 26.
The guide portion 26 is substantially on the conveying extension surface of the roll loading device 1 and is inclined in the feeding direction.

Reference numeral 31 denotes a delivery plate which is detachably placed and engaged with the pair of frames 28 via pins 32 on the entry side of the guide portion 26.

Reference numerals 33 and 34 denote a pair of drive rollers, which in this example are flanged rollers, and are provided across the guide section 26 to handle the roll R carried from the roll carrying device 1 via the delivery plate 31.
At the same time, the roll R on the rollers 33 and 34
The roll is rotated around the roll axis while receiving the roll.

Therefore, in this embodiment, the roller shaft end is rotatably mounted on a movable frame 36 having an arm 35 via a bearing 37.
Sprockets 40, 41 fixed to roller shafts 38, 39
A winding body 42 is stretched between them.

The roller shaft 38 on the delivery side is supported by a fixed frame 43 via a bearing 44, and has a sprocket 45 in the middle thereof.

On the other hand, a prime mover 46 is provided at the top of the box 24, and a winding body with a tension device 50A is installed between a sprocket 47 provided on one output side of the prime mover 46 and a sprocket 49 on a relay device 48 provided on the fixed frame 43. By winding the sprocket 50 on the relay device 48 and the sprocket 45 on the roller shaft 38 with the winding body 52, the pair of drive rollers 33 and 34 are interlocked by starting the prime mover 46. I'm trying to drive it. Furthermore, the drive rollers 33 and 34 also use the kicking body of the roll R, and in this example, a connecting rod 53 is pivotally supported on the arm 35 with a pin 54 etc. in order to interlock with the connecting rod 11 of the carrying device 1. In this example, as shown in FIG. 10, the roller 34 is swingable about the roller shaft 38, and a notch 55 is provided in the frame 28 to allow the roller 34 to swing.

The rolls R on the drive rollers 33 and 34 are cleaned by brush bodies, and in this embodiment, the brush bodies 56 and 57 are movable toward and away from the end surfaces of both roll shafts and are rotatable relative to each other in the circumferential direction of the rolls. When the roll R is a so-called hollow roll, it is provided with a brush body 58 for cleaning the hollow inner surface thereof.

The so-called end brush bodies 56 and 57 face each other perpendicularly to the roll conveyance direction as shown in FIGS. 8 to 10, and can freely move near and far from each other.
The shafts of the brush bodies 56, 57 are rotatably supported, and gears 61, 62 are fixed to the shafts of the brush bodies 56, 57, respectively.

Each slider 59, 60 has two slide guide shafts 63 installed on the frames 28, 43 perpendicular to the roll conveyance direction.
, 64 in a slidable manner.

Reference numeral 65 denotes a slide drive body, which in this example is a telescopic cylinder installed vertically at the top of the washing box 24, and the upper ends of the pair of arms 67, 67 are pivotally supported by pins 68 to a connector 66 at the piston end of the slide drive body. The lower ends of each arm 67, 67 are pivotally supported by sliders 59, 60 via pins 69, 70.

Therefore, in this example, when the slide drive body 65 makes a contraction stroke, the brush bodies 56 and 57 move on the slide guide shafts 63 and 64 via the sliders 59 and 60, as shown in FIGS. 8 and 9. The brush bodies 56 and 5 slide toward each other by an equal distance, and with the extension stroke of the slide drive body 65, the brush bodies 56,5
7 is slid away. Reference numerals 71 and 72 are brush drive relay devices, which in this embodiment are rotatably provided on the outer surface of the frame 28 via bearings 73 and 74, and gear wheels 75 and 76 and sprockets J and V and 78 are coaxially connected. has
Each gear 75, 76 is provided at a position where it can be selectively engaged with each gear 61, 62 provided on each shaft of the brush bodies 56, 57.

That is, the brush body 56,
Gears 75 and 76 are provided at the positions where both the brush bodies 57 and gears 61 and 62 have slid toward each other, and when the brush bodies 56 and 57 come into contact with the roll end faces, they are driven via gear interlocking. When the brush bodies 56 and 57 are separated, the drive can be stopped.

That is, 79 is the sprocket shaft, and the frames 28, 4
3 through a bearing 80, and three sprockets 81, 82, 83 are fixedly installed on the shaft 79, one sprocket 81 and the sprocket 8 on the prime mover 46.
4 are interlocked by a winding body.

Also, the sprocket 82 is the sprocket J of the relay device 71.
In addition, the sprocket 83 is linked to the sprocket 78 of the relay device 72 by a wrapper 86.
, 72 are interlocked, and the brush body 56 is connected to the gears 75, 76.
, 57, when the gears 61 and 62 engage, the brush body 5
6 and 57 are forcibly driven, and the brush bodies 56 and 57 are rotated while being in contact with the end surfaces of the roll R supported on drive rollers 33 and 34 and rotating around the cylindrical center. On the other hand, the hollow part brush body 58 is for cleaning the hollow part R1, and in this embodiment, an arm 87 is fitted onto the axis of one end face brush body 56 so as to be relatively rotatable, and is supported by the arm 87. It is provided via a shaft 88, and the brush body 58
is actually located above the center between the shafts of the drive rollers 33, 34 and corresponds to the hollow R1 of the roll R received on the drive rollers 33, 34 (see FIG. 13).
A sprocket 89 is fixed on the support shaft 88 of the brush body 58, and a winding body 91 is suspended between the sprocket 89 and a sprocket 90 fixed on the axis of the end brush body 56.

Therefore, the brush body 58 can freely move near and far toward the guide section 26 perpendicular to the longitudinal direction of the conveying surface together with the brush body 56 described above, and can also be forcibly rotated together with the brush body 56 when the gear 61 and the gear 75 are engaged. and the brush body 5
8 corresponds to the roll hollow part R1 and can be inserted into and removed from the roll hollow part R1, so that the roll hollow part R1 can be cleaned by the brush body 58.

In this embodiment, in order to clean the rolls R having different diameters as shown in FIG. 6, in particular, since the brush body 58 circumscribes the hollow portion R1, the arm 87 is used as shown in FIGS. 1, 2 and 13. A guide body 92 whose height can be adjusted freely is provided, a guided body 94 having a cam surface 93 halfway in the height direction is provided on the roller frame 36, and the guide body 92 is brought into contact with the guided body 94.

That is, when the brush body 56 and the brush body 58 move to the left in FIG. 12, the brush body 58 swings via its arm 87 via the guided body 94, and together with this, so-called alignment is possible. Therefore, the first
2. As shown in FIG. 2, the brush body 58 can be circumscribed in the hollow portion R1.

Further, in FIG. 14, reference numeral 95 denotes a cleaning liquid ejecting member, which is provided inside the cleaning box 24 and is connected to each brush body 56, 5.
A cleaning liquid mixed with a degreasing agent or a degreasing liquid can be sprayed onto the contact surfaces between the rollers 7 and 58 and the roll R, or the entire surface of the brush body or the entire roll.

Therefore, the cleaning device 2 of this embodiment first receives and supports the rolls R, which are intermittently fed one by one by the carry-in device 1, by the drive rollers 33, 34.
The roll R is rotated around its cylindrical center by the drive of 34, while the brush bodies 56 and 57 are brought into contact with the end face of the roll as shown in FIG. By driving and spraying degreasing cleaning liquid from the cleaning liquid jetting member 95, oil adhering to the roll end face, hollow portion, etc. can be degreased and cleaned over the entire roll.

Note that after cleaning, after the jetting member 95 interrupts or stops jetting, and the brush bodies 56, 57, and 58 move away, the loading device 1 is kicked out by extending the driving body 13 shown in FIG. The body 7 is pushed up, and in conjunction with this, the drive roller 34 is pushed up using the other drive roller 33 as a fulcrum to roll and send it to the next oil removal device 3 via the guide plate 96. By reducing the drive body 13, the kicking body 7
Then, the drive roller 34 is returned to its old position, and the roll R is intermittently sent there one after another for cleaning.

In addition, the cleaning device 2 is equipped with an inspection window 97 that can be opened and closed, a cleaning confirmation window 98 that can be seen through, and a drain pipe (not shown).

Next, referring to FIGS. 15 to 18, the oil removal device 3
The configuration and operation of the system will be explained.

99 is an oil removal box, which is similar to the cleaning box 24.
It is supported by a leg stand 100 at a predetermined distance on the delivery side.

Openings 101 are provided on the inlet and outlet sides of the oil removal box 99.
, 102 are provided on the conveyance line, and both openings 1
01,102 and roll guide rails 103,10
4 is provided so as to be inclined downward in the feeding direction, and the entrance guide rail 103 is connected to the guide plate 96 of the cleaning device 2 .

The guide rails 103 and 104 have bottom plates 105 arranged in a row at a predetermined interval as shown in FIG. Also,
The entrance guide rail 103 is covered by a tunnel member 106 that is detachably provided between the exit side of the cleaning bottle 24 and the entrance side of the oil removal box 99. Further, the outlet opening 102 of the oil removal box 99 has an upper hinge 107.
The shutter 108 is provided with a shutter 108 pivoted at
is openable at least in the roll delivery direction.

109 is a heating pressure medium, for example, a steam inlet; box 99
A discharge port 110 is provided in the lower part corresponding to the central upper part of the steam inlet 10, although not particularly shown.
9 is connected to a heated pressure medium jetting member 111 as shown in FIG. 18 via a connector or the like.

112 and 113 are drive rollers, and guide rail 1
Fixed frame 114 provided along both sides of 03, 104
, 114 via bearings 115, 115 so as to be rotatable around a horizontal axis. In this embodiment, a flanged roller is shown, and is provided across the guide rails 103, 104 at the lower part of the conveying surface thereof.

A pair of drive rollers 112 and 113 are installed at intervals in the conveying direction, and the roller shafts 116 and 117 are located at the 17th
As shown in the figure, the movable arms 118, 118 have bearings 119,
A winding body 122 is provided between sprockets 120 and 121 which are provided via a sprocket 119 and fixed on roller shafts 116 and 117.
is suspended, and both rollers 112 and 113 can be synchronized and interlocked around the center.

One of the roller shafts 116 and 117 is supported on the side wall of the box 99 via a bearing 123, as shown in FIGS. 16 and 17, and the sprocket opening 24 is fixed onto the roller shaft 116. Next, the sprocket 124 and the sprocket 125 (9th
(see figure) are suspended by a winding body 126 in a freely interlocking manner.

Therefore, in this embodiment, the drive rollers 33 and 34 of the cleaning device 2 and the drive rollers 112 and 113 of the oil removal device 3 can be driven by the prime mover 46 of the cleaning device 2. Therefore, when one roll R cleaned by the cleaning device 2 is sent to the drive roller 112,
The roll R is received and supported on the roller 113, and the roll R is driven by the drive rollers 112 and 113.
can be rotated around its center. Therefore, as shown in FIG. 18, while rotating the roll R on the drive rollers 112, 113, steam etc. are ejected from the heated pressure medium ejecting member 111, and the oil is removed together with the cleaning liquid. By directing the roller 111 toward the outer peripheral surface of the roll R and toward the roll hollow R1 as shown in FIG. 18, oil and other impurities can be forcibly removed along with the cleaning liquid over the entire roll.

As described above, the drive rollers 112 and 113 have the function of supporting the roll R and imparting roll rotation, as well as the function of kicking the roll R toward the next storage device 4. In addition, a notch 127 is provided in the fixed frame 114, 114 between the movable arm 118, 118 and the exit guide rail 104.
and the arm 35 of the drive rollers 33 and 34 of the cleaning device 2.
, 35 can be freely interlocked with the pin 129 by connecting rods 128, 128.
, 129, and therefore, in this embodiment, by the expansion and contraction movement of the drive body 13 shown in FIG. , drive roller 11 of the oil removal device 3
3 is able to swing vertically around the leading roller shaft 116 as a fulcrum.

Therefore, after the above-mentioned predetermined work is completed by the oil removal device 3, the roll R is rolled to the next storage device 4 via the exit guide rail 104 by moving the drive roller 113 upward. Thereafter, the drive roller 113 moves downward to wait for the next roll R to be received and rotated.

In addition, the oil removal device 3 has roll end face guide members 130, 130 as shown in FIG.
30 and 130 prevent the roll R on the drive rollers 112 and 113 from falling, and also to accurately guide the roll R onto the exit guide rail 104 even when the roll R is kicked out.

Next, an embodiment and operation of the performance device 4 will be described with reference to FIGS. 19 to 25 as well as FIGS. 1 and 2.

131 is a fixed base, and a pair of rails 132, 132 are installed and fixed on this fixed base 131 in parallel with each other and along the roll conveyance direction.

A vertical frame 133 is erected and fixed on one side of the fixed base 131, and on the upper part of this vertical frame 133, beams 134 made of a combination of channel materials are arranged in rows at predetermined intervals in the longitudinal direction of the rail. Storage shelf 13
5, and the storage shelves 135 extend orthogonally to the roll conveyance direction and are configured at intervals in the roll conveyance direction.

136 is a carrier, which has wheels 137 that roll on the rails 132, 132 and auxiliary wheels 138 that come into contact with the lower surfaces of the rails 132, 132; It can freely reciprocate in the direction of the arrow shown in FIG. 19 via the running body 140 and the like.

That is, the starting force of the prime mover 139 can be transmitted to the drive shaft 142 installed on the fixed base 131 side via the wrapped transmission body 141, and the drive sprocket 143 is attached to the drive shaft 142.
Fix a pair of.

On the other hand, a pair of driven sprockets 144, 144 corresponding to the driving sprocket 143 are fixed to a shaft 146 installed between the bearing devices 145, 145 as shown in FIG. While hanging the winding running body 140 shown in FIG.
As shown in Figure 4, adjustable and fixed screw connectors 146, 14
6, the winding running body 140 is connected to the carrier 136. Therefore, when the winding running body 140 is rotated by the forward/reverse drive of the prime mover 139, the carrier 136 is rotated by the wheel 1.
37 and auxiliary wheels 138, it is possible to reciprocate on the rails 132, 132.

A so-called transverse feed rail 147 along the fixed beam 134 is fixed to the upper surface of the carrier 136, and a transverse feed frame 148 is mounted on this rail 147 so as to be freely movable via wheels 149 as shown in FIG. A traversal drive body 150 is provided which represents the traverse frame 148 and the carrier 136 as telescopic cylinders.

That is, the transverse feed drive body 150 is fixed to the upper surface of the carrier 136 via a bracket 151 etc., and its piston rod end is connected to a bracket 154 fixed to the lower surface of the transverse feed frame 148 via a connector 152 and a pin 153. Therefore, due to the telescopic movement of the traversing drive body 150, the traversing frame 14 is moved through the wheels 149.
8 is capable of reciprocating in a direction orthogonal to the roll conveyance direction.

155 is an elevating frame, which is provided corresponding to the lower part of the storage shelf 135 between the fixed beams 134, and the elevating frame 1
55 is a link connecting body 156 attached to the horizontal feed frame 148.
As shown in FIG. 21, it is supported by a plurality of elevating and lowering drive bodies 157 so as to be freely movable up and down.

That is, in the embodiment, the telescopic cylinder is moved across the frame 14.
8 and the piston end is placed upright on the lifting frame 15.
It is connected to 5. Reference numeral 158 denotes a mounting member, and as shown in FIG. The roll R can be floated by lifting the roll R through the mounting member 158. Also, as shown in FIG.
160 is provided, and the lifting frame 155 engages with the engaging portions 160, 160, so that the mounting member 158 can be moved horizontally by the expansion and contraction of the horizontal feeding drive body 150.

161 is a roll receiving passage, and the oil removing device 3 described above is
In this embodiment, each fixed beam 13
A fixed side frame 164 having an L-shaped guide side plate 162 erected at the free end of 4, and a bottom plate 163 extending in the conveying direction between the fixed beams and interposed between the fixed beams.
Each bottom plate 163 substantially cooperates with the horizontal portion of the guide side plate 162 to form a roll path bottom plate.

The bottom plate 163 of the roll path is located between each beam, and the mounting member 158 can be pushed upward beyond this bottom plate 163. Therefore, the bottom plate 163 is located on the top of the mounting member 158. It is provided with a recessed portion 165 that does not interfere with the.

Reference numeral 166 denotes a stopper, which fits into the roll receiving passage 161, and the stopper 166
6 via a frame 167, and the stopper 166 is provided with a buffer body 168 such as an elastic material to buffer the roll R rolling into the passage 161.

Therefore, the stopper 166 is kept at the back of the first stage storage shelf 135 (on the rolling advance side), and in this state, the roll R from the oil removal device 3 is passed through the guide rail or the guide plate 104. When it is rolled, the rolling force is alleviated by the buffer body 168, and it is stopped at the free end of the storage shelf 135, and is supported via the bottom plate 163 and the like.

Therefore, the lifting drive body 157 is extended and the mounting member 158
At the same time, the roll R is floated up by the extension of the transverse feed drive body 150, and the roll R is transversely fed toward the storage shelf 135 while being supported by the mounting member 158, and then, through the contraction of the elevating drive body 157, The roll R is placed on the storage shelf 135 between the fixed beams, and the transverse feed drive body 150
The mounting member 158 is moved back to the old position through the contraction operation. By repeating this operation sequentially, a plurality of rolls R are neatly lined up and stored on the first storage shelf 135, and when the rolls are lined up on the first storage shelf 135, they are stored together with the carrier 136. Set the stopper 166 to the second
The rolls R can be stored in an orderly manner in the same way as described above by making the storage shelves 135 of the tiers stand by, and since the storage shelves 135 in this embodiment are arranged in 5-tier rows, a large number of rolls R can be stored in an orderly manner without mutual interference. The number of rolls R will be stored. As described above, in short, the present invention includes a carrying-in device 1 equipped with a means 9 for supporting a cylindrical article R such as a roll and feeding the cylindrical article R in one direction, and a cleaning device provided on the delivery side of the carrying-in device 1. 2, an oil removal device 3 provided on the delivery side of the cleaning device 2, and a storage device 4 provided on the delivery side of the oil removal device 3 are arranged in sequence, and the cleaning device 2 comprises: It is provided across the conveyance extension surface of the carry-in device 1.

A pair of drive rollers 33 and 34 that receive the transported cylindrical article R and rotate it around the cylindrical center, and a pair of drive rollers 33 and 34 that rotate the cylindrical article R on both sides of the drive rollers 33 and 34. brush bodies 56, 57 that can freely come into contact with and separate from the end faces of the drive rollers and forcibly rotate; The oil removal device 3 is constructed of a removable and forcibly rotated brush body 58 and a cleaning liquid ejecting member 95, and the oil removal device 3 is provided across the conveyance extension surface of the conveyance device 1. A pair of drive rollers 112 that receive the cylindrical article R and rotate it around the cylindrical center.
. A stopper 166 that receives the incoming cylindrical article R, and a cylindrical article R that is received by the stopper 166.
a storage shelf 135 provided on the side of the stopper 166 and capable of arranging a plurality of cylindrical articles R; and a lateral feed drive that reciprocates the mounting member 158 with respect to the storage shelf 135. The drive rollers 33, 34, 112, 113 of the cleaning device 2 and the oil removing device 3 each have one roller axial center as a fulcrum and the other roller 34, 113 from the conveying surface. The present invention relates to a washing equipment for cylindrical articles such as rolling rolls, which is characterized in that they are connected in an upwardly swingable manner, and therefore has the following advantages.

A loading device 1, a cleaning device 2 on the delivery side of the loading device 1, an oil removal device 3 on the delivery side of the cleaning device 2, and a storage device 4 on the delivery side of the oil removal device 3 are sequentially arranged in series. In addition to the basic effect that the work can be carried out smoothly and quickly, the roll R on the carrying device 1 can be processed as a so-called assembly line work.
There is no need to carry it around manually, which contributes to labor savings.

Further, since the cleaning device 2 rotates the cylindrical article R while supporting it on the drive rollers 33 and 34, the cleaning liquid and the brush bodies 56 and 57 are spread over the entire cylindrical article R.
, 58, it is possible to reliably and quickly remove even strongly adhered oils, etc., especially when removing cylindrical articles R.
Since the brush body 58 is forcibly rotated and inserted into and removed from the hollow part R1 while rotating, the hollow part R1, which is difficult to peel off,
Also in No. 1, oil and the like can be removed. Also, in the oil removal device 3, the cylindrical article R has oil separated from the cleaning liquid by the drive rollers 112 and 113 and is attached in a free form.
Since the oil is rotated, the oil can be removed reliably, and in particular, since the heated pressure medium is ejected to remove the oil, the oil can be removed quickly and reliably.

In addition, the cylindrical articles R processed in the continuous flow operation as described above can be received by the stopper 166 and stored in rows in the storage shelves 135 in order, so that the processed cylindrical articles R can be stored and managed. can be carried out reliably.

Further, the drive rollers 33 and 34 of the cleaning device 2 and the drive rollers 112 and 113 of the oil removal device 3 both have the function of supporting the cylindrical article R and applying rotational force around the cylindrical center, and also kick out and send out the cylindrical article R. Since the so-called pick-out function is also used, the structure is simple.
3 are interlocked and connected, so it is possible to send out and receive the cylindrical article R in a timely manner.

It should be noted that what has been illustrated and described in detail above is one embodiment of the present invention, and the following modifications and the like can be made to the present invention.

For example, when the cylindrical articles R have the same diameter and the diameter of the hollow portion R1 is also the same, there is no need to center the brush body 58 for the hollow portion R1 using the inclined cam portion 93 as in the embodiment.

Also, the same brush bodies 58 are provided in pairs on the left and right sides. A detector such as a limit switch is provided to confirm the near and far movement of the brush bodies 56 and 57.

Similarly, a detector for checking the swinging of the drive rollers 33, 34, 112, 113 should be provided. Further, in the case of the storage device 4, only a single storage shelf 135 is provided.

[Brief explanation of drawings]

The drawings show an embodiment of the present invention, in which Fig. 1 is a partially omitted elevation view outlining the overall configuration, Fig. 2 is a plan view of Fig. 1, and Fig. 3 is a plan view of Fig. 1.
The figure is a detailed elevational view of an example of the cylindrical article delivery mechanism in the loading device, FIG. 4 is a sectional view taken along the line AA in FIG. 3, FIG. 5 is a plan view of the cleaning device, and FIG. side elevation, No. 7
The figure is a cross-sectional view taken along line BB in Figure 5, and Figure 8 is a cross-sectional view taken along line C-- in Figure 7.
9 is a plan sectional view showing the main part of FIG. 8, FIG. 10 is a front view of FIG. 9, and FIG. 11 is a sectional view of FIG. 10 D-
12. 1 and 2 are elevation views showing the operation of the brush body. FIG. 13 is a view taken along the line E-E in FIG. 12.
The figure is a perspective view showing an overview of the cleaning device, FIG. 15 is a partially cutaway elevation view showing the cleaning device and oil removal device, FIG. 16 is an arrow view of FIG. 15 F-F, and FIG. 17 is a Fig. 15 is a sectional view taken along the arrow GG-G, Fig. 18 is a perspective view showing an outline of the oil removal device, Fig. 19 is a partially cutaway elevational view of the storage device, Fig. 20 is a side view of the same, and Fig. 20 is a side view of the same. Figure 21 is an arrow diagram of Figure 20 H-H, and Figure 22
The figure is a detailed view of the traverse feed drive body, and Figure 23 is the l- of Figure 22.
1, FIG. 24 is a detailed view of the carrier section, and FIG. 25 is a detailed view of the storage shelf, mounting member, etc. 1...Carrying device, 2...Cleaning device, 3
...Oil removal device, 4...Storage device,
9... Feeding means, 33, 34... Drive roller, 56, 57, 58... Brush body,
65...Brush body sliding drive body, 95...
・Cleaning liquid ejection member, 111... Heating pressure medium ejection member, 112, 113... Drive roller, 12
8...Continue, 136...Carrier, 1
50...Transverse feed drive body, 135...Storage shelf, 158...Placement member, 166...
・Stotsupa.

Claims (1)

[Claims] 1. A carrying device 1 equipped with a means 9 for supporting a cylindrical article R such as a rolling roll and for feeding the cylindrical article R in one direction;
A cleaning device 2 provided on the delivery side of the loading device 1, an oil removal device 3 provided on the delivery side of the cleaning device 2, and a storage device 4 provided on the delivery side of the oil removal device 3. A pair of drive rollers 33 are arranged in sequence, and the cleaning device 2 is provided across the conveyance extension surface of the carry-in device 1, and receives the conveyed cylindrical article R and rotates it around the cylindrical center. , 34, brush bodies 56, 57, which are provided on both sides of the drive rollers 33, 34, are able to move toward and away from the end surface of the cylindrical article R on the drive rollers 33, 34, and forcibly rotate, and at least the drive rollers 33, 34
The brush body 58 is provided on one side and is configured to be inserted into and removed from the hollow portion R1 of the cylindrical article R on the drive rollers 33 and 34 and forcibly rotated, and a cleaning liquid spouting member 95; A removing device 4 is provided across the conveying extension surface of the carrying device 1, and a pair of drive rollers 112 and 113 that receives the cylindrical article R conveyed from the cleaning device 2 and rotates it around the cylindrical center; and a jetting member 111 that jets a heated pressure medium to the cylindrical article R on the drive rollers 112 and 113, and the storage device 4 is configured to store the cylindrical article R conveyed from the oil removal device 3. A stopper 166 for receiving and the stopper 166
a mounting member 158 that supports the cylindrical articles R received by the stopper 166; a storage shelf 135 that is provided on the side of the stopper 166 and can accommodate a plurality of cylindrical articles R; and the mounting member 158 is placed on the storage shelf 135. the drive rollers 33, 34, 112 of the cleaning device 2 and the oil removal device 3;
, 113 are connected to each other so that the other rollers 34 and 113 can swing upwardly from the conveying surface, with the axis of one roller serving as a fulcrum.