KR102695483B1 - Profile processing equipment and system - Google Patents

Abstract

A profile processing device and system according to embodiments of the present invention include a mounting portion on which a workpiece is mounted, a processing portion disposed above the mounting portion to process the workpiece, a moving portion connected to the processing portion to move the processing portion, a fixing portion provided at both ends of the mounting portion to fix a position of the workpiece, and an inspection portion provided at one side of the fixing portion to identify a position of the processing portion, wherein the processing portion includes a processing body portion forming an outer appearance and a processing drill portion coupled to an end of the processing body portion to drill the workpiece, and the fixing portion includes a one-side fixing portion provided at one side of the mounting portion and an other-side fixing portion provided at the other side of the mounting portion to fix the workpiece together with the one-side fixing portion, and the inspection portion may include a height inspection portion provided at the one-side fixing portion to measure a height of the workpiece, and a drill inspection portion provided at the other-side fixing portion to measure a length of the processing drill portion. As a result, a profile can be automatically punched, thereby improving work efficiency and improving punching accuracy.

Description

Profile processing equipment and system

The present invention relates to a profile processing device and system.

Aluminum profile refers to a material made of aluminum used to make a frame, such as a chassis, inside a house. In addition, aluminum profile can be used as a frame (skeleton) for FA equipment.

In constructing the frame of one FA device, aluminum profiles of various sizes and with various holes are used. In other words, in order to manufacture FA devices using aluminum profiles, aluminum profiles of various lengths and aluminum profiles with various positions of holes are required.

In addition, when manufacturing FA equipment, especially semiconductor or battery manufacturing equipment, very precise tolerances and quality are required. This is because the fields in which the equipment is used can cause product defects even with small tolerances.

However, in the past, workers manually cut aluminum profiles to the desired length and formed holes at the desired locations. Accordingly, there were problems in that the work time was long and the accuracy of the length and hole location was low due to manual work.

Accordingly, research is actively being conducted on a profile processing device and system that can automatically cut aluminum profiles to a user-desired length and automatically process holes at a user-desired location.

In addition, there is an increasing need for a profile processing device and system that removes impurities that occur while using a profile processing device that automatically cuts to a desired length and forms holes at a desired location, thereby hindering the performance of precise work.

Korean Patent No. 10-2493695

Embodiments of the present invention aim to provide a profile processing device and system with improved accuracy and quality.

In addition, embodiments of the present invention aim to provide a profile processing device and system capable of performing the same processing work on a plurality of profiles at once with a setting, thereby reducing the working time and improving the working efficiency.

In addition, embodiments of the present invention aim to provide a profile processing device and system capable of preventing a drill from being broken in advance when punching a profile.

In addition, embodiments of the present invention seek to provide a profile processing device and system that improves the working environment by minimizing impurities on a worktable.

According to the present embodiments, the profile processing device and system can prevent the processing part from coming into contact with the mounting part and being damaged in advance through an inspection part that identifies the position of the processing part performing drilling.

Specifically, it may include a mounting portion on which a workpiece is mounted, a processing portion positioned above the mounting portion to process the workpiece, a moving portion connected to the processing portion to move the processing portion, a fixing portion provided at both ends of the mounting portion to fix the position of the workpiece, and an inspection portion provided at one side of the fixing portion to identify the position of the processing portion.

The above processing unit includes a processing body part forming an exterior appearance and a processing drill part coupled to an end of the processing body part and drilling the workpiece, the fixing unit includes a one-side fixing part provided on one side of the mounting part and an other-side fixing part provided on the other side of the mounting part to fix the workpiece together with the one-side fixing part, and the inspection unit may include a height inspection part provided on the one-side fixing part to measure the height of the workpiece, and a drill inspection part provided on the other-side fixing part to measure the length of the processing drill part.

In addition, the device further includes a control unit that controls the fixing unit, the processing unit, the moving unit, the fixed unit, and the inspection unit, and the control unit determines a length (A3) of the processing drill unit positioned inside the workpiece through a length (A1) of the processing drill unit exposed to the outside of the workpiece measured through the drill inspection unit and a height (A2) of the workpiece measured through the height inspection unit, thereby preventing the processing drill unit from contacting the fixing unit.

In addition, the fixing unit includes a fixing main body on which the workpiece is fixed, a fixing coupling unit in which the one-side fixing unit and the other-side fixing unit are coupled so as to face both ends of the fixing main body, and a fixing arrangement unit disposed between both ends of the fixing coupling unit and protruding upward from the fixing main body, and the inspection unit includes a laser inspection unit provided in the fixing arrangement unit and irradiating a laser to determine whether the processing drill unit comes into contact with the fixing unit, and the control unit can stop the operation of the processing drill unit when the end of the processing drill unit is detected by the laser inspection unit.

In addition, the processing unit may further include a cutting oil spray unit provided at an end of the processing main body and spaced apart from the processing drill unit and spraying cutting oil toward the processing drill unit, a wind spray unit provided in contact with the cutting oil spray unit and spraying wind toward the processing drill unit, a wear detection unit provided at the processing main body and photographing an end of the processing drill unit to determine the degree of wear of the processing drill unit, and an angle adjustment unit that is rotatably provided at the processing main body and is coupled to the wear detection unit to adjust an angle of the wear detection unit.

In addition, the one-sided fixed portion may include a one-sided fixed main body portion forming an exterior appearance and having an inner surface facing the workpiece, a one-sided fixed joining portion provided in the one-sided fixed main body portion and inserted into and joined to the fixing joining portion, a one-sided fixed elastic portion provided on the inner surface of the one-sided fixed main body portion so as to come into contact with the workpiece and made of an elastic material, and a one-sided fixed spray portion provided on the inner surface of the one-sided fixed main body portion and spraying air toward the fixing main body portion.

In addition, the other side fixing unit includes a other side fixed main body unit forming an exterior appearance, a other side fixed joining unit provided in the other side fixed main body unit and inserted into and joined to the fixing joining unit, a other side fixed moving unit arranged on the inside of the other side fixed main body unit and provided to move closer to or away from the workpiece, a other side fixed pressurizing unit provided at an end of the other side fixed moving unit to pressurize the workpiece, a water spray unit provided on the inside of the other side fixed pressurizing unit and capable of spraying water toward the fixing unit, and a water spray cover unit provided at an end of the other side fixed pressurizing unit to cover the water spray unit, wherein the water spray cover unit can selectively expose the water spray unit.

In addition, the above processing section is provided in multiple pieces and further includes a processing pressure section that is spaced apart from the processing drill section on the outer side of the processing main body section and presses the workpiece from the upper side, and the processing pressure section includes a processing pressure main body section that is provided on the inner side of the processing main body section, a processing pressure moving section that is provided in the processing pressure main body section to approach or move away from the workpiece, and a processing pressure contact section that is provided at an end of the processing pressure moving section to pressurize the workpiece, and the processing pressure contact section may include a processing contact connection section that is connected to the processing pressure moving section, and a processing contact bar that is spaced apart from the workpiece in multiple pieces along the periphery of the processing contact connection section and presses the workpiece.

In addition, the processing unit further includes a processing vision unit provided in the processing main body unit for photographing the workpiece drilled by the processing drill unit, and the control unit can compare the image photographed by the processing vision unit with a finished image of the workpiece to determine whether the size and position of the drilling are accurate.

In addition, if the control unit determines that the size and location of the drilling of the workpiece is defective, it operates the wind injection unit to blow wind toward the processing drill unit, and can check the degree of wear of the processing drill unit through the wear detection unit.

In addition, even after the degree of wear of the above-mentioned machining drill part is determined to be normal, if the size and position of the drilling of the above-mentioned workpiece are determined to be defective, the above-mentioned workpiece may be removed from the above-mentioned fixing body part, and the above-mentioned fixing body part may be cleaned by spraying air from the one-side fixed spray part and spraying water from the water spray part.

Embodiments of the present invention can provide a profile processing device and system with improved accuracy and quality.

In addition, embodiments of the present invention can provide a profile processing device and system that can perform the same processing work for a plurality of profiles at once with a setting, thereby reducing the working time and improving the working efficiency.

In addition, embodiments of the present invention can provide a profile processing device and system capable of preventing a drill from being broken in advance when punching a profile.

In addition, embodiments of the present invention can provide a profile processing device and system that improves the working environment by minimizing impurities on a worktable.

Figure 1 is a schematic diagram of a profile processing device according to one embodiment of the present invention.
Figure 2 is a perspective view of a profile processing device according to one embodiment of the present invention.
FIG. 3 is a perspective view of a fixing unit and an inspection unit according to one embodiment of the present invention.
FIG. 4 is a drawing showing a fixing unit and an inspection unit according to one embodiment of the present invention.
Figure 5 is a perspective view of a processing section according to one embodiment of the present invention.

Below, with reference to the attached drawings, an embodiment of the present invention is described in detail so that a person having ordinary skill in the art to which the present invention pertains can easily practice the present invention.

However, the present invention can be implemented in various different forms and is not limited to the embodiments described herein. In addition, in order to clearly describe the present invention in the drawings, parts that are not related to the description are omitted, and similar parts are assigned similar drawing reference numerals throughout the specification.

In this specification, duplicate descriptions of identical components are omitted.

Also, in this specification, when it is mentioned that a component is 'connected' or 'connected' to another component, it should be understood that it may be directly connected or connected to that other component, but that there may be other components in between. On the other hand, in this specification, when it is mentioned that a component is 'directly connected' or 'directly connected' to another component, it should be understood that there are no other components in between.

Additionally, the terms used herein are only used to describe particular embodiments and are not intended to limit the present invention.

Also, in this specification, singular expressions may include plural expressions unless the context clearly indicates otherwise.

In addition, in this specification, it should be understood that terms such as “include” or “have” only specify the presence of a feature, number, step, operation, component, part, or combination thereof described in the specification, and do not exclude in advance the possibility of the presence or addition of one or more other features, numbers, steps, operations, components, parts, or combinations thereof.

Also, in this specification, the term 'and/or' includes a combination of multiple listed items or any one of multiple listed items. In this specification, 'A or B' can include 'A', 'B', or 'both A and B'.

Fig. 1 is a schematic diagram of a profile processing device according to one embodiment of the present invention. Fig. 2 is a perspective view of a profile processing device according to one embodiment of the present invention. Referring to Figs. 1 and 2, a profile processing device (S) according to one embodiment of the present invention may include a fixing portion (1), a processing portion (3), a moving portion (7), a fixing portion (5), and an inspection portion (9).

The fixing portion (1) can be used to fix a workpiece. That is, the fixing portion (1) is provided in the form of a table having a predetermined length or longer, so that a workpiece can be fixed thereon, and the workpiece can be cut or punched. In addition, the fixing portion (1) can be used to fix a cut workpiece and then fix it thereon, or only punching can be performed.

The workpiece may be a profile, and specifically, may be an aluminum profile made of aluminum material. However, this is not limited to the workpiece, and the workpiece may include any material that is subject to punching or processing.

The processing section (3) is arranged above the fixing section (1) and can process the workpiece. That is, the processing section (3) is arranged above the fixing section (1) and can punch the workpiece at a position set by the worker.

The moving part (7) is connected to the processing part (3) and can move the processing part (3). That is, the moving part (7) can move the processing part (3) to a position set by the worker, and can allow the processing part (3) to punch the workpiece at an accurate position.

In addition, the moving part (7) is provided so that it can move in all directions: forward, backward, up and down, and left and right, so that the position of the processing part (3) can be freely moved, thereby maximizing the degree of autonomy in processing.

The fixing member (5) is provided on both ends of the fixing member (1) to fix the position of the workpiece. That is, the fixing member (5) can fix the position of the workpiece when the machining member (3) punches the workpiece, thereby minimizing the error between the position set by the user and the actual punched position.

The inspection unit (9) is provided on one side of the fixed unit (5) to identify the position of the processing unit (3). That is, the inspection unit (9) identifies the position of the processing unit (3) and moves until the processing unit (3) comes into contact with the fixing unit (1) when punching the workpiece, thereby preventing the processing unit (3) from being damaged in advance.

Specifically, the processing unit (3) may include a processing main body (31) and a processing drill unit (32). The processing main body (31) may form an outer appearance and may be connected to the moving unit (7) and may move together with the movement of the moving unit (7).

The machining drill part (32) is connected to the end of the machining main body part (31) and can drill the workpiece. That is, the machining drill part (32) can form a hole in the workpiece by contacting the workpiece while rotating.

The fixing part (5) may include a one-side fixing part (51) and a other-side fixing part (53). The one-side fixing part (51) may be provided on one side of the fixing part (1). That is, the one-side fixing part (51) may fix the workpiece on one side of the fixing part (1).

The other side fixing part (53) is provided on the other side of the fixing part (1) and can fix the workpiece together with the one side fixing part (51). That is, the workpiece can be fixed in position by being simultaneously pressed by the other side fixing part (53) and the one side fixing part (51).

In addition, a plurality of workpieces can be arranged and fixed between the other side fixing unit (53) and the one side fixing unit (51), and the processing unit (3) can perform punching at a position set by the user for each of the plurality of workpieces.

The inspection unit (9) may include a height inspection unit (91) and a drill inspection unit (93). The height inspection unit (91) is provided on one side fixing unit (51) and can measure the height of the workpiece, and the drill inspection unit (93) is provided on the other side fixing unit (53) and can measure the length of the processing drill unit (32).

That is, the height inspection unit (91) and the drill inspection unit (93) can provide information that can determine whether the machining drill unit (32) is in contact with the mounting unit (1) through the height of the workpiece and the length of the machining drill unit (32), and can provide information that the machining drill unit (32) is prevented from contacting the mounting unit (1).

Fig. 3 is a perspective view of a fixing part and an inspection part according to one embodiment of the present invention. Fig. 4 is a drawing showing a fixing part and an inspection part according to one embodiment of the present invention. Specifically, Fig. 4(a) roughly shows the determination of whether or not the fixing body part of the machining drill part is in contact, Fig. 4(b) is a cross-sectional view of one side fixing part, and Fig. 4(c) is a cross-sectional view of the other side fixing part.

Referring to FIGS. 3 and 4, a profile processing device (S) according to one embodiment of the present invention may include a control unit (P). The control unit (P) may control a fixing unit (1), a processing unit (3), a moving unit (7), a fixed unit (5), and an inspection unit (9).

The control unit (P) determines the length (A3) of the processing drill part (32) positioned inside the workpiece by using the length (A1) of the processing drill part (32) exposed to the outside of the workpiece measured through the drill inspection unit (93) and the height (A2) of the workpiece measured through the height inspection unit, thereby preventing the processing drill part (32) from coming into contact with the fixing unit.

That is, the control unit (P) can determine the total length (A4) of the processing drill part (32) before the processing drill part (32) pierces the workpiece through the drill inspection unit (93). In addition, the control unit (P) can determine the length (A1) of the processing drill part (32) exposed to the outside of the workpiece when the processing drill part (32) is piercing the workpiece.

In addition, the control unit (P) can calculate the length (A3) of the processing drill portion (32) positioned on the inside of the workpiece by subtracting the length (A1) of the processing drill portion (32) exposed to the outside of the workpiece from the total length (A4) of the processing drill portion (32).

In addition, the control unit (P) can compare the length (A3) of the machining drill part (32) arranged inside the workpiece with the height (A2) of the workpiece to determine whether the machining drill part (32) is in contact with the mounting part (1), and can prevent contact between the machining drill part (32) and the mounting part (1) by stopping the operation of the machining drill part (32) before the machining drill part (32) comes into contact with the mounting part (1).

Specifically, the control unit (P) stops the operation of the processing drill unit (32) when the length (A3) of the processing drill unit (32) arranged on the inside of the workpiece becomes 0.95 or more of the height (A2) of the workpiece, thereby preventing damage to the processing drill unit (32) as much as possible.

Meanwhile, a fixing part (1) according to one embodiment of the present invention may include a fixing main body part (11), a fixing coupling part (13), and a fixing arrangement part (15). A workpiece may be fixed in the fixing main body part (11). That is, the fixing main body part (11) is provided in a plate shape so that a workpiece may be fixed stably.

In addition, the fixing body part (11) is made of bulletproof material so that it can be prevented from being damaged even if the machining drill part (32) comes into contact with it. This is to protect the fixing body part (11), which is more difficult to replace and more expensive than the machining drill part (32) and the fixing body part (11), even if the machining drill part (32) and the fixing body part (11) come into contact with each other.

In addition, the mounting body (11) may not be entirely made of bulletproof material, but rather a bulletproof layer may be formed on the part facing the drilled part (32) to further secure economic efficiency.

The fixing joint (13) is arranged to face both end portions of the fixing main body (11) so that one side fixing part (51) and the other side fixing part (53) can be coupled. Specifically, the fixing joint (13) is provided on both end portions of the fixing main body (11), so that when one side fixing part (51) and the other side fixing part (53) are coupled, the drill inspection part (93) and the height inspection part (91) can be coupled.

More specifically, the anchoring joint (13) may include a anchoring front joint (131) and an anchoring rear joint (133). That is, the anchoring front joint (131) may be provided at the front of the anchoring main body (11) to which a one-side fixing part (51) may be coupled.

Specifically, the fixing front coupling part (131) is provided on the lower side of the fixing main body part (11) so that a one-side fixing part (51) can be coupled thereto, and a height inspection part (91) arranged on the one-side fixing part (51) can easily measure the height of the workpiece.

In addition, the rear fixing joint (133) is provided at the rear of the fixing main body (11) so that the other side fixing part (53) can be coupled. That is, the rear fixing joint (133) is arranged at a distance from the rear of the fixing main body (11) so that the other side fixing part (53) can be coupled, and the drill inspection part (93) arranged at the other side fixing part (53) can effectively measure the length of the processing drill part (32).

In addition, the rear mounting joint (133) is spaced apart from the mounting main body (11) and can pressurize and fix the workpiece mounted on the mounting main body (11), thereby maximizing the use of the space in the mounting main body (11), thereby increasing space utilization efficiency.

The anchoring arrangement (15) is arranged between the two end portions of the anchoring joint (13), and can be formed to protrude upward from the anchoring main body (11). That is, the anchoring arrangement (15) connects the front and rear sides of the anchoring arrangement, and can be arranged at the left and right ends.

Accordingly, the workpiece can be supported and fixed to the fixing portion (15) together with the one-side fixing portion (51) and the other-side fixing portion (53), so that the fixing force can be maximized, and the processing precision of the processing drill portion (32) can be improved.

Meanwhile, the inspection unit (9) may include a laser inspection unit (95). The laser inspection unit (95) is provided in the fixing unit (15) and can determine whether the processing drill unit (32) is in contact with the fixing unit (1) by irradiating the laser.

That is, the laser inspection unit (95) is provided at the lower end of the settling arrangement unit (15) and can irradiate the laser to the upper side of the settling main body unit (11), and when the processing drill unit (32) comes into contact with the laser, the operation of the processing drill unit (32) can be stopped, thereby preventing the processing drill unit (32) from coming into contact with the settling main body unit (11) and being damaged as much as possible.

Specifically, the laser inspection unit (95) can be placed at a height (A6) that is 0.02 to 0.04 of the height (A5) of the mounting unit (15) from the bottom of the mounting unit (15). Accordingly, the workpiece of the processing drill unit (32) can be effectively drilled, while preventing damage to the mounting body unit (11) by contact with it.

That is, the control unit (P) can stop the operation of the processing drill unit (32) when the end of the processing drill unit (32) is detected by the laser inspection unit (95). In addition, the control unit (P) can stop the operation of the processing drill unit (32) when the risk of the processing drill unit (32) coming into contact with the mounting body (11) is detected by the drill inspection unit (93) and the height inspection unit (91), and when the risk of the processing drill unit (32) coming into contact with the mounting body (11) is detected by the laser inspection unit (95).

Accordingly, the control unit (P) can minimize unnecessary operation stoppage of the processing drill unit (32) and prevent contact with the fixing body unit (11) in advance, thereby securing the durability of the processing drill unit (32) and improving work efficiency.

Meanwhile, referring again to FIGS. 3 and 4, the one-side fixed part (51) according to one embodiment of the present invention may include a one-side fixed main body part (511), a one-side fixed coupling part (513), a one-side fixed elastic part (515), and a one-side fixed injection part (517).

The one-sided fixed body part (511) forms an outer appearance, and the inner side can face the workpiece. That is, the one-sided fixed body part (511) can be coupled to the front side of the fixing joint part (13) and can effectively provide support to the workpiece by coming into contact with the fixing body part (11) and the fixing joint part (13).

The one-sided fixed joint (513) is provided in the one-sided fixed main body (511) and can be inserted and connected to the fixing joint (13). That is, the one-sided fixed joint (513) is provided to interlock with the fixing joint (13) to maximize the bonding force, thereby maximizing the fixing force provided by the one-sided fixed part (51) to the workpiece.

The one-sided fixed elastic member (515) is arranged on the inner surface of the one-sided fixed main body member (511) so as to come into contact with the workpiece, and may be formed of an elastic material. That is, the one-sided fixed elastic member (515) can prevent the workpiece from being deformed by the pressure of the one-sided fixed member (51) and the other-sided fixed member (53), and can effectively fix the workpiece, thereby minimizing manufacturing tolerance and improving quality.

The one-sided fixed spray unit (517) is provided on the inside of the one-sided fixed main body (511) and can spray wind toward the settling main body (11). Specifically, the one-sided fixed spray unit (517) is spaced apart from the one-sided fixed elastic unit (515) so as to spray wind toward the settling main body (11) without interfering with the one-sided fixed elastic unit (515) supporting the workpiece.

In addition, the one-sided fixed injection part (517) can be arranged on the inside of the one-sided fixed elastic part (515) to maximize space utilization efficiency. In Fig. 4, the one-sided fixed injection part (517) is illustrated as being arranged on the inside of the one-sided fixed elastic part (515), but as described above, the one-sided fixed injection part (517) can also be arranged apart from the one-sided fixed elastic part (515).

That is, the one-sided fixed spray unit (517) can remove chips or impurities that are generated when the workpiece is drilled by the machining drill unit (32) and remain in the fixing body unit (11) by spraying air. Accordingly, the one-sided fixed spray unit (517) can prevent chips or impurities from coming into contact with the workpiece when continuously machining the workpiece, thereby improving the processing quality.

In addition, the other side fixing unit (53) may include a other side fixing main body unit (531), a other side fixing joining unit (533), a other side fixing moving unit (535), a other side fixing pressurizing unit (537), a water spray unit (538), and a water spray cover unit (539).

The other side fixed body part (531) can form an outer appearance. In addition, the other side fixed body part (531) can be in contact with the fixing joint part (13) to provide maximum support to the workpiece fixed to the fixing body part (11).

The other-side fixed joint part (533) is provided on the other-side fixed main body part (531) and can be inserted and connected to the fixing joint part (13). That is, the other-side fixed joint part (533) is formed to protrude upward from the other-side fixed main body part (531) and is interlocked and connected to the fixing joint part (13) so as to secure structural safety when the other-side fixed part (53) presses the workpiece.

The other-side fixed moving part (535) is arranged on the inside of the other-side fixed main body part (531) and can be provided to move closer to or away from the workpiece, and the other-side fixed pressurizing part (537) is provided at the end of the other-side fixed moving part (535) and can pressurize the workpiece.

That is, the other-side fixed moving part (535) can move the other-side fixed pressurizing part (537) so that the other-side fixed pressurizing part (537) can effectively pressurize the workpiece according to the number or size of the workpieces to be fixed on the fixing body part (11). In addition, the other-side fixed moving part (535) can also adjust the pressure with which the other-side fixed pressurizing part (537) pressurizes the workpiece.

That is, the profile processing device (S) according to one embodiment of the present invention is configured such that the position of one side fixing part (51) is fixed and the other side fixing pressure part (537) of the other side fixing part (53) is movable, so that the workpiece can be effectively pressed regardless of the size or number of the workpiece, and the optimal pressure for fixing the workpiece can be effectively provided to the workpiece.

The water spray unit (538) is provided on the inside of the other side fixed pressure unit (537) and can spray water toward the mounting unit (1). That is, the water spray unit (538) can spray water to clean the mounting unit (1) in order to keep it clean. Specifically, the water spray unit (538) can spray water on the mounting body (11) on which the workpiece is not mounted to remove impurities present in the mounting body (11).

That is, the water spray unit (538) can maximize the processing quality of the workpiece by optimizing the working environment of the fixing body unit (11) together with the one-sided fixed spray unit (517). In addition, the control unit (P) sprays water onto the fixing body unit (11) through the water spray unit (538) and operates the one-sided fixed spray unit (517) to spray wind to quickly remove moisture remaining in the fixing body unit (11), thereby minimizing the cleaning time of the fixing body (1).

In addition, the water spray unit (538) is provided on the inside of the other-side fixed pressure unit (537) and can move freely by the other-side fixed moving unit (535), so that water can be sprayed regardless of the position of the fixed main body unit (11), thereby maximizing cleaning efficiency. In addition, the water spray unit (538) is provided as a corrugated pipe (jabara pipe) so that it can easily move together when the other-side fixed moving unit (535) moves.

A water spray cover (539) may be provided at an end of the other side fixed pressure part (537) to cover the water spray part (538). In addition, the water spray cover (539) may selectively expose the water spray part (538).

That is, the water spray cover (539) can expose the water spray cover (538) only when the water spray cover (538) is used, and when the other side fixed pressure cover (537) pressurizes the workpiece, the water spray cover (539) can be prevented from being exposed, thereby preventing water from leaking out and coming into contact with the workpiece. In addition, when the other side fixed pressure cover (537) pressurizes the workpiece, the water spray cover (539) can pressurize the workpiece together, thereby improving the fixing force of the workpiece.

Fig. 5 is a perspective view of a machining unit according to one embodiment of the present invention. Referring to Figs. 1 and 5, a machining unit (3) according to one embodiment of the present invention may include a cutting oil spray unit (33), a wind spray unit (34), a wear detection unit (35), and an angle adjustment unit (36). The cutting oil spray unit (33) is provided at an end of the machining main body unit (31) and is spaced apart from the machining drill unit (32), and may spray cutting oil toward the machining drill unit (32).

That is, the cutting oil injection unit (33) can assist the machining drill unit (32) to effectively drill the workpiece, prevent impurities from entering the machining drill unit (32), improve the machining quality, and improve the durability of the machining drill unit (32).

The wind jet unit (34) is arranged in contact with the cutting oil jet unit (33) and can jet wind toward the machining drill unit (32). That is, when impurities are stuck in the machining drill unit (32), the wind jet unit (34) can jet wind to remove the impurities from the machining drill unit (32). Accordingly, the wind jet unit (34) can improve the durability of the machining drill unit (32) and maximize the machining quality of the workpiece.

The wear detection unit (35) is provided in the processing main body (31) and can determine the degree of wear of the processing drill unit (32) by photographing the end of the processing drill unit (32). That is, the control unit (P) can determine the degree of wear of the processing drill unit (32) by analyzing the end of the processing drill unit (32) photographed by the wear detection unit (35).

The angle adjustment unit (36) is provided to be rotatable on the processing main body (31), and is coupled with the wear detection unit (35) to adjust the angle of the wear detection unit (35). That is, the angle adjustment unit (36) can adjust the angle of the wear detection unit (35) so that the wear detection unit (35) can effectively photograph the end of the processing drill unit (32).

Meanwhile, the processing section (3) may include a processing pressure section (37). The processing pressure sections (37) are provided in multiple units and are arranged at a distance from the processing drill section (32) on the outer side of the processing main body section (31) and can pressurize the workpiece from the upper side.

Specifically, the processing pressurization unit (37) may include a processing pressurization main body unit (371), a processing pressurization moving unit (373), and a processing pressurization contact unit (375). The processing pressurization main body unit (371) may be arranged on the inside of the processing main body unit (31). That is, the processing pressurization main body unit (371) forms an outer appearance and may be coupled and fixed on the inside of the processing main body unit (31).

The machining pressurizing moving part (373) can be provided to move closer to or further away from the workpiece in the machining pressurizing main body part (371), and the machining pressurizing contact part (375) can be provided at the end of the machining pressurizing moving part (373) to pressurize the workpiece.

That is, the machining pressure contact part (375) can selectively pressurize the workpiece according to the movement of the machining pressure moving part (373). That is, when the machining drill part (32) processes the workpiece, the machining pressure contact part (375) can fix the position of the workpiece together with the one-side fixing part (51) and the other-side fixing part (53) to maximize the machining quality.

Specifically, the machining pressure contact portion (375) may include a machining contact connection portion (3751) and a machining contact rod (3753). The machining contact connection portion (3751) may be connected to the machining pressure moving portion (373). The machining contact rods (3753) are arranged in multiple pieces spaced apart from each other along the periphery of the machining contact connection portion (3751) and may pressurize the workpiece. That is, the machining contact rods (3753) are arranged to effectively have a contact portion and a contact area with the workpiece, thereby improving the machining quality of the workpiece.

In addition, the processing unit (3) may include a processing vision unit (38). The processing vision unit (38) is provided in the processing main body unit (31) and can photograph a workpiece drilled by the processing drill unit (32).

The control unit (P) can compare the image captured by the processing vision unit (38) with the finished image of the workpiece to determine whether the size and location of the drilling are correct. In other words, the control unit (P) can compare the finished image of the workpiece determined to be normal with the image captured by the processing vision unit (38) to determine whether the workpiece is poorly processed.

In addition, the control unit (P) can determine wear of the machining drill part (32) through the wear detection unit (35) when the machining of the workpiece is judged to be defective, and can give an alarm to the user when the machining drill part (32) is judged to be worn.

In addition, if the control unit (P) determines that the size and location of the drilling of the workpiece is defective, it operates the wind blast unit (34) to blast wind toward the processing drill unit (32), and can check the degree of wear of the processing drill unit (32) through the wear detection unit (35).

In addition, if the control unit (P) determines that the drilling size and position of the workpiece are defective even after the wear level of the machining drill unit (32) is determined to be normal, the control unit (P) can remove the workpiece from the fixing body unit (11), spray air from the one-side fixed spray unit (517), and spray water from the water spray unit (538) to clean the fixing body unit (11).

Meanwhile, referring back to FIGS. 1 and 2, the profile processing device (S) according to one embodiment of the present invention may further include an auxiliary holding portion (8). The auxiliary holding portion (8) may be arranged to face the fixing arrangement portion (15) so that a plurality of processing drill portions (32) may be arranged.

That is, the auxiliary holding part (8) can provide convenience by allowing the user to easily replace the processing drill part (32) in the processing main body part (31) by arranging an extra processing drill part (32) or a processing drill part (32) of different diameters that can form holes of various sizes desired by the operator.

Although representative embodiments of the present invention have been described in detail above, those skilled in the art will understand that various modifications can be made to the above-described embodiments without departing from the scope of the present invention. Therefore, the scope of the rights of the present invention should not be limited to the described embodiments, but should be determined not only by the claims described below but also by equivalents of the claims.

S: Profile processing device P: Control unit
1: Fixing part 3: Machining part
5: Fixed part 7: Moving part
8: Auxiliary support section 9: Inspection section

Claims (10)

A fixing portion where the workpiece is fixed;
A processing unit positioned above the above-mentioned fixing member and processing the above-mentioned workpiece;
A moving part connected to the above processing part and moving the above processing part;
A fixing member provided on both ends of the above-mentioned fixing member to fix the position of the workpiece; and
It includes an inspection unit provided on one side of the above fixed part to identify the position of the above processing part;
The above processing part
A processing body part forming the exterior; and
It includes a processing drill part that is connected to an end of the above processing main body and drills the above processing object;
The above fixed part
A one-side fixing unit provided on one side of the above-mentioned fixing unit; and
It includes an other-side fixing part which is provided on the other side of the above-mentioned fixing part and fixes the workpiece together with the one-side fixing part;
The above inspection department
A height inspection unit provided on the above one-sided fixed portion to measure the height of the workpiece; and
A drill inspection unit is provided on the other side fixing unit and measures the length of the drill processing unit;
Further comprising a control unit that controls the above-mentioned fixing unit, the processing unit, the moving unit, the fixed unit and the inspection unit;
The above control unit
A profile processing device characterized in that the length (A3) of the processing drill portion positioned inside the workpiece is determined based on the length (A1) of the processing drill portion exposed to the outside of the workpiece measured through the drill inspection section and the height (A2) of the workpiece measured through the height inspection section, thereby preventing the processing drill portion from contacting the mounting section. delete In the first paragraph,
The above anchorage
A mounting body part on which the above-mentioned workpiece is mounted;
A fixing joint portion arranged so that both ends of the fixing main body face each other and the one-side fixing portion and the other-side fixing portion are joined; and
It includes a fixing arrangement part which is arranged between both ends of the fixing joint part and protrudes upward from the fixing main body part;
The above inspection department
It includes a laser inspection unit which is provided in the above-mentioned settling portion and determines whether the processing drill portion comes into contact with the settling portion by irradiating the laser;
The above control unit
A profile processing device characterized in that the operation of the processing drill part is stopped when the end of the processing drill part is detected by the laser inspection part. In the third paragraph,
The above processing part
A cutting oil spraying unit provided at an end of the above processing main body and spaced apart from the processing drill unit, and spraying cutting oil toward the processing drill unit;
A wind spraying unit that is placed in contact with the above cutting oil spraying unit and sprays wind toward the above processing drill unit;
A wear detection unit provided in the above processing main body and configured to photograph an end of the above processing drill unit to determine the degree of wear of the above processing drill unit; and
A profile processing device characterized by further comprising an angle adjusting unit that is provided to be rotatable on the processing main body and is coupled with the wear detection unit to adjust the angle of the wear detection unit. In paragraph 4,
The above one-sided fixed part
A one-sided fixed main body part forming the exterior, the inner side of which faces the workpiece;
A one-sided fixed joint provided on the one-sided fixed main body part and inserted and connected to the fixing joint part;
A one-sided fixed elastic part arranged on the inner surface of the one-sided fixed main body part and in contact with the workpiece, and made of an elastic material; and
A profile processing device characterized by including a one-sided fixed spraying part provided on the inside of the one-sided fixed main body part and spraying wind toward the settling main body part. In paragraph 5,
The above-mentioned other side fixed part
The other side fixed body part forming the exterior;
A side fixed joint provided on the other side fixed main body part and inserted and joined to the fixing joint part;
A side fixed moving part arranged inside the above side fixed main body part and provided to move closer to or away from the workpiece;
A side fixed pressurizing part provided at an end of the above side fixed moving part to pressurize the workpiece;
A water spray unit provided on the inside of the above-mentioned other-side fixed pressure unit and capable of spraying water toward the above-mentioned fixing unit; and
It includes a water spray cover part which is provided at an end of the above-mentioned other-side fixed pressure part and is provided to cover the water spray part;
A profile processing device characterized in that the water spray cover selectively exposes the water spray section. In Article 6,
The above processing part
It further includes a processing pressurizing part which is provided in multiple pieces and is spaced apart from the processing drill part on the outer side of the processing main body part and pressurizes the processing workpiece from the upper side;
The above processing pressurized part
A processing pressurizing body part arranged inside the above processing body part;
A processing pressure moving part provided in the processing pressure main body to move closer to or further away from the workpiece; and
It includes a processing pressure contact part provided at an end of the above processing pressure moving part and pressurizing the workpiece;
The above-mentioned processed pressurized contact part
A processing contact connection part connected to the above processing pressurized moving part; and
A profile processing device characterized by including a plurality of processing contact bars spaced apart from each other along the periphery of the processing contact connection portion and pressurizing the processing workpiece. In Article 7,
The above processing part
It further includes a processing vision unit provided in the processing main body and taking pictures of the workpiece drilled by the processing drill unit;
The above control unit
A profile processing device characterized in that it compares the image captured by the above processing vision unit with the finished image of the workpiece to determine whether the size and position of the drilling are accurate. In Article 8,
The above control unit
A profile processing device characterized in that, when the size and position of the drilling of the above-mentioned workpiece is judged to be defective, the wind injection unit is operated to blow wind toward the processing drill unit, and the degree of wear of the processing drill unit is checked through the wear detection unit. In Article 9,
The above control unit
A profile processing device characterized in that, even after the degree of wear of the above-mentioned processing drill part is determined to be normal, if the size and position of the drilling of the above-mentioned workpiece are determined to be defective, the above-mentioned workpiece is removed from the above-mentioned fixing body part, and the above-mentioned fixing body part is cleaned by spraying air from the one-side fixed spraying part and spraying water from the water spraying part.

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