KR101183086B1 - Oil pressure component cleaning apparatus - Google Patents

Abstract

The present invention relates to a hydraulic component immersion washing apparatus, and an object thereof is to automatically clean and remove foreign substances attached to the hydraulic components. The present invention is configured for this purpose is open to the upper front side is formed in the inlet and outlet, but a certain amount of clean washing oil is filled in the immersion cleaning chamber and the cleaning of the hydraulic components to clean the cleaning oil storage tank and the second stage to store the clean washing oil in the latter and immersion washing A housing main body provided with a dirty cleaning oil tank for receiving and storing the dirty cleaning oil of the seal; At least one contaminated washing oil purification filter installed at one side of the housing main body and filtering contaminated washing oil inside the contaminated washing oil tank to supply clean washing oil to a clean washing oil storage tank or an infiltration washing chamber; A transfer pump installed at one side of the housing body to transfer the contaminated washing oil inside the contaminated washing oil tank to the contaminating washing oil purification filter; A lift installed up and down inside the deposition washing chamber; A basket which is accessed through the inlet and outlet but is mounted on the lift by loading hydraulic components therein; Lift elevating means installed on the top of the deposition washing chamber of the housing body to elevate the lift; And a lift swing means for swinging a lift including a basket when the lift descends to a lowermost end of the deposition washing chamber so that the hydraulic components loaded on the basket can be washed.

Description

Oil pressure component cleaning apparatus

The present invention relates to a hydraulic component immersion washing apparatus, and more particularly, a hydraulic valve or a hydraulic hose and a plurality of hydraulic components such as a coupling connected to one end of the hydraulic hose is deposited in the washing oil in a basket in a state in which through the rocking means The present invention relates to a hydraulic component deposition cleaning device that automatically washes and removes foreign substances or oil components attached to a hydraulic component while swinging.

In general, hydraulic components such as hydraulic valves, hydraulic hoses and hydraulic hose couplings, which are widely used throughout the industry, are used to generate power through high pressure hydraulic pressure or pneumatic pressure. These hydraulic valves, hydraulic hoses and hydraulic hose couplings The same hydraulic part is structurally very strengthened because it transmits high pressure hydraulic pressure or air pressure.

In particular, the structure of the hydraulic hose among the general hydraulic parts is an inner layer (rubbers, resins) that maintains the airtightness of the hose to prevent fluid leakage, and a reinforcement layer to strengthen the pressure resistance and improve the stability of the hose while being covered on the outer surface of the inner layer. And an outer layer which protects the inner layer and the reinforcing layer on the outer surface of the reinforcing layer and lists the hose specifications and other manufacturer names.

The constituent means of the reinforcing layer used in the configuration of the hydraulic hose as described above is a braid method of weaving and reinforcing the reinforcing material on the inner surface layer or a method of reinforcing the wires in a spiral at a predetermined angle on the inner layer. . These reinforcement layers are generally made up of even layers and are wound in opposite directions to balance each layer.

Next, a coupling is configured at one end or both ends of the hydraulic hose as described above for connection with a mechanism such as a cylinder. At this time, the rear end of the coupling coupled to one end or both ends of the hydraulic hose is composed of the inner diameter nozzle inserted into the inner diameter of the hydraulic hose and the outer diameter coupling portion coupled to the outer circumferential surface of the hydraulic hose. The inner diameter nozzle of the coupling having such a configuration is tightly inserted and coupled to the inner diameter of the hydraulic hose.

On the other hand, failure to completely clean the foreign substances that may remain in the cutting and fitting of the hydraulic pipe as a hydraulic component may cause a critical malfunction such as sensitive proportional control valve or servo valve of the foreign substances. Therefore, it is necessary to clean the hydraulic valve, the hydraulic line, the coupling, and the hydraulic hose in order to eliminate the cause of the fatal malfunction such as the proportional control valve or the servovalve.

Hydraulic components such as the hydraulic pipe, hydraulic valve, hydraulic hose coupling and hydraulic hose as described above to remove the foreign matter attached to the coupling and the hydraulic hose before or after coupling the hydraulic hose coupling to the hydraulic hose, Conventional techniques for removing foreign matters from hydraulic components such as couplings or hydraulic hoses include hydraulic components in washing oil and are cleaned with a brush or with a spray gun.

However, the conventional technique for removing foreign substances or oil components of hydraulic components such as hydraulic pipes, hydraulic valves, couplings, and hydraulic hoses, as described above, is performed manually by brush or spray gun, compared to the cleaning operation. Of course, there is a problem that the work efficiency is deteriorated, there is a problem that the amount of washing is relatively small compared to the work because it has to be washed one by one.

In addition, the conventional techniques for removing foreign substances or oil components of hydraulic components such as the hydraulic pipe, hydraulic valve, coupling, and hydraulic hose as described above are cleaned by hand as well as in a narrow space. There is a problem of cleanliness such as washing oil on workers' hands or clothes.

In addition, the conventional technique for removing foreign substances or oil components of hydraulic components such as the hydraulic pipe, the hydraulic valve, the coupling, and the hydraulic hose, as described above, takes a lot of time for cleaning, and inefficient work force. There is a problem.

The present invention has been made in order to solve the problems of the prior art, and a plurality of hydraulic components such as various hydraulic pipes, hydraulic hoses, hydraulic valves and couplings in the basket in a state in which the immersion in the washing oil of the deposition washing room by the oscillation means It is an object of the present invention to provide a hydraulic component deposition cleaning device that can automatically wash and remove foreign substances attached to the hydraulic components during the shaking.

In addition, the technology according to the present invention is to deposit a plurality of hydraulic components, such as various hydraulic pipelines, hydraulic hoses, hydraulic valves and couplings in the basket to be deposited in the washing oil of the deposition washing room to wash the foreign substances while shaking through the rocking means. The purpose is to enable the cleaning to be performed irrespective of the straight pipe shape or the L pipe shape of the hydraulic hose and the hydraulic pipe.

The present invention configured to achieve the above object is as follows. That is, the immersion washing apparatus for hydraulic components according to the present invention is open to the front upper side is formed in the inlet and outlet, but the clean washing oil is stored in the immersion washing chamber is filled with a certain amount of clean washing oil and the hydraulic component is washed in the second half A housing body having a contamination washing oil tank for receiving and storing the contamination washing oil of the storage tank and the deposition washing chamber; At least one contaminated washing oil purification filter installed at one side of the housing main body and filtering contaminated washing oil inside the contaminated washing oil tank to supply clean washing oil to a clean washing oil storage tank or an infiltration washing chamber; A transfer pump installed at one side of the housing body to transfer the contaminated washing oil inside the contaminated washing oil tank to the contaminating washing oil purification filter; A lift installed up and down inside the deposition washing chamber; A basket which is accessed through the inlet and outlet but is mounted on the lift by loading hydraulic components therein; Lift elevating means installed on the top of the deposition washing chamber of the housing body to elevate the lift; And a lift swing means for swinging a lift including a basket when the lift descends to a lowermost end of the deposition washing chamber so that the hydraulic components loaded on the basket can be washed.

Lift lifting means in the configuration of the present invention as described above, the lifting shaft is rotatably installed in each of the front and rear top of the top of the deposition cleaning chamber of the housing body; Support rollers installed at both ends of the lifting shaft; Lifting wires connected to each of the lift edges in the lower end of the deposition washing chamber while being wound on the support roller; And it is installed on the tower top of the immersion washing chamber of the housing body may be made of a configuration of the lifting motor for lifting the lift by forward and reverse rotation of the rotating shaft through the forward and reverse driving by the application of electricity.

And, the swing rocking means constituting the present invention is a seesaw that is installed on the bottom surface of the immersion washing chamber back and forth while the seesaw is supported by the lift seat; A rocking rotational shaft rotatably installed in each of the front and rear of the top of the deposition washing chamber of the housing body; A swing cam installed at one end or both ends of the swing shaft; A swinging motor installed on the top of the deposition washing chamber of the housing main body to rotate the swinging rotational shaft by application of electricity; And one end is connected to the point eccentric from the center of the swing cam, the other end is connected to the corner of the seesaw may be made of a configuration of a swing rod for swinging the seesaw according to the rotation of the swing cam.

In the configuration of the present invention as described above, a plurality of rolling rollers are rotatably installed back and forth on the bottom surface of the entrance and exit front side of the immersion washing room so that the transfer of the basket through the cloud is made when the basket enters and exits through the entrance and exit. More can be installed.

Meanwhile, in the configuration of the present invention, one side of the housing main body fixes a plurality of hydraulic hoses having couplings coupled to one end or both ends, and the high pressure air pressure supplied from the high pressure clean washing oil and the compressor supplied from the clean washing oil storage tank. The hydraulic hose mass washing machine for spraying and cleaning the hydraulic hose may be further configured.

The hydraulic hose mass washer as described above is integrally configured on one side of the housing body, the washer housing having a hydraulic hose cleaning chamber in which the hydraulic hose is cleaned; It is installed in front of the hydraulic hose cleaning chamber of the washer housing, and is formed at a certain depth from one end in the circumference of the axial coupling groove and the circumference around the axial coupling groove which is formed through the center of the cylinder shape. A high pressure injection tool having a high pressure injection groove formed through the outer circumferential surface of the groove and the high pressure supply groove respectively; A high pressure injection nozzle made of a size corresponding to each of the high pressure injection grooves of the high pressure injection tool, the high pressure injection nozzle being coupled to and fixed to an outer end of the high pressure injection groove to perform high pressure injection; A rotating shaft installed through the shaft coupling groove of the high pressure injection tool to support the high pressure injection tool while being formed with a square screw on a portion of the tip direction side of the high pressure supply groove; A handle which is installed at an end of the angular screw direction of the rotating shaft to forward and reverse rotate the rotating shaft through artificial rotation; Fixing units installed on both sides of the front of the hydraulic hose cleaning chamber of the washer housing so that the high-pressure injection tool is positioned therebetween, while supporting the two ends of the rotating shaft; The high pressure connection groove is formed on the position corresponding to the high pressure supply groove, and is screwed to the outer peripheral surface of each screw of the rotating shaft. Clutch plate; High pressure supply means for supplying high pressure washing oil or air pressure to the high pressure connection groove of the clutch plate to be supplied to the high pressure supply groove; A high pressure injection tool fixing means configured on an outer surface of the other end of the high pressure injection tool to fix the rotation of the high pressure injection tool; And fixedly spaced apart from the second half of the high pressure jet tool at the bottom of the hydraulic hose cleaning chamber of the washer housing, and fixed to the high pressure jet nozzle by fixing a plurality of hydraulic hoses with coupling at regular intervals. It can be made of a configuration of the hydraulic hose fixed moving means to be coupled.

The high pressure supply means constituting the above-mentioned hydraulic hose mass washing machine is connected to the high pressure connection groove of the clutch plate, and the high pressure supply pipe is supplied with high pressure washing oil or air pressure; A washing oil high pressure supply pump connected to the high pressure supply line to supply clean washing oil stored in the clean washing oil storage tank; And an air compressor connected to the high pressure supply line to supply high pressure air pressure.

In addition, the high pressure jet tool fixing means constituting the above-mentioned hydraulic hose mass washing machine comprises a plurality of pin coupling grooves formed at a predetermined depth on the other end surface of the high pressure jet tool positioned on the center line of each of the high pressure supply grooves; A fixing plate provided with an outer circumferential surface of the rotary support shaft on the other end of the high pressure jet tool, the fixing plate having one or more pin through grooves corresponding to the position of the pin coupling groove; A fixing pin coupled to the pin through groove of the fixing plate through an insertion into a pin coupling groove of the high pressure jet tool to fix the rotation of the high pressure jet tool; An elastic spring coupled to the outer circumferential surface of the fixing pin to allow the fixing pin to act on the other end of the high-pressure jet tool; And a fixing pin operating lever installed rotatably up and down on the outer surface of the fixing plate to allow the fixing pin to enter and exit.

Next, the hydraulic hose fixed moving means constituting the above-mentioned hydraulic hose mass washing machine is a support fixing plate which is fixed to the bottom surface of the hydraulic hose cleaning chamber of the washing machine housing is spaced a certain distance from the second half of the high-pressure jet tool; A plate-shaped moving support plate installed on the support fixing plate so as to be movable back and forth a predetermined distance; A rotary support shaft installed through the lower side of the support fixing plate in a transverse direction; A rotation lever installed at one end of the rotation support shaft to forward and reverse rotation of the rotation support shaft through artificial manipulation; A lever guide member installed on a bottom surface of the hydraulic hose cleaning chamber in one direction of the support fixing plate, the lever guide groove having a lever fixing groove for fixing the rotating lever back and forth; Guide shafts installed through the upper and rear sides of the support fixing plate back and forth; A ball bush installed on the outer circumferential surface of each of the guide shafts so as to be movable back and forth; A connection bracket that is installed and fixed to both sides of the lower surface of the movable support plate and coupled to the ball bush through the bottom; A connecting shaft connecting the connecting brackets; It is installed on both sides with the lower end fixed to the rotating support shaft, but the upper end is divided into the front and rear branches so that the connecting shaft is positioned between the branched upper end and rotated back and forth when the rotary support shaft rotates back and forth by the operation of the rotation lever. A moving latch for moving the moving support plate back and forth; An elastic spring coupled to a guide shaft outer circumferential surface such that a force is applied to the moving support plate in the direction of the high-pressure jet tool; And a hydraulic hose fixing means spaced apart from the front and rear of the moving supporting plate by a predetermined distance so that a large amount of the hydraulic hose is fixed in response to the high pressure injection nozzle of the high pressure injection tool.

In addition, the hydraulic hose fixing means constituting the above-mentioned hydraulic hose mass washing machine is fixed fixing piece is formed in the transverse direction in each of the front and rear of the upper surface of the movable support plate; The lower neck of the coupling coupled to the hydraulic hose is held on the upper surface of the fixing support piece, which is detachably inserted and fixed to the fixing support groove of the front fixing support piece, corresponding to each of the high pressure jet nozzles of the high pressure jet tool. A coupling clamp formed with a plurality of coupling locking grooves; And a hydraulic hose seating groove in which a hydraulic hose is seated on the upper end surface of the line corresponding to the coupling locking groove so as to be detachably inserted and fixed to the fixing support groove of the rear fixing support piece in response to the coupling clamp. It can be made of a configuration of the formed hydraulic hose clamp.

Coupling upper neck which is installed in the above-described hydraulic hose fixing means rotatably up and down on one side of the coupling fastener so as to hold the upper neck of the coupling in response to the coupling fixing groove of the coupling fastener. Coupling upper neck latch may be further formed with a plurality of locking grooves.

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In addition, the configuration of the present invention may be further installed on the hydraulic hose washing chamber bottom surface of the washer housing, the washing oil drainage plate formed with a plurality of drainage holes for the drainage of the sprayed washing oil may be further configured.

In addition, in the configuration of the present invention by opening and closing the upper and upper slides of the washing machine housing may be further installed a splash preventing cover for preventing the scattering of the washing oil during the cleaning of the hydraulic hose by high pressure injection of the washing oil.

According to the technology of the present invention, a plurality of hydraulic components such as various hydraulic pipes, hydraulic hoses, hydraulic valves, and couplings in the basket in the state of being deposited in the washing oil in the deposition washing room to shake through the rocking means while foreign matter attached to the hydraulic components The effect can be expressed by washing off automatically.

In addition, the technology according to the present invention is to deposit a plurality of hydraulic components, such as various hydraulic pipelines, hydraulic hoses, hydraulic valves and couplings in the basket to be deposited in the washing oil of the deposition washing room to wash the foreign substances while shaking through the rocking means. By doing so, the effect that the cleaning can be performed irrespective of the straight pipe shape or the L pipe shape of the hydraulic hose and the hydraulic pipe.

1 is a perspective view showing a hydraulic components deposition cleaning device according to the present invention.
Figure 2 is a front configuration view showing a hydraulic components deposition cleaning device according to the present invention.
Figure 3 is a side configuration view showing a basket inserted state of the hydraulic components deposition cleaning device according to the present invention.
Figure 4 is a side configuration view showing a basket down state of the hydraulic components immersion washing apparatus according to the present invention.
Figure 5 is a side configuration view showing a basket rocking state of the hydraulic components immersion washing apparatus according to the present invention.
Figure 6 is an exploded perspective view showing a hydraulic hose mass washing machine constituting the hydraulic components deposition cleaning device according to the present invention.
Figure 7 is a perspective view showing a hydraulic hose mass washing machine constituting the hydraulic components deposition cleaning device according to the present invention.
Figure 8a is a front cross-sectional view showing a short circuit state of the clutch plate in the hydraulic hose mass washing machine constituting the hydraulic components deposition cleaning device according to the present invention.
Figure 8b is a front cross-sectional view showing a connection state of the clutch plate in the hydraulic hose mass washing machine constituting the hydraulic components deposition cleaning device according to the present invention.
Figure 9 is a perspective view showing the fixing of the hydraulic hose through the hydraulic hose mass washing machine constituting the hydraulic components deposition cleaning device according to the present invention.
Figure 10a is a side cross-sectional view showing a state before the transfer of the hydraulic hose fixed conveying means in the hydraulic hose mass washing machine constituting the hydraulic components immersion washing apparatus according to the present invention.
Figure 10b is a side cross-sectional view showing a state after the transfer of the hydraulic hose fixed conveying means in the hydraulic hose mass washing machine constituting the hydraulic components immersion washing apparatus according to the present invention.
Figure 11a is a front cross-sectional view showing a state before fixing the hydraulic hose through the hydraulic hose fixed conveying means in the hydraulic hose mass washing machine constituting the hydraulic components immersion washing apparatus according to the present invention.
Figure 11b is a front cross-sectional view showing a state after fixing the hydraulic hose through the hydraulic hose fixed conveying means in the hydraulic hose mass washing machine constituting the hydraulic components deposition cleaning device according to the present invention.

Hereinafter will be described in detail with respect to the hydraulic component deposition cleaning apparatus according to a preferred embodiment of the present invention.

1 is a perspective configuration diagram showing a hydraulic components immersion washing apparatus according to the present invention, Figure 2 is a front configuration diagram showing a hydraulic components immersion washing apparatus according to the present invention, Figure 3 is a basket of the hydraulic components immersion washing apparatus according to the present invention 4 is a side configuration view showing a basket descending state of the hydraulic component deposition cleaning apparatus according to the present invention, Figure 5 is a side configuration showing a basket swing state of the hydraulic components deposition cleaning apparatus according to the present invention. It is also.

1 to 5, the configuration of the hydraulic component deposition cleaning apparatus 100 according to the present invention is open at the front upper side, the inlet and outlet 112a is formed, but a certain amount of clean washing oil is filled to wash the hydraulic components The immersion washing chamber 112 and the clean washing oil storage tank 114 for storing clean washing oil in the second half and the contaminated washing oil tank 116 for receiving and storing the contaminated washing oil of the immersion washing chamber 112 are provided. The housing main body 110, which is provided at one side of the housing main body 110, is filtered to clean the contaminated washing oil inside the contamination washing oil tank 116, and thus, the clean washing oil storage tank 114 or the infiltration washing chamber 112. At least one contaminated washing oil purification filter 120 for supplying clean washing oil to the inside of the housing body 110 is installed on one side of the contaminated washing oil tank 116 contaminated washing oil purification filter Transfer pump 130 to transfer to 120 ), The lift 140 is installed to be able to elevate up and down inside the immersion washing room 112, the basket 150 which is installed in and out through the inlet and outlet 112a and loaded with hydraulic components in the lift 140, Lifting means installed on the top of the deposition washing chamber 112 of the housing body 110 to lift the lift 140 and the basket 150 when the lift 140 is lowered to the lowest end of the deposition washing chamber 112. It consists of a configuration including a lift swing means for rocking the included lift 140 to wash the hydraulic components loaded on the basket 150 can be made.

Hydraulic component deposition cleaning apparatus 100 according to the present invention configured as described above through the inlet and outlet 112a of the deposition cleaning chamber 112 in a state in which a large amount of hydraulic components are loaded into the inside of the basket 150 ( 112 is seated on the lift 140 therein. At this time, in order to seat the basket 150 loaded with a large amount of hydraulic components on the lift 140, the lift 140 must be raised to the height of the inlet and outlet 112a of the deposition cleaning chamber 112.

Meanwhile, as described above, after seating the basket 150 having a large amount of hydraulic components on the lift 140, the lift lifting unit is operated by operating the control panel 102 to deposit the lift 140. Lower to the lower side of (112). At this time, when the lift 140 descends to the lower side of the deposition washing chamber 112 by the operation of the lift elevating means, the operation of the lift elevating means is stopped. At this time, the basket 150 containing the hydraulic components are in a state of being deposited in the clean washing oil filled in the immersion washing chamber 112.

As described above, when the lift 140 is lowered to the lower side of the immersion washing chamber 112 and the operation of the lift elevating means is stopped, the lift swinging means is operated, and the lift 140 including the basket 150 swings up and down. do. When the lift 140 including the basket 150 swings up and down, the hydraulic components loaded on the basket 150 are washed by the clean washing oil filled in the deposition washing chamber 112.

Next, as described above, the lift 140 including the basket 150 swings up and down by the operation of the lift swinging means, and cleaning of the hydraulic parts is performed for a predetermined time, so that foreign matters are removed. The lift 140 is then raised by the operation of the lift lifting means.

As described above, when the lift 140 is raised to the inlet and outlet 112a and the lift elevating means is stopped, the worker pulls out the basket 150 from the lift 140 to clean the hydraulic parts in a state where foreign matters are removed by washing. And then, the other hydraulic components to be cleaned in the basket 150 is loaded in order to proceed in the same order as described above so that the hydraulic components can be washed.

On the other hand, when the foreign matter is accumulated in the immersion washing chamber 112 in the process of removing the foreign matter by washing the hydraulic components as described above, if the cleaning oil in the immersion washing chamber 112 is contaminated, the deposition through the drive of the transfer pump 130 The contaminated washing oil from the washing chamber 112 is transferred to the contaminated washing oil storage tank 116 or transferred to the contaminating washing oil purification filter 120 to be purged. At this time, the washing oil purified by the dirty washing oil purification filter 120 is transferred to the infiltration washing chamber 112 or to the clean washing oil storage tank 114.

Lift lifting means in the configuration of the hydraulic components immersion washing apparatus 100 according to the present invention as described above is to seat and lift the basket 150 for loading hydraulic components, such lift lifting means are shown in Figs. As shown in the support shaft 161 is installed on both ends of the elevating rotary shaft 160, the elevating rotary shaft 160, which is rotatably installed in each of the front and rear of the top of the top of the deposition cleaning chamber 112 of the housing body 110, as shown in , The lifting wire 162 connected to each of the edges of the lift 140 inside the deposition washing chamber 112 while being wound on the support roller 161 and the deposition washing chamber 112 of the housing body 110. Is installed in the upper portion of the lifting motor 163 for lifting the lift 140 by forward and reverse rotation shaft 160 by the forward and reverse driving by the application of electricity.

The above-described lift lifting means is lifted by lifting or unwinding the lifting wire 162 wound around the support roller 161 when the reverse rotation of the lifting shaft 160 is performed according to the forward and reverse driving of the lifting motor 163. ) Rise or fall. At this time, in the present invention, each edge of the lift 140 is connected through four lifting wires 162 for stable support and lifting of the lift 140.

Next, the lift rocking means constituting the present invention to wash the hydraulic components deposited in the washing oil by shaking the lift 140 through the swing back and forth, such a lift rocking means is shown in FIGS. As shown in the top of the deposition chamber 112, the seesaw 170, the housing body 110 of the seesaw 170, which is installed on the bottom surface of the immersion washing chamber 112 back and forth, and the lift 140 is seated and supported It is installed on the top of the oscillation rotary shaft 171 rotatably installed at each front and rear, the oscillation cam 172 installed at one end or both ends of the oscillation rotation shaft 171, and the deposition washing chamber 112 of the housing body 110. One end is connected to an eccentric point from the center of the swinging motor 173 and the swinging cam 172 to rotate the swinging shaft 171 by the application of electricity, the other end is connected to one edge of the seesaw 170 swinging Cam (172) With the rotation takes place in the configuration of the swinging rod 174 to swing the see-saw frame 170. The

The lift rocking means configured as described above is lowered to the lower side of the deposition washing chamber 112, and when the lift 140 is seated on the seesaw 171, the rocking motor 173 is driven, and the rocking rod 174 ) Is moved up and down by the eccentric action of the swinging cam 172. Accordingly, the seesaw 171 performs the seesaw movement by the vertical movement of the swinging rod 174.

Therefore, as described above, the hydraulic components loaded on the basket 150 are formed while the lift 140 including the basket 150 seated on the seesaw 171 is moved by the up and down seesaw movement of the seesaw 171. The washing is performed by the stored washing oil filled in the immersion washing chamber 112 to remove the foreign matter attached to the hydraulic component.

Next, the hydraulic component deposition cleaning apparatus 100 according to the present invention configured as described above can be rotated back and forth on the bottom surface of the entrance and exit 112a front side of the deposition cleaning chamber 112 in addition to the configuration as described above. In order to be installed so that the basket 150 enters and exits through the inlet and outlet 112a, a plurality of rolling rollers 180 may be further installed so that the rolling of the basket 150 is performed through the clouds.

The rolling roller 180 configured as described above has a large amount of hydraulic valves or couplings and hydraulic lines in the basket 150 so that it is not easy for the worker to cut the lift 140, so that hydraulic components are loaded. Pushes or pulls the basket 150 on the rolling roller 180 so as to seat the basket 150 on the lift 140 or to lift the basket 150 from the lift 140. .

Figure 6 is an exploded perspective view showing a hydraulic hose mass washing machine constituting the hydraulic components immersion washing apparatus according to the present invention, Figure 7 is a combined perspective view showing a hydraulic hose mass washing machine constituting the hydraulic components immersion washing apparatus according to the present invention, Figure 8a Is a front sectional view showing the short circuit state of the clutch plate in the hydraulic hose mass washing machine constituting the hydraulic components immersion washing apparatus according to the present invention, Figure 8b is a hydraulic hose mass washing machine constituting the hydraulic components immersion washing apparatus according to the present invention 9 is a perspective cross-sectional view showing the connection of the clutch plate, Figure 9 is a perspective configuration showing the fixing of the hydraulic hose through the hydraulic hose mass washing machine constituting the hydraulic parts immersion washing apparatus according to the present invention, Figure 10a according to the present invention Pre-transfer status of hydraulic hose fixed feed means in hydraulic hose mass washer Figure 10b is a side cross-sectional view, Figure 10b is a side cross-sectional view showing a state after the transfer of the hydraulic hose fixed transport means in the hydraulic hose mass washing machine constituting the hydraulic components deposition cleaning device according to the present invention, Figure 11a is a hydraulic parts according to the present invention Front cross-sectional view showing a state before fixing the hydraulic hose through the hydraulic hose fixed transport means in the hydraulic hose mass washing machine constituting the immersion washing device, Figure 11b is a hydraulic hose mass washing machine constituting the hydraulic parts deposition washing device according to the present invention This is a front sectional view showing the state after fixing the hydraulic hose through the hydraulic hose fixed conveying means.

On the other hand, in the configuration of the hydraulic component deposition cleaning apparatus 100 according to the present invention, as described above, the coupling is coupled to the hydraulic components such as hydraulic valves, couplings and hydraulic pipelines in order to remove foreign substances by immersing in the washing oil. Fixing a large amount of the hydraulic hose is further configured to clean the inside of the hydraulic hose coupled to the coupling through the washing oil or air pressure sprayed at high pressure to remove the foreign matter.

In other words, in addition to the above-described configuration, a plurality of hydraulic hoses having couplings coupled to one or both ends thereof are fixed to one side of the housing main body 110, and the high pressure clean washing oil and air supplied from the clean washing oil storage tank 114 are provided. The hydraulic hose mass washer 200 is further configured to spray by washing the high pressure air pressure supplied from the compressor 274 into the hydraulic hose.

Looking at the configuration of the hydraulic hose mass washer 200 as described above is installed in the washing machine housing 210, the hydraulic hose cleaning room 212 is provided with a hydraulic hose cleaning room 212 is the cleaning of the hydraulic hose (10) High pressure injection tool 220 having a high pressure injection groove 226 is formed through the high pressure supply groove 224 and the outer circumferential surface formed in a predetermined depth in the circumference around the axial coupling groove 222 and the axial coupling groove 222 High pressure injection nozzle 228 is fixedly coupled to the outer end of the high pressure injection groove 226, the high-pressure injection is carried out through the shaft coupling groove 222 of the high-pressure injection tool 220, each end of the screw 232 ) Is formed with a rotating shaft 230, a handle 240 for forward and reverse rotation of the rotating shaft 230 through artificial rotation, a support 250 for supporting both ends of the rotating shaft 230, a high-pressure connecting groove 262 is formed Clutch plate 260, clutch plate 260 connected or short-circuited to one surface of the injection tool 220 High pressure supply means for supplying the high pressure washing oil or air pressure to the high pressure connection groove 262 of the high pressure supply groove 224, configured on the outer surface of the other end of the fixing bracket 250 of the high pressure injection tool 220 High pressure jet tool fixing means for fixing the rotation of the high pressure jet tool 220 and a predetermined distance from the second half of the high pressure jet tool 220 can be moved back and forth to the bottom of the hydraulic hose cleaning chamber 212 of the cleaner housing 210 The hydraulic hose fixed movement means for fixing the plurality of hydraulic hoses coupled to the coupling at a predetermined interval so that the coupling is coupled to the high pressure injection nozzle 228 is installed.

On the other hand, the process of washing the hydraulic hose 10 in a large amount through the hydraulic hose mass washer 200 configured as described above is as follows. First, the high pressure injection nozzle 228 corresponding to the corresponding hydraulic hose 10 to be cleaned may be rotated through the release of the fixing of the high pressure injection tool fixing means so as to be directed to the rear end. do.

As described above, after releasing the fixing of the high pressure jet tool fixing means so that the high pressure jet tool 220 may be rotated, the high pressure jet tool 220 is rotated to match the hydraulic hose 10. ) To the rear end, the high-pressure jetting tool 220 is rotated through the high-pressure jetting tool fixing means to fix the rotation of the high-pressure jetting tool 220.

Next, as described above, the high-pressure jetting tool 220 is rotated and fixed so that the high-pressure jetting nozzle 228 corresponding to the hydraulic hose 10 is positioned at the rear end, and then the handle 240 is rotated to rotate the clutch plate ( 260 is to be connected to one end surface of the high-pressure jet tool 220 to move to one end of the high-pressure jet tool 220. At this time, the high pressure connection port 262 of the clutch plate 260 is matched to one end of the high pressure supply groove 224 to which the high pressure injection nozzle 228 is directed toward the rear end of the high pressure injection tool 220.

As described above, after the clutch plate 260 is connected to one end surface of the high-pressure injection tool 220, a large amount of the hydraulic hose 10 having the coupling 20 coupled to one end through the hydraulic hose fixing movement means is provided. After fixing, the hydraulic hose fixing movement means is moved to the rear end of the high pressure injection tool 220, and the coupling 20 at the front end of the hydraulic hose 10 fixed to the high pressure injection nozzle 228 of the high pressure injection port 220. ) Are combined.

Next, as described above, when the coupling 20 of the front end of the hydraulic hose 10 fixed to the corresponding high pressure injection nozzle 228 is coupled, the washing stored in the clean washing oil storage tank 114 through the high pressure supply means. The high pressure injection nozzle 228 having the coupling 20 coupled to the high pressure connecting groove 262 of the clutch plate 260 and the high pressure supply groove 224 of the high pressure injection tool 220 while oil is supplied at high pressure. It is injected through the injection into the fixed hydraulic hose 10.

As described above, when the high pressure washing oil is injected into the hydraulic hose 10, the foreign matter attached to the inside of the hydraulic hose 10 is washed and removed by the washing oil injected at high pressure. After washing the inside of the hydraulic hose 10 through the high pressure washing oil as described above, the high pressure air supply groove 262 and the high pressure jet tool 220 of the clutch plate 260 are supplied by supplying high pressure air pressure through the high pressure supply means. Through the high pressure supply groove 224, the coupling 20 is sprayed into the fixed hydraulic hose 10 through the combined high pressure injection nozzle 228 so that the remaining washing oil can be removed.

Then, as described above, after washing the hydraulic hose 10 in a fixed state through high pressure washing oil and air pressure, the hydraulic hose fixing moving unit is retracted to separate the coupling 20 from the high pressure injection nozzle 228. The hydraulic hose 10, which has been cleaned, is separated from the hydraulic hose fixed moving unit in a state where it is possible. In the case of cleaning the other hydraulic hose (10) it may proceed to the same process as before.

On the other hand, in the configuration of the hydraulic hose mass washer 200 configured as described above, the hydraulic hose fixed moving means for fixing the hydraulic hose 10 to move back and forth is spaced apart from the rear portion of the high-pressure jet tool 220 by a predetermined distance from the cleaner housing ( Lower portion of the support fixing plate 290 fixed to the bottom surface of the hydraulic hose cleaning chamber 212 of the 210, the plate-shaped moving support plate 291, the support fixing plate 290 installed to be moved back and forth a certain distance on the support fixing plate 290 Rotating support shaft 293, which is installed in one side of the rotary support shaft 293 and penetrates laterally in the lateral direction, and pivoting lever 294 and support fixing plate 290 for rotating the rotary support shaft 293 through artificial manipulation. The upper side of the lever guide member 295 and the support fixing plate 290, which are installed on the bottom surface of the hydraulic hose washing chamber 212 in one direction, are formed with a lever fixing groove 295a for fixing the rotating lever 294 back and forth. Tube before and after Ball bushes 297 installed on the outer circumferential surface of each of the guide shafts 296 and the guide shafts 296, which are installed in a tube, are installed and fixed on both sides of the lower surfaces of the movable support plate 291, but the ball bushes A connection bracket 291a fixedly coupled to 297, a connection shaft 291b for connecting the connection bracket 291a, and a lower end fixed to the rotation support shaft 293 are installed at both sides, but the upper end branches back and forth. The connecting shaft 291b is positioned between the branches of the upper end so that the connecting shaft 291b is rotated back and forth during the forward and backward rotation of the rotary support shaft 293 to move the movable support plate 291 back and forth. Before and after the elastic spring 299 and the movable support plate 291 are coupled to the movement latch 298, the guide shaft 296 to allow the force to act in the direction of the high-pressure jet tool 220. Spaced apart a certain distance of the high-pressure jet tool (220) Corresponding to a pressure spray nozzle 228 by a large amount of the hydraulic hose 10 can be made to the configuration of the hydraulic hoses so that the fixing means for fixing position.

As described above, the hydraulic hose fixing moving means fixes the hydraulic hose 10 through the hydraulic hose fixing means on the upper portion of the movable support plate 291 in the state of moving to the rear side, and then presses the rotating lever 294 at the high pressure. Pulling in the direction of the tool 220, the moving support plate 291 is moved to the front. At this time, the pivoting lever 294 in the pulled forward direction allows the pivoting lever 294 in the pulled state to be fixed to the tip of the lever fixing groove 295a of the lever guide member 295.

Referring to the forward and backward movement of the hydraulic hose fixed moving means that acts by pulling the rotation lever 294 as described above is as follows. First, when the pivoting lever 294 is pulled in the direction of the high-pressure jet tool 220 which is the front side, the rotation support shaft 293 rotates forward by a certain range, and thus the moving latch 298 fixed to the rotation support shaft is The connecting shaft 291b connecting between the connecting brackets 291a while rotating forward is pressed to the front side.

Next, as described above, when the moving latch 298 rotates forward, when the connecting shaft 291b connecting the connecting bracket 291a is pressed forward, the ball bush 297 along the guide shaft 296 is pressed. Is guided to the front, and thus the moving support plate 291 of the upper side connected to the ball bush 297 through the connecting bushing (291a) is moved to the front side.

Of course, in the configuration of the present invention is coupled on the outer peripheral surface of the guide shaft 296 by the action of the elastic spring 299 by the action of the elastic spring 299 to move the moving support plate 291 in the direction of the high-pressure jet tool 220 In addition, the front side movement is smoothly made, and the moving state of the moving support plate 291 moved forward is prevented from being retracted by the elastic force of the elastic spring 299.

On the other hand, when the moving support plate 291 is retracted to the rear side, when the pivoting lever 294 is released from the tip of the lever fixing groove 295a of the lever guide member 295 and pushed backward, the pivoting lever 294 is pulled out. It is operated in the reverse order to act as a retraction of the movable support plate 291 is made. At this time, when the rotation lever 294 pushed to the rear side is held at the rear end of the lever fixing groove 295a of the lever guide member 295, the retracted state of the movable support plate 291 is maintained.

Next, the hydraulic hose fixing means for fixing a large amount of the hydraulic hose 10 in response to the high pressure injection nozzle 228 of the high pressure injection tool 220 is spaced before and after the moving support plate 291 is a hydraulic hose It is for fixing 10 to the upper part of the movable support plate 291.

Once again, the configuration of the hydraulic hose mass washer 200 as described above is integrated in one side of the housing body 110, the washer housing having a hydraulic hose cleaning chamber 212, the hydraulic hose is cleaned, 210, the hydraulic hose washing chamber 212 of the washing machine housing 210 is installed in front of the circumference around the axial coupling groove 222 and the axial coupling groove 222 formed through the center of the cylindrical shape from one end High-pressure jetting tool 220 having a high-pressure jetting groove 226 is formed through the outer circumferential surface to be formed in a predetermined depth, the inner pressure is supplied to each of the high-pressure supply groove 224 and the high-pressure supply groove 224, the diameter of which is supplied high pressure ), A high pressure injection nozzle 228, a high pressure injection tool made of a size corresponding to each of the high pressure injection groove 226 of the high pressure injection tool 220 is fixed to the outer end of the high pressure injection groove 226 is a high-pressure injection (220) shaft coupling Is installed through the 222 to support the high-pressure injection tool 220 to rotate the rotation shaft 230, the angle screw 232 of the rotating shaft 230, the angle screw 232 is formed in a portion of the tip direction side of the high pressure supply groove 224 Installed at both ends of the handle 240 and the hydraulic hose washing chamber 212 of the washer housing 210, respectively, which are installed at the end of the direction and are rotated forward and backward through artificial rotation. 220 is positioned, but the high-pressure connecting groove 262 is formed on the position corresponding to the support 250, the high pressure supply groove 224 to support the rotation of both ends of the rotary shaft 230, the angle of the screw ( 232) Clutch plate 260, the clutch is coupled to the outer circumferential surface is transferred to the left and right by the forward and reverse rotation of the rotary shaft 230 is connected or short-circuited to one end surface of the high-pressure injection tool 220 in the direction of the high-pressure supply groove 224 Supplying high pressure washing oil or air pressure to the high pressure connection groove 262 of the plate 260 High pressure supply means to be supplied to the high pressure supply groove 224, the high pressure injection tool fixing means for fixing the rotation of the high pressure injection tool 220 is configured on the outer surface of the other end of the fixing bracket 250 of the high pressure injection tool 220 and It is spaced a certain distance from the second half of the high-pressure jet tool 220 is installed on the bottom of the hydraulic hose cleaning chamber 212 of the cleaner housing 210 to be moved back and forth, but fixed a plurality of hydraulic hoses coupled to the coupling at regular intervals. It can be made of a configuration of the hydraulic hose fixed moving means for coupling to the high pressure injection nozzle (228).

Looking at the configuration of the hydraulic hose fixing means as described above, the fixing support groove 301a is formed in the transverse direction in each of the front and rear of the upper surface of the movable support plate 291, the front of the fixed support piece 301, the fixed support piece 301 Removably inserted and fixed on the fixed support groove 301a of the fixed support piece 301, the hydraulic hose 10 is provided on the upper end surface of the position corresponding to each of the high pressure jet nozzles 228 of the high pressure jet tool 220. The rear side of the fixing support piece 301 is fixed in response to the coupling clamp 302 and the coupling clamp 302 in which a plurality of coupling locking grooves 302a are formed to hold the lower neck of the coupled coupling 20. The hydraulic hose seating groove 303a in which the hydraulic hose 10 is seated on the upper end surface of the support piece 301 that is detachably inserted and fixed to the upper end of the line corresponding to the coupling locking groove 302a. ) Is formed of a configuration of the hydraulic hose clamp (303).

On the other hand, the hydraulic hose fixing means configured as described above is the coupling fastener 302 installed on the front side of the neck of the coupling 20 coupled to one end of the hydraulic hose 10 through the coupling engaging groove 302a The hydraulic hose fixing clamp 303 installed at the rear side may be held and secured to the hydraulic hose 10 through the hydraulic hose seating groove 303a.

The coupling clamp 302 and the hydraulic hose clamp 303 which are installed before and after the hydraulic hose fixing means configured as described above are detachably coupled to the fixing support piece 301, as well as the hydraulic hose 10 to be cleaned. Coupling engaging groove (302a) and hydraulic hose seating groove (303a) is formed according to the size of the) to replace the corresponding to the hydraulic hose 10 to be cleaned can be fixed to any size of the hydraulic hose (10) Will be.

In addition, in the configuration of the hydraulic hose fixing means as described above is provided to be rotatable up and down on one side of the coupling clamp (302), but the coupling (corresponding to the coupling fixing groove 302a of the coupling clamp (302)) Coupling upper neck latch (304) formed with a plurality of coupling upper neck locking groove (304a) to hold the upper neck of the 20 is further configured.

As described above, since the coupling upper neck brace 304 cleans through the high pressure washing oil and air pressure when the hydraulic hose 10 is cleaned, the fixing state of the hydraulic hose 10 may be separated by the coupling fastener 302 alone. It can be secured by the high pressure cleaning of the hydraulic hose 10 by being able to hold through the coupling fastener 302 and the coupling upper neck brace 304 in the lower and upper portions of the coupling 20.

Next, the high pressure supply means constituting the hydraulic hose mass washer 200 is configured to supply high pressure washing oil and air pressure, and the high pressure supply means is connected to the high pressure connection groove 262 of the clutch plate 260. High pressure supply pipe 270 that is supplied with high pressure washing oil or air pressure, washing oil high pressure supply pump 272 connected to the high pressure supply pipe 270 to supply clean washing oil stored in the clean washing oil storage tank 114; The air compressor 274 is connected to the high pressure supply line 270 to supply high pressure air pressure.

The high pressure washing oil or air pressure by the high pressure supply means configured as described above is connected to one end of the high pressure jet tool 220 by the clutch plate 260 and the high pressure connection groove 262 and the high pressure jet of the clutch plate 260. The high pressure supply groove 224 of the tool 220 is made in a matched state. That is, the washing of the hydraulic hose 10 is a high pressure air pressure is supplied through the air compressor 274 after the washing of the hydraulic hose 10 is made while the supply of the cleaning oil is a high pressure, the residue of the washing oil is a high pressure air pressure Is removed by

Next, the high pressure jet tool fixing means constituting the hydraulic hose mass washer 200 is formed in a plurality of depths on the other end surface of the high pressure jet tool 220 which is located on the center line of each of the high pressure supply grooves 224. Pin coupling groove 280, the other end side of the high-pressure jet tool 220, the outer peripheral surface of the rotary shaft 230 on the outer surface of the mounting bracket 250 is fixed, but at least one pin through groove 281a corresponding to the position of the pin coupling groove 280 ) Is formed through the pinned groove 281a of the fixed plate 281, the fixed plate 281 is coupled through the insertion into the pin coupling groove 280 of the high-pressure jet tool 220 of the high-pressure jet tool 220 An elastic spring 283 coupled to an outer circumferential surface of the fixing pin 282 and the fixing pin 282 to fix the rotation so that the fixing pin 282 acts on the other end direction of the high-pressure jet tool 220. It is installed on the outer surface of the fixing plate 281 rotatably up and down so that the entry and exit of the fixing pin 282 is It comprises a fixed pin operating lever 284 so as to control.

The action of the high-pressure jet tool holding means configured as described above, first, when the fixed pin operating lever 284 is rotated in the transverse direction, the fixing pin 282 is moved outward accordingly fixed pin 282 high pressure injection It is separated from the pin coupling groove 280 of the tool 220. As such, when the fixing pin 282 is separated from the pin coupling groove 280 of the high pressure jet tool 220, the high pressure jet tool 220 may be rotated.

On the other hand, as described above, when fixing the high-pressure injection tool 220 in a rotated state, if the high pressure injection tool 220 is slightly rotated while the operating lever 284 is rotated upward, the fixing pin 282 and high pressure. When the pin coupling groove 280 of the injection tool 220 is matched, the fixing pin 282 is inserted into the pin coupling groove 280 of the high pressure injection tool 220 by the elastic force of the elastic spring 283 to inject high pressure. Fixing tool 220 is made.

The hydraulic hose mass washer 200 constituting the present invention as described above is installed on the bottom surface of the hydraulic hose washing chamber 212 of the cleaner housing 210, but a plurality of drainage holes 310a are formed to drain the sprayed washing oil. The washing oil drainage plate 310 is further configured. The washing oil drainage plate 310 prevents washing oil from accumulating on the bottom surface of the hydraulic hose washing chamber 212.

In addition, the hydraulic hose mass washer 200 constituting the present invention by opening and closing the upper and rear slides of the washing machine housing 210 to prevent the scattering of the washing oil during the cleaning of the hydraulic hose 10 by the high-pressure injection of the washing oil. The prevention cover 320 is further installed. The anti-scattering cover 320 is sprayed with a high pressure washing oil to prevent the scattering of the washing oil during the cleaning of the hydraulic hose 10 to improve the working environment.

The present invention is not limited to the above embodiments, and various modifications can be made within the scope of the technical idea of the present invention.

100. Hydraulic parts deposition cleaning device 110. Housing body
112. Immersion wash chamber 114. Clean wash oil storage tank
116. Dirty oil tank 120. Dirty oil filter
130. Transfer pump 140. Lift
150. Basket 160. Lift shaft
161. Support Rollers 162. Lifting Wire
163. Lifting motor 170. Seesaw
171. Oscillating axis 172. Oscillating cam
173. Oscillating motor 174. Oscillating rod
180. Rolling Roller 200. Hydraulic Hose Mass Washer
210. Washer housing 220. High pressure jet
228. High Pressure Spray Nozzles 230. Shafts
240. Handle 250. Fixture
260. Clutch plate 270. High pressure supply line
272. High pressure feed pump 274. Air compressor
280. Pin engaging groove 281. Mounting plate
282. Retaining pins 283. Elastic spring
284. Locking pin actuating lever

Claims (14)

Opening in the upper side is formed in the inlet and outlet, but a certain amount of clean washing oil is filled in the immersion washing chamber to wash the hydraulic components and the clean washing oil storage tank for storing the clean washing oil in the latter part and the contaminated washing oil of the immersion washing chamber A housing body having a pollution washing oil tank for receiving and storing the oil;
At least one contaminated washing oil purification filter installed at one side of the housing main body and filtering contaminated washing oil inside the contaminated washing oil tank to supply clean washing oil into the clean washing oil storage tank or the infiltration chamber;
A transfer pump installed at one side of the housing body to transfer the contaminated washing oil inside the contaminated washing oil tank to the contaminating washing oil purification filter;
A lift installed up and down in the deposition washing chamber;
A basket which is allowed to go in and out through the inlet and outlet, and loads hydraulic components therein and rests on the lift;
Lifting rotary shafts rotatably installed at each of the top and front of the top and bottom of the immersion washing chamber of the housing body, respectively installed at both ends of the lifting and rotating shaft, and each of the lower ends of the lower and lower ends are wound around the supporting roller and the supporting roller. The lift wire is connected to each of the lift edges and the lifting motor is installed on the top of the top of the deposition washing chamber of the housing main body, and the lifting motor by the forward and reverse rotation of the rotating shaft through the forward and reverse driving by the application of electricity to lift the lift Lift elevating means for elevating;
The oscillating shaft is installed on the bottom surface of the immersion washing chamber back and forth, the oscillating shaft is rotatably installed in each of the seesaw frame is seated and supported by the lift, the top and front of the top of the immersion washing chamber of the housing body, one end of the oscillating shaft Or an oscillation cam installed at both ends, an oscillation motor installed at the top of the deposition washing chamber of the housing main body to rotate the oscillation rotation shaft by application of electricity, and one end connected to an eccentric point from the center of the oscillation cam. The other end is composed of a rocking rod which is connected to the edge of the seesaw and swings the lift including the basket seated on the seesaw through the swing of the seesaw according to the rotation of the swing cam to the lowest end of the deposition washing chamber. The lowering of the lift to swing the lift including the basket to the bath Lift means for swinging so that the washing of the hydraulic components can be loaded; And
A plurality of hydraulic hoses having couplings coupled to one or both ends thereof may be fixed to one side of the housing main body, and the high pressure clean pressure oil supplied from the clean washing oil storage tank and the high pressure air pressure supplied from the compressor may be applied to the inside of the hydraulic hose. Hydraulic components immersion washing apparatus, characterized in that consisting of a configuration including a large amount of the hydraulic hose washing by spraying. delete delete The rolling roller of claim 1, wherein the plurality of rolling rollers are rotatably installed back and forth on the bottom surface of the entrance and exit front side of the immersion washing chamber so that the baskets are transported through the clouds when the basket enters and exits through the entrance and exit. Hydraulic components deposition cleaning device characterized in that the installation more. delete The washing machine according to claim 1 or 4, wherein the hydraulic hose mass washing machine is integrally formed at one side of the housing body and includes a washing machine housing having a hydraulic hose washing chamber in which the hydraulic hose is washed;
It is installed in front of the hydraulic hose cleaning chamber of the washer housing, the shaft coupling groove formed through the center of the cylindrical shape and the circumference around the shaft coupling groove is formed at a certain depth from one end, but the different diameters supplied with high pressure A high pressure injection tool having a high pressure injection groove formed through the outer circumferential surface of the high pressure supply groove and each of the high pressure supply grooves;
A high pressure injection nozzle made of a size corresponding to each of the high pressure injection grooves of the high pressure injection tool, the high pressure injection nozzle being coupled to and fixed to an outer end of the high pressure injection groove to perform high pressure injection;
A rotating shaft installed through the shaft coupling groove of the high pressure injection tool to support the high pressure injection tool while having a square thread formed at a portion of the tip direction side of the high pressure supply groove;
A handle installed at an end of the angular screw direction of the rotation shaft to forward and reverse rotation of the rotation shaft through artificial rotation;
Fixing units installed on both sides of the front side of the hydraulic hose cleaning chamber of the washer housing so that the high-pressure jet tool is positioned therebetween, while supporting both ends of the rotating shaft;
A high pressure connection groove is formed on a position corresponding to the high pressure supply groove and screwed to an outer circumferential surface of the rotary screw, but is moved left and right by forward and reverse rotation of the rotation shaft, so that the high pressure injection tool A clutch plate connected to or shorted to the surface;
High pressure supply means for supplying high pressure washing oil or air pressure to the high pressure connection groove of the clutch plate to be supplied to the high pressure supply groove;
A high pressure jet tool fixing means configured to fix the rotation of the high pressure jet tool by being configured on an outer side of the fixing side of the other end of the high pressure jet tool; And
A predetermined distance is separated from the second half of the high-pressure spraying tool is installed on the bottom surface of the hydraulic hose washing chamber of the washer housing, and the plurality of hydraulic hoses coupled with the coupling at fixed intervals to fix the coupling. Hydraulic components deposition cleaning device comprising a configuration of a hydraulic hose fixed moving means to be coupled to the high pressure injection nozzle. According to claim 6, wherein the high pressure supply means is connected to the high pressure connection groove of the clutch plate is a high pressure supply pipe for supplying high pressure washing oil or air pressure;
A washing oil high pressure supply pump connected to the high pressure supply line to supply clean washing oil stored in the clean washing oil storage tank; And
Hydraulic components deposition cleaning device characterized in that consisting of a configuration of an air compressor for supplying a high pressure air pressure connected to the high pressure supply line. According to claim 6, The high-pressure injection tool fixing means is a plurality of pin coupling grooves formed in a predetermined depth on the other end surface of the high-pressure injection tool located on the center line of each of the high pressure supply groove;
A fixing plate on which the other end of the high-pressure jet tool is fixed to the outer circumferential surface of the rotating support shaft on the outer side of the fixing stand, wherein at least one pin through groove is formed corresponding to the position of the pin coupling groove;
A fixing pin coupled to the pin through groove of the fixing plate and inserted into the pin coupling groove of the high pressure jet tool to fix the rotation of the high pressure jet tool;
An elastic spring coupled to an outer circumferential surface of the fixing pin to allow the fixing pin to act on the other end surface of the high-pressure jet tool; And
Hydraulic component deposition cleaning device, characterized in that consisting of a fixed pin operating lever to be installed on the outer surface of the fixing plate to be rotated up and down to allow the access to the fixing pin. According to claim 6, The hydraulic hose fixed moving means is fixed to the bottom surface of the hydraulic hose washing chamber of the washer housing spaced apart from the rear half of the high-pressure jet tool by a fixed fixing plate;
A plate-shaped moving support plate installed on the support fixing plate so as to be movable back and forth a predetermined distance;
A rotation support shaft installed through the lower side of the support fixing plate in a transverse direction;
A rotation lever installed at one end of the rotation support shaft for forward and reverse rotation of the rotation support shaft through artificial manipulation;
A lever guide member installed on a bottom surface of the hydraulic hose washing chamber in one direction of the support fixing plate, the lever guide groove having a lever fixing groove for fixing the pivoting lever back and forth;
Guide shafts installed through the upper and rear sides of the support fixing plate back and forth;
A ball bush installed on the outer circumferential surface of each of the guide shafts so as to be movable back and forth;
A connection bracket which is fixed to both sides of the lower surface of the movable support plate and fixedly coupled to the ball bushing through a lower end thereof;
A connecting shaft connecting the connecting brackets;
The lower end is fixed to the rotary support shaft is installed on both sides, but the upper end is formed in the shape of the front and rear branch so that the connecting shaft is positioned between the branch of the upper end and the front and rear rotation of the rotary support shaft by the operation of the rotation lever A movement latch for moving back and forth during the movement to move the movement support plate back and forth;
An elastic spring coupled to the guide shaft outer circumferential surface such that a force is applied to the movable support plate in the direction of the high pressure jet tool; And
A hydraulic component deposition cleaning apparatus comprising a configuration of a hydraulic hose fixing means spaced apart a predetermined distance before and after the moving support plate so that a large amount of hydraulic hose is fixed in response to the high pressure spray nozzle of the high pressure spray tool. 10. The method of claim 9, wherein the hydraulic hose fixing means is a fixed support groove is formed in the transverse direction in each of the front and rear of the upper surface of the movable support plate;
The lower neck of the coupling coupled to the hydraulic hose is provided on the upper surface of the fixed support piece which is detachably inserted and fixed on the fixed support groove of the front fixed support piece, respectively corresponding to the high pressure jet nozzles of the high pressure jet tool. A coupling clamp formed with a plurality of coupling locking grooves to be held; And
A hydraulic hose to which the hydraulic hose is seated on the upper end surface of the line corresponding to the coupling locking groove is detachably inserted and fixed to the fixing support groove of the rear fixing support piece in response to the coupling clamp. Hydraulic components deposition cleaning device, characterized in that consisting of the configuration of the hydraulic hose fixing fixture formed with a seating groove. The coupling upper neck of claim 10, wherein the coupling upper neck is rotatably installed on one side of the coupling clamp so that the upper neck of the coupling can be held in response to the coupling fixing groove of the coupling clamp. Hydraulic component deposition cleaning device, characterized in that the coupling upper neck latch is formed a plurality of locking grooves. delete The apparatus of claim 6, further comprising a washing oil drainage plate installed at a bottom of the hydraulic hose washing chamber of the washing machine housing, the washing oil drainage plate having a plurality of drainage holes for draining the sprayed washing oil. 7. The hydraulic parts of claim 6, further comprising a scattering prevention cover that opens and closes an upper portion of the washer housing through the front and rear slides to prevent scattering of the washing oil during washing of the hydraulic hose by high pressure injection of the washing oil. Deposition Cleaner.

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