KR101194099B1 - Washing device for automotive engine cylinder head and adaptor plate using shifting and tilting - Google Patents

Abstract

PURPOSE: A simple washing machine for an engine cylinder head of a car and an adapter plate by using a shift and tilting method is provided to effectively remove and discharge cutting oil and foreign materials remaining on the surface of a cylinder head by performing coolant washing and air blow washing in a state where the cylinder head is tilted. CONSTITUTION: A simple washing machine for an engine cylinder head of a car and an adapter plate comprises a tilting device, a coolant spraying device, and an air blow device(60). The tilting device tilts a cylinder head and an adapter plate putting into a chamber. A first coolant nozzle of the coolant spraying device encloses the sides of the cylinder head and the adapter plate. A second coolant nozzle of the coolant spraying device is arranged in the upper part of the cylinder head and the adapter plate and washes multiple surfaces of the cylinder head and adapter plate at once. When the coolant washing with the coolant spraying device is completed, first and second transferring units(61a,62a) and a nozzle transferring unit of the air blow device are operated. Accordingly, first, second, and third air blow nozzles(61,62,63) can be approached to a deep hole of the adapter plate and cylinder head and compressive air is sprayed from the first, second, and third air blow nozzles, and the fourth air blow nozzle(64) to remove the residual foreign materials and coolant.

Description

WASHING DEVICE FOR AUTOMOTIVE ENGINE CYLINDER HEAD AND ADAPTOR PLATE USING SHIFTING AND TILTING}

The present invention relates to a simple washing machine that removes foreign matter adhering to the surface of a part in the process of automobile parts, more specifically, is installed between the conveyor for transporting the processed cylinder head in the manufacturing line of the cylinder head of the automobile engine, Transfer the cylinder head and adapter plate into the chamber through the shift device and perform coolant cleaning and air blow cleaning with the cylinder head tilted through the tilting device, leaving chips on the cylinder head and adapter plate during processing. The present invention relates to a simple washing machine for an automobile engine cylinder head and an adapter plate using a shift and tilt method for efficiently removing foreign matters.

In general, in a production line for processing a cylinder head or cylinder block of an automobile engine, the processed product is transferred to the next production line through a transfer device such as a gantry or a conveyor, and the surface of the processed product in the transfer process. The cleaning process is performed to remove foreign substances such as chips remaining on the substrate.

As such a cleaning device, Republic of Korea Patent Publication No. 10-0925947 (2009.11.02) is to remove the chips and cutting oil remaining in the cylinder block by an air blower by transferring the cylinder block to a separate chamber through a conveyor after machining the machining center Then, the chips accumulated in the lower part of the cylinder block are removed by the washing oil injected from the washing oil nozzle. The washing oil containing the chips is discharged through the washing oil discharge pipe located under the chamber, and the discharged chips are discharged through the chip conveyor. Disclosed is a chip removing apparatus for an engine cylinder block configured to be transferred to a chip box.

However, as described in the Republic of Korea Patent Publication No. 10-0925947 (2009.11.02) in the case of removing the foreign matter and cutting oil of the product using only the air blow device, foreign matter and cutting attention in the curved portion and the deep hole portion of the product Effective removal does not occur, and fine foreign matter is scattered in the air inside the chamber by high pressure air, and is released to the outside of the chamber when opening or closing the door of the chamber, and when cleaning the product with the product mounted on the conveyor, There is a problem that deteriorates the air cleanliness in the workplace is scattered into the air.

Republic of Korea Patent Publication No. 10-0925947 (2009.11.02)

In order to solve the problem as described above, in the present invention, by lifting the cylinder head transported through the conveyor from the production line to lift the cylinder head separated from the conveyor, and the cylinder head separated from the conveyor by the lift device to grip into the chamber The simple washing machine is composed of a shifting device for transferring, a tilting device for tilting the cylinder head mounted inside the chamber, and a coolant spraying device and an air blow device for spraying coolant and compressed air onto the cylinder head to remove foreign substances, respectively. Coolant cleaning and air blow cleaning occur with the cylinder head tilted to enable efficient removal of debris and sprayed coolant from the product surface. Phases separated and put into a closed chamber For cleaning and such that the generation provides a simple washer of the fine foreign matter scattering automotive engine cylinder head and the adapter plate using the shift and tilt system which can prevent air pollution by the workshop in at it is an object.

'형상으로 배치되는 제1 쿨런트 노즐과, 챔버의 상부에 장착되며 유압실린더의 작동에 의해 승하강 하는 노즐 승하강 유닛에 연결되어 실린더 헤드 및 어댑터 플레이트의 상부에 배치되는 제2 쿨런트 노즐로 구성되는 쿨런트 분사 장치와; 상기 쿨런트 분사 장치에 의해 쿨런트 세척이 완료된 실린더 헤드 및 어댑터 플레이트에 압축 공기를 분사하여 실린더 헤드 및 어댑터 플레이트 표면의 복잡한 형상에 남아있는 이물질 및 쿨런트를 제거하도록 제2 쿨런트 노즐의 상부 측면에 각각 경사지도록 배치되는 제1 에어블로우 노즐 및 제2 에어 블로우 노즐과, 챔버의 상부에 장착되는 노즐 이송유닛의 유압실린더 작동에 의해 승 하강하며 제1 에어 블로우 노즐 및 제2 에어 블로우 노즐과 마주보도록 배치되는 제3 에어 블로우 노즐과, 제3 에어 블로우 노즐의 하부에 경사지도록 배치되는 제4 에어 블로우 노즐로 구성되는 에어 블로우 장치; 및 상기 쿨런트 분사 장치 및 에어블로우 장치에서 제거된 이물질 및 쿨런트가 배출되도록 챔버 하부에 장착된 깔때기 형상의 이물질 배출부;로 이루어진다.In order to achieve the object, there is provided a first jig in which a cylinder head and an adapter plate transferred from a production line are mounted, and a lift mounted on a lower part of the first jig and controlling lift of the first jig by operation of a hydraulic cylinder. A lift device composed of a cylinder; A shift clamp having two grips formed to hold and secure the cylinder head and the adapter plate lifted by the lift device, and a clamp operation for controlling and releasing the cylinder head and the adapter plate by controlling the movement of the grip of the shift clamp. A shift device composed of a unit and a clamp conveying unit for horizontally conveying the clamp operating unit to feed the cylinder head and the adapter plate into the chamber; A chamber having a double wall structure having a sound absorbing material built in the side of the shift device, the door having a cylinder head and an adapter plate coming in and out, and a door opening and closing unit for raising and lowering the door by the action of a hydraulic cylinder; A rotating shaft mounted through the inner lower portion of the chamber to tilt the cylinder head and the adapter plate introduced into the chamber, a second jig connected to the rotating shaft to seat a product supplied from the shift device, and a second A tilting device comprising a fixing unit for fixing the product seated on the jig, and a tilting unit for generating a tilting by rotating the second jig around the rotation axis; A coolant is sprayed onto the cylinder head and the adapter plate tilted by the tilting device to surround the sides of the cylinder head and the adapter plate to remove foreign matter remaining on the surface of the cylinder head and the adapter plate.

A second coolant nozzle disposed in the shape of the first coolant nozzle and a nozzle cooler unit mounted on the upper part of the chamber and lowered by the operation of the hydraulic cylinder and disposed on the cylinder head and the adapter plate. A coolant injection device configured; The upper side of the second coolant nozzle is configured to spray compressed air to the cylinder head and the adapter plate where the coolant cleaning is completed by the coolant injector to remove foreign matter and coolant remaining in the complex shape of the surface of the cylinder head and the adapter plate. The first air blow nozzle and the second air blow nozzle disposed to be inclined at the upper and lower sides by the hydraulic cylinder operation of the nozzle transfer unit mounted at the upper part of the chamber, and face the first air blow nozzle and the second air blow nozzle. An air blow device comprising a third air blow nozzle disposed to be viewed, and a fourth air blow nozzle disposed to be inclined under the third air blow nozzle; And a funnel-shaped foreign matter discharge unit mounted in the lower portion of the chamber to discharge the foreign matter and coolant removed from the coolant injection device and the air blower device.

In another aspect of the present invention, the shift device has two grips approaching or retracting by a hydraulic cylinder mounted inside the shift clamp, and a grip protrusion protrudes at the inner end of the grip, so that the grip protrusion is approached when the grip is approached. The cylinder head and the adapter plate are fixed in contact with the cylinder head and the adapter plate, and the clamp operation unit is horizontally moved by a hydraulic cylinder mounted inside the clamp transfer unit so that the chamber injection and extraction of the cylinder head and the adapter plate occur.

In another aspect of the present invention, the first cylinder and the second cylinder are each connected to the chamber by a first cylinder hinge and a second cylinder hinge, respectively, the first connecting rod and the second connecting rod to operate the rotary shaft When this rotation is made, tilting of the first cylinder and the second cylinder occurs about the axis of the first cylinder hinge and the second cylinder hinge so that stable operation of the first connecting rod and the second connecting rod occurs.

In still another aspect of the present invention, the tilting unit may include a first cylinder mounted at a lower portion of the chamber to be perpendicular to the rotating shaft, and a second cylinder mounted at a side of the chamber to be perpendicular to the rotating shaft and the first cylinder, respectively; And a first connecting rod connected to the end of the first cylinder by a hinge and connected to the rotating shaft, and a second connecting rod connected to the end of the second cylinder by a hinge and connected to the rotating shaft. The second cylinder is operated by hydraulic pressure so that a rotation shaft connected to each of the first connecting rod and the second connecting rod rotates to cause tilting of the cylinder head and the adapter plate seated on the second jig.

In another aspect of the present invention, the first air blow nozzle and the second air blow nozzle are each equipped with a first transfer unit and a second transfer unit operated by a hydraulic cylinder, so that the first transfer unit and the second transfer unit By operation of the transfer unit, the first air blow nozzle and the second air blow nozzle slide to the inlet of the deep hole formed in the cylinder head and the adapter plate to approach or retreat to remove foreign substances and coolant remaining in the deep hole. .

As described above, the present invention has the effect that the coolant cleaning and the air blow cleaning occurs while the cylinder head is tilted, so that the foreign matter and cutting oil remaining on the surface of the cylinder head can be efficiently generated and discharged, With the lift device and the shift device, the cylinder head is completely separated from the conveyor and the cylinder head is washed in a separate closed chamber to prevent air pollution in the workplace, and the lift device on the conveyor without changing the existing production line. By installing a shift device and a chamber, the installation cost can be minimized, the space utilization of the production line can be efficiently utilized, and an air blow nozzle close to the cylinder head can effectively remove foreign matters adhered to the complex surface portion. It has an effect.

1 is a front view of a simple washer according to the present invention.
2 is a side view of a simple washer according to the present invention.
3 is a plan view of a simple washer according to the present invention.
Figure 4 is an operating state of the lift device according to the invention.
5 is an operational state diagram of a shift device according to the present invention.
Figure 6 is an operating state of the tilting device according to the invention.
Figure 7 is an operating state of the coolant injection device according to the invention.
8 is an operating state of the air blow device according to the present invention.

1 is a front view of a simple washer according to the present invention, FIG. 2 is a side view of a simple washer according to the present invention, FIG. 3 is a plan view of a simple washer according to the present invention, and FIG. 4 is an operation of a lift apparatus according to the present invention. 5 is an operational state diagram of a shift device according to the present invention, FIG. 6 is an operational state diagram of a tilting device according to the present invention, and FIG. 7 is an operational state diagram of a coolant injection device according to the present invention. 8 is an operational state diagram of the air blow device according to the present invention.

Hereinafter, the components according to the present invention with reference to the drawings as follows.

The simple washing machine of the vehicle engine cylinder head and the adapter plate using the shift and tilt method according to the present invention is a lift device 10, a shift device 20, a chamber 30, and a tilting device as shown in FIGS. 40), the coolant injection device 50, the air blow device 60, and the foreign matter discharge unit 70.

In detail, the lift device 10 is mounted in the middle of a transfer device such as a conveyor for transferring the cylinder head and the adapter plate in the automobile engine cylinder head and the adapter plate production line, and is transferred from the production line as shown in FIG. 4. Mounted under the first jig 11 on which the cylinder head and the adapter plate are mounted, and mounted on the bottom of the first jig 11 on which the cylinder head and the adapter plate are mounted to operate as a hydraulic cylinder to control the raising and lowering of the cylinder head and the adapter plate. It consists of a lift cylinder 12.

The shift device 20 includes a shift clamp 21 in which two grips 21a are formed to hold and secure the cylinder head and the adapter plate, as shown in FIG. 5, and the grip 21a of the shift clamp 21. Clamp actuating unit 22 for controlling and releasing the cylinder head and the adapter plate by controlling the movement of the cylinder, and clamps for feeding the cylinder head and the adapter plate into the chamber 30 by horizontally transferring the clamp actuating unit 22. Composed of the transfer unit 23, the two cylinders 21a approach or retreat by the hydraulic cylinder mounted inside the shift clamp 21, and the grip protrusion 21b protrudes at the inner end of the grip 21a. When the grip 21a approaches, the grip projection 21b comes into contact with the cylinder head and the adapter plate to fix the cylinder head and the adapter plate, and the hydraulic cylinder mounted inside the clamp transfer unit 23. Clamp operating unit 22 by a horizontal movement to occur the chamber 30 making and extraction of the cylinder head and the adapter plate.

The chamber 30 is formed on the side of the shift device 20, and the door opening and closing unit 32 for raising and lowering the door 31 by the action of the hydraulic cylinder and the door 31, the cylinder head and the adapter plate enters and exits. It is composed of

In addition, the chamber 30 has a double wall structure in which a sound absorbing material is incorporated, so that the noise propagated to the outside generated during washing is reduced.

As shown in FIG. 6, the tilting device 40 includes a rotating shaft 41 mounted through an inner lower portion of the chamber 30 so that the cylinder head and the adapter plate inserted into the chamber 30 can be tilted. , A second jig 42 connected to the rotary shaft 41 to seat the product supplied from the shift device 20, a fixing unit 43 for fixing the product seated on the second jig 42, and a rotary shaft The tilting unit 44 is configured to generate a tilting of the second jig 42 about the center 41, and the tilting unit 44 is mounted to the lower portion of the chamber 30 to be perpendicular to the rotation axis 41. At the distal end of the first cylinder 44a, the second cylinder 44b mounted on the side of the chamber 30 so as to be perpendicular to the rotation shaft 41 and the first cylinder 44a, respectively. The first connecting rod 44c connected by a hinge and connected to the rotating shaft 41 and the end of the second cylinder 44b are hinged and connected to the rotating shaft 4. And a second connecting rod 44d connected to 1), wherein the first cylinder 44a and the second cylinder 44b are operated by hydraulic pressure to form the first connecting rod 44c and the second connecting rod 44d. By rotating the rotary shafts 41 respectively connected to), tilting of the cylinder head and the adapter plate seated on the second jig 42 occurs.

In addition, a center portion of the first cylinder 44a and the second cylinder 44b is connected to the chamber 30 by a first cylinder hinge 44e and a second cylinder hinge 44f, respectively. When the rotating shaft 41 rotates by operating the 44c and the second connecting rod 44d, the first cylinder 44a and the second cylinder hinge 44e and the second cylinder hinge 44f are axially oriented. Tilting of the cylinder 44b occurs so that stable operation of the first connecting rod 44c and the second connecting rod 44d occurs.

'형상으로 배치되는 제1 쿨런트 노즐(51)과, 챔버(30)의 상부에 장착되며 유압실린더의 작동에 의해 승 하강하는 노즐 승 하강 유닛(52a)에 연결되어 실린더 헤드 및 어댑터 플레이트의 상부에 배치되는 제2 쿨런트 노즐(52)로 구성된다.The coolant injector 50 sprays a coolant to the cylinder head and adapter plate tilted by the tilting device 40 to remove debris remaining on the surface of the cylinder head and adapter plate. To surround the sides of the cylinder head and adapter plate,

Connected to the first coolant nozzle 51 disposed in the shape and the nozzle raising and lowering unit 52a which is mounted on the upper portion of the chamber 30 and is lowered by the operation of the hydraulic cylinder, and the upper portion of the cylinder head and the adapter plate. It consists of the 2nd coolant nozzle 52 arrange | positioned at.

The air blow device 60 injects compressed air to the cylinder head and the adapter plate where the coolant cleaning is completed by the coolant injector 50 to remove the foreign matter and coolant remaining in the complex shape of the surface of the cylinder head and the adapter plate. As shown in FIG. 8, the first air blow nozzle 61 and the second air blow nozzle 62 and the chamber 30 are disposed to be inclined to the upper side of the second coolant nozzle 52, respectively. A third air blow nozzle 63 which is lifted and lowered by an operation of the hydraulic cylinder of the nozzle transfer unit 63a mounted on the upper side and disposed to face the first air blow nozzle 61 and the second air blow nozzle 62; And a fourth air blow nozzle 64 disposed to be inclined under the third air blow nozzle 63, wherein the first air blow nozzle 61 and the second air blow nozzle 62 are hydraulic cylinders, respectively. By The first conveying unit 61a and the second conveying unit 62a are mounted, and the first air blow nozzle 61 and the second conveying unit 61a are operated by the operation of the first conveying unit 61a and the second conveying unit 62a. The second air blow nozzle 62 slides to the inlet of the deep hole formed in the cylinder head and the adapter plate to approach or retreat to remove foreign matter and coolant remaining in the deep hole.

The foreign substance discharge unit 70 is mounted to the lower portion of the chamber 30 so as to discharge the foreign matter and coolant removed from the coolant injection device 50 and the air blow device 60 and is configured in a funnel shape.

Here, the lift cylinder 12, the clamp operating unit 22, the clamp conveying unit 23, the first and second cylinders 44a and 44b, the nozzle raising and lowering unit 52a, the first and second conveying units 61a. 62a), the cylinder of the nozzle transfer unit 63a may be configured to be changed to operate by other mechanical means such as the pneumatic method or the rack and pinion gear as well as the hydraulic method.

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

The simple washing machine of the automobile engine cylinder head and the adapter plate using the shift and tilt method according to the present invention is carried out when the cylinder head and the adapter plate processed by a conveying device such as a conveyor are transferred to the lift device 10. In operation, as the first jig 11 is raised, the cylinder head and the adapter plate are seated on the first jig 11.

When the lifting of the cylinder head and the adapter plate is completed, the two grips 21a of the shift clamp 21 approach each other by the clamp operating unit 22 so that the cylinder head and the adapter plate are fixed to the shift clamp 21, and the cylinder head And when the clamp transfer unit 23 is operated while the adapter plate is fixed to the shift clamp 21, the shift clamp 21 is moved into the chamber 30.

When the shift clamp 21 reaches the second jig 42 of the tilting device 40, the operation of the clamp transfer unit 23 is stopped, and the two grips of the shift clamp 21 are moved by the clamp operation unit 22. 21a) retracts from each other, the cylinder head and the adapter plate are separated from the shift clamp 21 and seated on the second jig 42, and when the fixing unit 43 is fixed, the clamp transfer unit 23 operates again to shift. The clamp 21 is moved out of the chamber 30.

When the shift clamp 21 moves out of the chamber 30, the door opening and closing unit 32 operates to close the door 31, and the first cylinder 44a and the second cylinder 44b operate to operate the second jig. Tilt (42).

The center portion of the first cylinder 44a and the second cylinder 44b is connected to the chamber 30 by the first cylinder hinge 44e and the second cylinder hinge 44f, respectively, so as to refer to the rotation shaft 41. When the second jig 42 rotates, the first cylinder 44a and the second cylinder 44b are tilted so as to form an arc around the first cylinder hinge 44e and the second cylinder hinge 44f. Stable operation of the first connecting rod 44c and the second connecting rod 44d may occur.

When the second jig 42 is tilted, the second coolant nozzle 52 is lowered to the cylinder head and the adapter plate by the operation of the nozzle raising and lowering unit 52a, and the first coolant nozzle 51 and the second cool are cooled. The coolant is injected from the runt nozzle 52 to remove foreign substances generated in the machining of the cylinder head and the adapter plate.

'형상으로 배치되고, 제2 쿨런트 노즐(52)은 실린더 헤드 및 어댑터 플레이트의 상부에 배치되어있어 실린더 헤드 및 어댑터 플레이트의 다수 면을 한번에 세척할 수 있도록 한다.The first coolant nozzle 51 surrounds the side of the cylinder head and the adapter plate '

And the second coolant nozzle 52 is positioned on top of the cylinder head and adapter plate to allow for cleaning of multiple sides of the cylinder head and adapter plate at once.

When the coolant cleaning by the coolant injection device 50 is completed, the first transfer unit 61a, the second transfer unit 62a, and the nozzle transfer unit 63a operate to operate the first air blow nozzle 61, respectively. The second air blow nozzle 62 and the third air blow nozzle 63 approach the deep hole of the cylinder head and the adapter plate, and at the first, second, third and fourth air blow nozzles 61, 62, 63 and 64 Compressed air is injected to remove foreign substances and coolant.

At this time, since the cylinder head and the adapter plate are washed by the coolant and the air blow in a tilted state, the deep hole is kept in an inclined state in preparation for the posture after the processing, so that the air by the air blow device 60 Most foreign matter and coolant are removed before the blow, and the first, second, and third air blow nozzles 61, 62, and 63 are blown to the air to perform air blow cleaning. It can be removed efficiently.

When the air blow cleaning by the air blow device 60 is completed, the door opening and closing unit 32 is operated to open the door 31, the tilting unit 44 is operated again to return the second jig 42, The clamp transfer unit 23 is operated so that the shift clamp 21 is located on the cylinder head and the adapter plate.

When the two grips 21a of the shift clamp 21 approach each other by the clamp operating unit 22 to fix the cylinder head and the adapter plate and at the same time the fixing unit 43 is released, the clamp transfer unit 23 is restarted. The shift clamp 21 is transferred to the outside of the chamber 30 and positioned above the lift apparatus 10.

When the first jig 11 is lifted by the operation of the lift cylinder 12 of the lift device 10, the clamp operating unit 22 is operated so that the two grips 21a of the shift clamp 21 retreat to each other and the cylinder head And the adapter plate is released, the cylinder head and the adapter plate is seated on the first jig (11).

The cylinder head and the adapter plate seated on the first jig 11 are lowered by the operation of the lift cylinder 12, and the cylinder head and the adapter plate are separated from the first jig 11 and are transferred by a conveying device such as a conveyor. The transfer to the next processing line completes the operation of the simple washing machine of the automobile engine cylinder head and the adapter plate using the shift and tilt method according to the present invention.

Although the invention has been shown and described with respect to particular embodiments, it will be apparent to those skilled in the art that various modifications and variations can be made without departing from the spirit and scope of the invention as set forth in the appended claims. Anyone can easily know.

10: lift device 11: first jig
12: lift cylinder 20: shift device
21: shift clamp 21a: grip
22: clamp operating unit 23: clamp transfer unit
30 chamber 31 door
32: door opening and closing unit 40: tilting device
41: rotation axis 42: second jig
43: fixed unit 44: tilting unit
44a: first cylinder 44b: second cylinder
44c: first connecting rod 44d: second connecting rod
44e: first cylinder hinge 44f: second cylinder hinge
50: coolant injection device 51: first coolant nozzle
52: second coolant nozzle 52a: nozzle raising and lowering unit
60: air blow device 61: first air blow nozzle
61a: first transfer unit 62: second air blow nozzle
62a: second conveying unit 63: third air blow nozzle
63a: nozzle transfer unit 64: fourth air blow nozzle
70: foreign matter discharge unit

Claims (5)

In the simple washing machine installed between the automobile engine cylinder head and the production line of the adapter plate to clean the cylinder head and adapter plate,
The first jig 11 on which the cylinder head and the adapter plate transferred from the production line are mounted, and the lift mounted on the lower side of the first jig 11 and adjusting the lifting and lowering of the first jig 11 by the operation of the hydraulic cylinder. A lift device 10 composed of a cylinder 12;
Controls the movement of the shift clamp 21 and the grip 21a of the shift clamp 21 where two grips 21a are formed to hold and secure the cylinder head and the adapter plate lifted by the lift device 10. The clamp operation unit 22 for fixing and releasing the cylinder head and the adapter plate, and the clamp operation unit 22 for horizontally conveying the clamp operation unit 22 to inject the cylinder head and the adapter plate into the chamber 30. A shift device (20) consisting of;
It is formed on the side of the shift device 20 is composed of a door 31 which the cylinder head and the adapter plate enters and out, and the door opening and closing unit 32 for raising and lowering the door 31 by the action of the hydraulic cylinder, A chamber 30 having a built-in double wall structure;
In order to seat the product supplied from the shift device 20 and the rotating shaft 41 mounted through the inner lower portion of the chamber 30 so that the cylinder head and the adapter plate introduced into the chamber 30 can be tilted. The second jig 42 connected to the rotating shaft 41, the fixing unit 43 for fixing the product seated on the second jig 42, and the second jig 42 around the rotating shaft 41 A tilting device 40 composed of a tilting unit 44 which rotates to generate tilting;
A coolant is sprayed on the cylinder head and the adapter plate tilted by the tilting device 40 to surround the sides of the cylinder head and the adapter plate to remove foreign matter remaining on the surface of the cylinder head and the adapter plate.

Connected to the first coolant nozzle 51 disposed in the shape and the nozzle raising and lowering unit 52a which is mounted on the upper portion of the chamber 30 and is lowered by the operation of the hydraulic cylinder, and the upper portion of the cylinder head and the adapter plate. A coolant injection device (50) composed of a second coolant nozzle (52) disposed in the;
A second coolant nozzle to spray compressed air to the cylinder head and the adapter plate where the coolant cleaning is completed by the coolant injection device 50 to remove foreign substances and coolants remaining in the complex shape of the surface of the cylinder head and the adapter plate; Hydraulic cylinder operation of the first air blow nozzle 61 and the second air blow nozzle 62 disposed to be inclined on the upper side of the 52, and the nozzle transfer unit 63a mounted on the upper portion of the chamber 30, respectively. The third air blow nozzle 63 disposed to face the first air blow nozzle 61 and the second air blow nozzle 62, and to be inclined to the lower portion of the third air blow nozzle 63. An air blow device (60) composed of a fourth air blow nozzle (64) disposed; And
Shifted to the coolant injection device 50 and the air blower 60 and the funnel-shaped foreign matter discharge portion 70 mounted to the lower portion of the chamber 30 to discharge the coolant and the coolant; And a simple washer of the vehicle engine cylinder head and the adapter plate using a tilt method. The method of claim 1,
The shift device 20 has two grips 21a approaching or retracting by a hydraulic cylinder mounted inside the shift clamp 21, and a grip protrusion 21b protrudes from the inner end of the grip 21a. When the grip 21a approaches, the grip protrusion 21b contacts the cylinder head and the adapter plate to fix the cylinder head and the adapter plate, and the clamp operating unit 22 is provided by a hydraulic cylinder mounted inside the clamp transfer unit 23. The horizontal washing machine is a simple washing machine for the cylinder head and the adapter plate using a shift and tilt method, characterized in that the input and extraction of the chamber 30 of the cylinder head and the adapter plate occur. The method of claim 1,
The tilting unit 44 includes a first cylinder 44a mounted to the lower portion of the chamber 30 so as to be perpendicular to the rotation shaft 41, and a chamber to be perpendicular to the rotation shaft 41 and the first cylinder 44a, respectively. A second cylinder 44b mounted on a side of the 30, a first connecting rod 44c connected to a rotation shaft 41 by a hinge to the end of the first cylinder 44a, and a second cylinder. It is composed of a second connecting rod (44d) hinged to the end of the (44b) and connected to the rotary shaft 41, the first cylinder (44a) and the second cylinder (44b) is operated by hydraulic pressure to the first Shift and tilt, characterized in that the tilting of the cylinder head and the adapter plate seated on the second jig 42 occurs by rotating the rotary shaft 41 connected to the connecting rod 44c and the second connecting rod 44d, respectively. Simple washing machine for car engine cylinder head and adapter plate. The method of claim 3, wherein
A center portion of the first cylinder 44a and the second cylinder 44b is connected to the chamber 30 by the first cylinder hinge 44e and the second cylinder hinge 44f, respectively, so that the first connecting rod 44c is provided. ) And the second connecting rod 44d to rotate the rotary shaft 41, the first cylinder 44a and the second cylinder (a) with the first cylinder hinge 44e and the second cylinder hinge 44f as axes. Simple washing of the vehicle engine cylinder head and the adapter plate using a shift and tilt method, characterized in that the tilting of the 44b) occurs so that stable operation of the first connecting rod (44c) and the second connecting rod (44d) occurs. The method of claim 1,
The first air blow nozzle 61 and the second air blow nozzle 62 are each equipped with a first transfer unit 61a and a second transfer unit 62a operated by a hydraulic cylinder, so that the first transfer unit By operation of the 61a and the second transfer unit 62a, the first air blow nozzle 61 and the second air blow nozzle 62 slide to the inlet of the deep hole formed in the cylinder head and the adapter plate to approach or retreat. A simple washer of an automobile engine cylinder head and adapter plate using a shift and tilt method, wherein the foreign material and coolant remaining in the complex shape of the cylinder head surface are removed.

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