JP2001073175A - Automatic parts washing device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To obtain an automatic parts washing device which is capable of surely washing parts and is automated. SOLUTION: The automatic parts washing device is arranged with a transfer means for forward transferring baskets 2, is provided with a supply means for supplying the baskets 2 down to a low working position and upward carrying the baskets 2 and is further successively arrayed with a washing area B, a liquid draining area C, a rinsing area D, a liquid draining area C and a drying area E. The device is provided with a rotation imparting unit to rotate all of the baskets 2 existing at the working position so that the baskets 2 are rotated, by which a washing liquid is blown to the baskets in the washing area B, a rinsing liquid in the rinsing area D and hot air in the drying area E, respectively. In such a case, the parts may be completely washed and washing work efficiency is improved. Also, the washed off fats and oils may be surely recovered into lower tanks and further, the transfer of the stuck fasts and oils and the washing liquid to the ensuring tanks is lessened in the automatic line and the life of the washing liquid is prolonged.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

TECHNICAL FIELD The present invention relates to a screw, a rivet,
A cleaning device that cleans and removes metal powder and oils and fats attached during the production of parts such as bolts and washers.Parts automation that saves the cleaning liquid and enables the automation of consistent cleaning operations from cleaning to drying. The present invention relates to a cleaning device.

[0002]

2. Description of the Related Art Conventionally, in the production of these small parts, various cleaning machines have been used to remove metal powders and oils and fats generated during the production. Such cleaning work is indispensable when heat-treating these small parts or performing a surface treatment such as plating. Since defective products are generated in the processing, this is an essential step in finishing as a product. For this reason, an apparatus as shown in FIG. 6 is currently used as a general cleaning apparatus. Normally, a predetermined amount of a cleaning liquid is stored in a predetermined amount in a storage tank 101, and a basket 102 containing components (not shown) is immersed therein for a predetermined time, and is immersed therein. The components in the basket 102 are cleaned by rotating the components.

In order to rotate the basket 102, the motor 131 is disposed in the storage tank 101, the roller 130 connected to the motor 131 is inclined and rotated, and the basket 102 is brought into contact with the roller. 102 rotates. Reference numeral 120 denotes a lift elevator for immersing or removing the basket 102 in the cleaning liquid. The elevator 120 immerses or removes the basket 102 in the cleaning liquid. Then, the basket 102 storing the parts thus cleaned is drained in the next step and then dried by hot air to complete the cleaning operation.

[0004]

However, in such a washing machine, when the parts are washed by this, the basket into which the parts are put is immersed in a storage tank storing the washing liquid, and after washing, Since the basket is taken out, the grease removed by washing the parts floats on the surface of the washing liquid, so that when the basket is taken out, the floating grease adheres to the washed parts. And complete cleaning of the parts was not possible. Further, in order to obtain reliable washing by this method, it is necessary to replace the washing liquid with a new one every time the work is performed, and a large amount of washing liquid is required. Furthermore, in the case of an automated line for cleaning a large number of components by arranging such storage tanks, grease and cleaning liquid as impurities adhere to the tank and are transferred to the next tank. The concentration will change. For this reason, in order to control the quality of the parts being cleaned, it is necessary to monitor a predetermined concentration for each tank, and replenishment and thinning of the cleaning liquid are frequently performed. In addition, since the rollers for rotating the basket and the basket are submerged in the washing liquid, the rotation resistance of the basket is large, and the output of the motor for rotating the basket is inevitably large, and the apparatus is expensive. And other issues.

A first object of the present invention is to solve the above-mentioned problems and to provide a completely automatic parts automatic cleaning apparatus which can perform cleaning of parts in a short time and without waste, and which is fully automated. A second object of the present invention is to provide an automatic parts cleaning apparatus capable of obtaining a cleaning liquid having a long service life and enabling repetitive reuse in addition to the above objects.
The basket in which the parts have been placed
A fourth object of the present invention is to provide a feeding means for lowering the transported basket to a lower washing position and transporting the basket upward after the operation is completed.

[0006]

SUMMARY OF THE INVENTION A first object of the present invention is to:
In a cleaning apparatus in which a plurality of baskets 2 each having a bottomed cylindrical mesh shape for storing parts are arranged and supplied and intermittently transferred one pitch at a time every predetermined time, from washing to drying of the parts in the basket 2 is automated. A transfer means disposed at an upper transfer position to transfer the basket 2 addressed to a predetermined transfer pitch forward, and to supply the transferred basket 2 to a lower work position at a predetermined position and to move the basket 2 upward after a lapse of a predetermined time. The supply unit, the washing unit line in which the washing area B, the draining area C, the rinsing area D, the draining area C, and the drying area E are sequentially arranged along the transfer direction, and the basket 2 at the working position are all rotated. It is composed of a rotation applying unit and shower means arranged above the washing area B and the rinsing area D, and the parts are stored. The basket 2 moves upward by one pitch every work cycle in the upper part, and the basket 2 rotates in the lower part in the work position so that the cleaning liquid is supplied in the cleaning area B, the rinsing liquid is supplied in the rinsing area D and the drying liquid is supplied in the drying area E. This is achieved by providing an automatic parts cleaning device that blows hot air respectively.

A second object of the present invention is to align and supply a plurality of baskets 2 each having a bottomed cylindrical mesh shape for storing parts, and to intermittently transfer one pitch intermittently every predetermined time. In a cleaning apparatus which automates from washing to drying of parts, a transfer means arranged at an upper transfer position to transfer the basket 2 addressed to a predetermined transfer pitch forward, and a work position at which the transferred basket 2 is moved downward at a predetermined position. Supply means for transporting after a predetermined time elapses and a first cleaning area B along the transport direction.
1, a cleaning unit line in which liquid drainage area C, second cleaning area B2, liquid drainage area C, third cleaning area B3, liquid drainage area C, rinse area D, liquid drainage area C, and drying area E are sequentially arranged; A rotation imparting unit for rotating all the baskets 2 in the working position;
The basket 2 in which the parts are stored is moved by one pitch every work cycle in the upper part, comprising the second and third washing areas B1, B2, B3 and the shower means arranged above the rinsing area D; In the lower working position, the first, second and third baskets 2 are rotated.
This is achieved by providing an automatic parts cleaning apparatus that blows a cleaning liquid in the cleaning areas B1, B2, and B3, a rinsing liquid in the rinsing area D, and a hot air in the drying area E.

A third object of the present invention is to provide a feed rod 10 which is horizontally movable upward and reciprocally rotatable by a predetermined angle and has a plurality of levers 13 fixed at predetermined intervals. A transfer drive source for moving the feed rod 10 back and forth in the horizontal direction, and rotating the feed rod 10 so that the tip of the lever 13 reaches downward and locks the basket 2 when the feed rod 10 advances. This is achieved by providing an automatic parts cleaning apparatus having a transfer means including a rotation drive source configured to reverse the rod 10 so that the tip of the lever 13 reaches an upper position when the rod 10 retreats and the basket 2 is unlocked. You.

A fourth object of the present invention is to raise and wait at a predetermined upper position while the basket 2 is being moved forward in the horizontal direction at the transfer position, and the transferred basket 2 reaches the predetermined position. Then, the rotation imparting roller 3 of the basket 2 which is lowered and arranged at the lower working position
The present invention is achieved by providing an automatic parts washing apparatus having a supply means for rotatably supporting the basket 2 at 0.

[0010]

FIG. 1 is a block diagram showing an embodiment of the present invention.
5 through FIG. 1 and 2, 1
Is a frame on which a washing unit line is arranged, and a moving drive motor 11 as a transfer drive source for moving a feed rod 10 movable back and forth in the horizontal direction along the longitudinal direction of the frame 1 is fixed on the upper portion of the frame 1. Have been. The feed rod 10 is connected to a forward / reverse rotation motor 12 as a rotation drive source for rotating the feed rod 10 forward / reverse by a predetermined angle, and an L-shaped lever 13 is provided on the feed rod 10 as shown in FIG. A plurality of wires are fixed at intervals. The feed rod 10 is adapted to move along two guide rails 14 arranged along the longitudinal direction of the frame 1, and the guide rail 14 causes the feed rod 10 to swing when the feed rod 10 rotates and reversely rotates. Has been blocked. The distance between the levers 13 of the feed rod 10 is such that the bottomed cylindrical mesh-shaped basket 2 into which components (not shown) are charged and stored fits, and is provided on one side of the frame 1 as shown in FIG. The basket 2 carried in from the carried-in path 4 is transferred to one pitch. The basket 2 is sequentially transported to one pitch every work cycle, and is discharged from the other end of the frame 1 to the discharge path 5 when all the work is completed.

As shown in FIG. 1, a standby portion A is provided at the end of the carry-in path 4, and the basket 2 before the start of the cleaning operation is to wait here. This standby unit A
Next, a first cleaning area B1 is arranged in front of the first cleaning area B1, and following the first cleaning area B1, a liquid drainage area C, a second cleaning area B2, a liquid drainage area C, a third cleaning area B3, The cleaning unit line is configured by arranging the liquid draining area C, the rinsing area D, the liquid draining area C, and the drying area E in this order, and the discharge path 5 is connected after this. The first cleaning area B1 and the second cleaning area B
In the second and third washing areas B3, the parts in the plurality of baskets 2 are sequentially and repeatedly washed for a predetermined time while being intermittently transferred. , The third cleaning area B1, B2,
The cleaning liquid attached to the part cleaned in B3 is washed off and a rinsing liquid is sprayed.

In this embodiment, the first cleaning area B1, the liquid draining area C, the second cleaning area B2, the liquid draining area C, the third cleaning area B3, and the liquid draining area C are provided to perform the cleaning operation. The liquid draining operation is alternately repeated in three stages so that a reliable cleaning operation can be obtained. However, the present invention is not limited to this. Although this may slightly shorten the life of the cleaning liquid, it can sufficiently cope with cleaning of a relatively small amount of parts. These first
Between each of the washing, the second washing, the third washing, the rinsing, and the drying area, a draining area C for shaking off the washing liquid and the rinsing liquid attached to each area is arranged.

The work in each of the washing, rinsing, and drying areas is performed at a work position located diagonally below. As shown in FIG. 3, one pitch of the feed rod 10 as the intermittent transfer means is used. Are supplied downward by elevating elevators 20 as supply means provided at respective transfer positions. The elevators 20 are connected to each other by a connecting member 21 fixed to the lower end of the elevator 20 so as to simultaneously move up and down at each working position at a position of one pitch of a predetermined transfer. These elevators 20 are fixed to the frame 1. Transmission chain 23 and transmission sprocket 2
4, the drive chain 25 can be driven. The drive chain 25 is adapted to move up and down with both ends fixed to the elevator 20, and the elevator 20 is guided by an elevator guide 26. A stopper 27 having a U-shaped cross section for supporting the basket 2 is fixed to a lower portion of the elevator 20 so that the basket 2 is supported during the vertical movement. On the other hand, as shown in FIG. 4, a pressing roller 28 that constantly urges the rotation support section 3 fixed to the outer periphery of the basket 2 is attached to the upper part of the elevator 20.

Further, at a lower limit position of the elevator 20, a rotation imparting roller 30 for contacting the rotation support portion 3 of the basket 2 to give a constant rotation to the basket 2 is provided.
Are rotatably supported, and all of the rotation applying rollers 30 are driven by a single rotation applying motor 31 fixed to the frame 1 as shown in FIG.
2 is driven. In this driving chain 32, the tension of the driving chain 32 is adjusted by a tension sprocket 33 disposed between the rotation applying rollers 30 adjacent to each other, and all the baskets 2 rotate when the elevator 20 reaches the lower limit position. The application roller 30 rotates all at once for a predetermined time.

On the other hand, the first, second and third cleaning areas B
As shown in FIG. 3, shower nozzles 6 for spraying a predetermined concentration of cleaning liquid onto the parts in the basket 2 above the working positions of 1, B2, and B3 each have a number corresponding to the number of baskets 2 in these areas. A shower nozzle (not shown) for spraying the rinsing liquid onto the components in the basket 2 is provided above the working position of the rinsing area D at a position corresponding to the number of baskets 2 in this area. It is attached to each corresponding position. Above the working position of the drying area E, hot air nozzles (not shown) for blowing hot air for drying and removing liquid adhering to the surface of the components in the basket 2 into the basket 2 in this area, respectively. Are arranged similarly to the shower nozzle 6.

Further, as shown in FIG. 1, a cleaning liquid storage tank 40 and a rinsing liquid storage tank 41 for collecting and storing the used cleaning liquid and rinsing liquid in each area are provided below these areas. , FIGS. 2 and 3
As shown in FIG. 5, a separation tank 42 is mounted on the rear upper portion of the frame 1 to separate and remove impurities such as oils and fats of the collected cleaning liquid collected in the cleaning liquid storage tank 40 and to reuse the cleaning liquid again as a cleaning liquid. I have. A waste liquid tank 43 is disposed below the separation tank 42 for collecting impurities such as metal powder precipitated on the separation tank 42.

In the component washing apparatus having the above-described structure, as shown in FIGS. 1 and 2, when the basket 2 in which the components are put and stored is carried into the standby section A from the carry-in path 4, the parts are transferred. The feed rod 10 of the means rotates and the lever 1
3 can lock the basket 2. Thereafter, the feed rod 10 moves forward by one pitch, the basket 2 is transferred to the first washing area B1, and the feed rod 10 reverses and returns to its original position.
It goes into a standby state. On the other hand, the transferred basket 2 is subsequently transferred to the elevator 20 as shown in FIG.
The basket 2 is supported by the stopper 27 of the elevating elevator 20 and transported to a diagonally lower working position. The basket 2 is rotated by the rotation applying roller 30 which is constantly rotating, and the rotation support portion 3 fixed around the basket 2 is supported. Is done. The rotation of the basket 2 is performed for a predetermined period of time, and at the same time, the washing liquid is sprayed into the basket 2 from the upper shower nozzle 6, so that the deposits such as oils and fats and metal powder attached to the parts are washed. Dropped. This work is usually performed for one minute, but the time can be changed according to the work situation. Then, after this, the elevator 20
Rises, the basket 2 reaches the upper transfer position, the feed rod 10 rotates again, and is locked.
It moves forward by the pitch and is transported forward. At this time, the parts are simultaneously charged and stored, and the next basket 2 in the standby section A is transferred from the standby section A to the first washing area B1 by the feed rod 10 and is again supplied to the working position by the elevator 20.
In the first washing area B1, the washing operation for one basket 2 is repeated several times.

The basket 2 storing the parts that have been repeatedly cleaned in the first cleaning area B1 as shown in FIG.
Then, as shown in FIG. 2, the feed rod 10 is then used to move to the first draining area C, and then the basket 2 is lowered to the working position by the elevator 20 and is rotated at the working position for a predetermined time so that the liquid is shaken. Dropped. Then, the drained basket 2 is lifted by the elevator 20 and the feed rod 10 is operated to transfer the basket 2, and the drained basket 2 is transferred to the next second washing area B2. . In this area B2, the basket 2 is similarly supplied to the working position by the elevator 20 and the washing operation is repeated several times. The cleaning liquid in the second cleaning area B2 is a cleaning liquid having less impurities than the cleaning liquid in the first cleaning area B1, and is a so-called intermediate cleaning with respect to the so-called rough cleaning in the first cleaning area B1. The basket 2 after the completion of the washing work in the second washing area B2 is then transferred to the liquid draining area C, reaches the work position by the elevator 20, and the basket 2 rotates to shake the liquid adhering to the parts. Dropped.

Subsequently, when the basket 2 is lifted by the elevator 20, all the baskets 2 are simultaneously transported forward by the feed rod 10 again. Thereby, the basket 2 moves by one pitch, and the washing operation of the drained basket 2 is repeated in the third washing area B3. The cleaning liquid in the third area B3 is a cleaning liquid having less impurities than the cleaning liquid in the second cleaning area B2, and is a so-called finish cleaning with respect to the intermediate cleaning in the second cleaning area B2. The basket 2 after the completion of the cleaning operation in the third cleaning area B3 is returned to the draining area C again.
The basket 2 is rotated by the elevator 20 and the liquid adhering to the parts is shaken off.

The basket 2 after all the washing operations have been completed in this way, is subsequently transferred to the rinsing area D and carried to the operation position by the elevator 20 in the same manner as the washing operation, and the basket 2 is supported by the rotation imparting roller 30. And rotate. At the same time, the rinsing liquid is blown out from the shower nozzle, and the rinsed parts are rinsed. In the rinsing area D, the rinsing operation is repeated several times. When the rinsing operation is completed, the basket 2 is again moved to the draining area C by the elevator 20 and the feed rod 10
After the transfer, the basket 2 is lowered to the working position by the elevator 20 and the basket 2 is rotated by the rotation imparting roller 30 to shake off the rinsing liquid. Then, the basket 2 is raised again by the elevator 20, transported one pitch by the feed rod 10, and transported to the drying area E.
In the drying area E, the basket 2 is transported forward by repeating rotation and ascending and descending movements, and hot air is blown at each of the work positions. Therefore, the components in the basket 2 are dried and the basket 2 is discharged from the discharge path 5. Is done. By repeating such a series of operations, the parts can be automatically cleaned.

In addition, the respective cleaning liquids in the first cleaning area B1, the second cleaning area B2, and the third cleaning area B3 are collected in the cleaning liquid storage tanks 40 arranged for each area. The rinsing liquid in the rinsing area D is also collected in the rinsing liquid storage tank 41. Further, the cleaning liquid is supplied from the respective cleaning liquid storage tanks 40 to a separation tank 42 for separating floating oils and fats placed on the frame 1, where the cleaning liquid and impurities such as oils and fats and metal powders are separated, and the cleaning liquids are again supplied. Are to be reused.

[0022]

As is apparent from the embodiment described above, the present invention arranges and supplies a plurality of baskets 2 each having a bottomed cylindrical mesh shape for storing parts, and every time a predetermined time elapses, one basket is provided.
In a cleaning apparatus that automates from washing to drying of the components in the basket 2 by intermittent horizontal transfer to the pitch, a transfer means for transferring the basket 2 to the predetermined transfer pitch forward is disposed at an upper transfer position, and the transfer is performed. Supply means for supplying the basket 2 at a predetermined position to a lower working position and carrying it upward after a lapse of a predetermined time; providing a washing area B, a drain area C, a rinse area D, a drain area C, A drying area E is sequentially arranged, and a rotation imparting unit for rotating all the baskets 2 at the working position is provided, and the washing area B and the rinsing area D are provided.
The basket 2 in which parts are stored moves by one pitch every work cycle in the upper part, and the basket 2 rotates in the lower work position so that the washing liquid is And a rinsing liquid in the rinsing area D and a hot air in the drying area E.

For this reason, the basket in which the parts are put is immersed in the storage tank in which the cleaning liquid is stored, and the basket is taken out of the basket after the cleaning. This eliminates the possibility that the oils and fats that have been deposited will be attached when the basket is taken out, so that the parts can be completely cleaned and the cleaning work efficiency is improved.
Further, since the cleaning liquid is sprayed onto the parts to clean the parts, the washed oil and fat can be reliably collected in the lower tank, and the collected cleaning liquid and oil and fat are separated during the operation. The cleaning solution can be effectively reused, and a new replenishing cleaning solution can be saved. Furthermore, if you have an automated line that cleans a large number of parts,
It is less likely that fats and oils and cleaning liquid as impurities adhere to and are transferred to the next tank, so that the life of the cleaning liquid is prolonged and the concentration change of the cleaning liquid is reduced. In addition, it is not necessary to frequently monitor the predetermined concentration of each layer in quality control of the parts being cleaned, and the replenishment and thinning work of the cleaning liquid is reduced. In addition, since the rollers for rotating the basket do not sink into the cleaning liquid as in the conventional case, the rotation resistance of the basket is small, and therefore, the output of the motor for rotating the basket can be relatively small. And the apparatus can be provided at low cost.

Also, the first cleaning area B1, the drainage area C, the second cleaning area B2, the drainage area C, and the third cleaning area B1, the drainage area C, and the third cleaning area B and the liquid drainage area C are arranged along the transport direction without making the cleaning area B and the liquid drainage area C one. The washing area B3 and the liquid draining area C are arranged in this order, and rough washing, liquid draining, intermediate washing, liquid draining, finish washing, and liquid draining are performed, so that the filtered cleaning liquid in the post-process is sequentially replenished as the cleaning liquid in the previous process. And the cleaning solution can be effectively used by reuse. Further, by making the cleaning area two or more stages, the cleaning of the parts is ensured and the quality of the parts can be improved.

Further, the means for transferring the basket 2 in the horizontal direction is supported so as to be horizontally movable and rotatable and reversible.
In addition, the feed rod 10 has a plurality of levers 13 fixed at predetermined intervals, and the forward end of the feed rod 10 moves downward so that the tip of the lever 13 reaches downward to lock the basket 2. A rotating drive source that rotates and reverses so that the tip of the lever 13 reaches upward when the feed rod 10 retreats and the lock of the basket 2 is released. The transfer can be ensured and automation can be easily performed.

In addition, while the basket 2 is being moved forward in the horizontal direction at the transfer position, the basket 2 waits upward and when the transferred basket 2 reaches a predetermined position,
Basket 2 lowered and placed in the lower working position
Since the basket 2 is rotatably supported by the rotation imparting roller 30, the rotation of the basket is reliably obtained, and the overlapping of the parts is eliminated, so that the unevenness of cleaning of the parts is eliminated. Also, since the rotation of all the rotation applying rollers in the working position is transmitted by one rotation applying motor and a drive chain, a driving structure for simultaneously rotating all the baskets can be provided at a low cost. The effect is obtained.

[Brief description of the drawings]

FIG. 1 is an overall front view showing the present invention.

FIG. 2 is a plan view of FIG.

FIG. 3 is an enlarged sectional side view of a main part of the present invention.

FIG. 4 is a plan view from the oblique front showing the relationship between the supply means and the working position of the present invention.

FIG. 5 is a schematic view showing a structure for transmitting a driving force to a rotation applying roller.

FIG. 6 is a configuration diagram showing a conventional example.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Frame 2 Basket 3 Rotation support part 4 Loading path 5 Ejection path 6 Shower nozzle 10 Feed rod 11 Moving drive motor 12 Forward / reverse rotation motor 13 Lever 14 Guide rail 20 Elevating elevator 21 Connecting member 22 Elevating drive motor 23 Transmission chain 24 Transmission sprocket Reference Signs List 25 drive chain 26 elevator guide 27 stopper 28 pressing roller 30 rotation applying roller 31 rotation applying motor 32 driving chain 33 tension sprocket 40 cleaning liquid storage tank 41 rinsing liquid storage tank 42 separation tank 43 waste liquid tank A standby section B cleaning area B1 first cleaning Area B2 Second cleaning area B3 Third cleaning area C Drainage area D Rinsing area E Drying area

Claims (4)

[Claims] 1. A plurality of baskets 2 each having a bottomed cylindrical mesh shape for storing parts are arranged and supplied, and each time a predetermined time elapses, one basket 2 is provided.
A cleaning device that automates from washing to drying of the components in the basket 2 by intermittent horizontal transfer to the pitch; a transfer means disposed at an upper transfer position to transfer the basket 2 to the predetermined transfer pitch forward; A supplying means for supplying the basket 2 thus prepared at a predetermined position to a lower working position and moving the basket 2 upward after a predetermined time elapses, and a washing area B, a liquid draining area C, a rinsing area D, and a liquid draining area along the transfer direction. A cleaning unit line in which C and a drying area E are sequentially arranged; a rotation applying unit for rotating all the baskets 2 at the working position; and a shower means arranged above the cleaning area B and the rinsing area D; The basket 2 in which the parts are stored moves by one pitch every work cycle in the upper part, and moves to the lower work position. A cleaning liquid in the cleaning area B, a rinsing liquid in the rinsing area D, and a hot air in the drying area E, so that the basket 2 rotates. 2. A plurality of baskets 2 each having a bottomed cylindrical mesh shape for storing parts are arranged and supplied.
A cleaning device that automates from washing to drying of the components in the basket 2 by intermittent horizontal transfer to the pitch; a transfer means disposed at an upper transfer position to transfer the basket 2 to the predetermined transfer pitch forward; A supplying means for supplying the basket 2 thus prepared to a lower working position at a predetermined position and carrying the same upward after a predetermined time has elapsed, and a first washing area B1, a draining area C, a second
Cleaning area B2, draining area C, third cleaning area B
3, draining area C, rinsing area D, draining area C
And a washing unit line in which drying areas E are sequentially arranged, a rotation applying unit for rotating all the baskets 2 in the working position, and a first, second, and third washing areas B1, B2, B3, and a rinsing area D. The basket 2 in which components are stored is moved upward by one pitch every work cycle in the upper part, and the basket 2 is rotated in the lower work position so that the basket 2 is rotated. Second and third cleaning areas B1, B
2. An automatic parts cleaning apparatus, wherein a cleaning liquid is blown in B3, a rinsing liquid is blown in the rinsing area D, and a hot air is blown in the drying area E. 3. A feed rod 10 which is horizontally movable upward and is reciprocally rotatable by a predetermined angle, and has a plurality of levers 13 fixed at predetermined intervals. A transfer drive source for moving the feed rod 10 back and forth in the horizontal direction, and furthermore, when the feed rod 10 is advanced, the feed rod 10 is rotated so that the tip of the lever 13 reaches below and is locked to the basket 2, so that the feed rod 10 is retracted. 3. The automatic parts cleaning apparatus according to claim 1, further comprising: a rotation drive source that reverses the lever so that the tip of the lever sometimes reaches an upper position to release the locking of the basket. 4. The supply means rises while the basket 2 is being moved forward in the horizontal direction at the transfer position and stands by at a predetermined upper position, and the transferred basket 2
4. The component automatic as claimed in claim 1, wherein when the roller reaches a predetermined position, the basket 2 is rotatably supported by the rotation imparting roller 30 disposed at a lower working position. Cleaning equipment.