CN2527380Y - Tube wall spare part cross section cutting processing machine tool - Google Patents
Tube wall spare part cross section cutting processing machine tool Download PDFInfo
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- CN2527380Y CN2527380Y CN 02219180 CN02219180U CN2527380Y CN 2527380 Y CN2527380 Y CN 2527380Y CN 02219180 CN02219180 CN 02219180 CN 02219180 U CN02219180 U CN 02219180U CN 2527380 Y CN2527380 Y CN 2527380Y
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Abstract
The utility model discloses a profile process machine tool for tube wall accessories, which essentially consists of a power part, a lathe bed part, a special fixture part, a control part, an assistant part, wherein, the lathe bed part adopts a secondary cantilever and four shaft driving structures: the lathe bed part mainly comprises a base component (100), a Y-beam component (200), an X-beam component (300), a Z-shaft component (400) and a rotating head component (500), wherein, a power head is arranged on the rotating head component (500); the rotating head component (500) is positioned on the Z-shaft component (400) that is positioned on the X-beam component (300), the rotating head component (500) being opposite to the X-beam component (300) forms a first cantilever structure; the X-beam component (300) is positioned on the Y-beam component (200) to form a secondary cantilever structure; three shafts are in a rectilinear motion state, one shaft is in a rotating motion state. The utility model is applied to profile processing of the tube wall accessories, and particularly applicable for profile processing of the tube wall accessories of compound and nonmetal materials.
Description
Technical field
The utility model relates to and carries out section cut to extract the section machining tool of section structure for physics, chemical property analysis or other purposes in tube wall class part processing.
Background technology
On tube wall class part section interception way, the particularly intercepting of special tyre or composite, because the non-commaterial of its internal organizational structure constitutes, the first method of now taking is: sawtooth class instrument saw is got.This method is not only time-consuming takes a lot of work, and because of the non-same institutional framework of part, the easy loss of sawtooth class instrument; And the cross section is out-of-flatness very, influences the physicochemical property of section easily.Second method is to adopt manipulator class instrument that tire class section is intercepted, and its subject matter is that operating mechanism is complicated, and single device cost, expense are higher, and general producer is difficult to accept its high price, high maintenance cost.
Summary of the invention
The utility model provides a kind of special purpose machine tool at the problems referred to above exactly: to greatest extent that physics, the chemical property of section is intact, and the processing maintenance cost is reduced as far as possible, easy to operate, can extensively promote the use of the section machining tool.
The utility model mainly is made up of power section, lathe bed part, special fixture part, control section, slave part, it is characterized in that lathe bed partly adopts secondary cantilever, four drives structure: the lathe bed part mainly comprises base member, Y beam parts, X beam parts, Z spindle unit, swivel head parts, and the swivel head parts are provided with unit head; Y beam parts are stationary state at base member, the X beam body of X beam parts and Y beam slide plate on the Y beam parts are fixedlys connected state, the Z axle slide plate of Z spindle unit and X beam slide plate on the X beam parts are fixedlys connected state, and the Z axle bed of swivel head parts and the Z axis fixing plate of Z spindle unit are fixedlys connected state; The swivel head parts are on the Z spindle unit, and the Z spindle unit is on X beam parts, and the swivel head parts constitute a cantilever design with respect to X beam parts; X beam parts constitute the secondary cantilever design on Y beam parts; Three motion states linearly, promptly three make its linearly motion state for X drags to motor to motor, Z to motor, Y, and one is the state of rotatablely moving, and promptly Z revolves motor and makes it be the state of rotatablely moving that drags.
Unit head is water jet cutting power head, laser cutting unit head or plasma cutting power head.The utility model lathe bed partly adopts the secondary cantilever, four drives structure, three motion states linearly, promptly three is that X is to motor, Y is to motor, Z drags to motor and makes its linearly motion state, one is the state of rotatablely moving, be that Z revolves motor and makes it be the state of rotatablely moving that drags, can adapt to the part processing requirement of large-size, unit head can be selected various ways for use, can dispose according to customer requirement, section (being cutting mouth) is more smooth, and the physicochemical property of cutting mouth is preserved complete, truly, adopt common four-shaft numerically controlled system, can realize control, easy operating through appropriate reconstruction, safeguard.
Description of drawings
Fig. 1 is the complete machine structure block diagram of the utility model lathe
Fig. 2 is the lathe bed part transmission schematic diagram of the utility model lathe
Fig. 3 is the lathe bed partial plan of the utility model lathe
Fig. 4 is the base member front view of the utility model bed piece part
Fig. 5 is the base member vertical view of the utility model bed piece part
Fig. 6 is the Y beam parts vertical view of the utility model bed piece part
Fig. 7 is the X beam parts vertical view of the utility model bed piece part
Fig. 8 is the Z spindle unit vertical view of the utility model bed piece part
Fig. 9 is the swivel head parts front view of the utility model bed piece part
The specific embodiment
According to shown in Figure 1, power section (1), lathe bed part (2) and slave part (5) are coordinated control by control section (4); External power supply (7) and auxiliary supply with (6); Special fixture part (3) is fixed on the lathe bed part (2).
According to shown in Figure 2, the lathe bed of this lathe part (2) is revolved motor (11) to motor (14), Z to motor (12), Z to motor (13), Y by four motor-driven: X.Wherein X drives slide plate rectilinear motion to motor (14), Z to motor (12) to motor (13), Y; Z revolves motor (11) driving rotating shaft and rotatablely moves.The direction of unit head (31) is revolved motor (11) control by Z.To motor (12) control, controlled to motor (14) to motor (13), Y by X by the plan-position of unit head (31) by Z for the height and position of unit head (31).The tube wall class part of need processing is installed on the special fixture parts (3), mix up horizontal level by Z to motor (12), revolve motor (11) by Z and adjust unit head (31) direction, adjusted cutpoint position to motor (13), Y to motor (14) by X, automatically control by computer according to the program that weaves, revolve the cutting processing that appointment is finished in motor (11) interlock to motor (14), Z to motor (12), Z to motor (13), Y by X.
According to shown in Figure 3, be the vertical view of the utility model lathe, lathe bed part (2) mainly is made up of five parts: base member (100), Y beam parts (200), X beam parts (300), Z spindle unit (400), swivel head parts (500).Swivel head parts (500) are installed on the Z spindle unit (400), and Z spindle unit (400) is installed on the X beam parts (300).Swivel head parts (500) constitute a cantilever design with respect to X beam parts (300); X beam parts (300) are assemblied on the Y beam parts (200), constitute the secondary cantilever design.Y beam parts (200) integral installation fits on the base member (100).Therefore, the lathe bed of this lathe part (2) structure is the secondary cantilever design.
According to Fig. 4, shown in Figure 5, base member (100) by frame assembly (101), take back and receive assembly (102), grid assembly (103), guard assembly (104), adjusting part (105) and formed.Take back receipts assemblies (102) and be welded on frame assembly (101), to receive waste material, the refuse after processing; Grid assembly (103) is assemblied in to take back and receives on the assemblies (102), in order to loading special fixture part (3) and to hold waste material, refuse, and anti-skidding effect is arranged; Guard assembly (104) is fixed on the frame assembly (101), in order to accept unnecessary operating force, reduces the noise that adds man-hour; The adjustment of lathe bed part (2) is undertaken by the adjusting of 7 groups of adjusting parts (105).7 groups of adjusting parts (105) contact with ground, are carrying whole own wts of lathe bed part (2), and the weight of special fixture part (3) and processing parts.
According to shown in Figure 6, Y beam parts (200) are directly installed on the frame assembly (101) of base member (100), are made up of Y beam body (201), Y beam guideway (202), Y beam lead screw pair (203), Y beam lead screw pair supporting 1 (204), Y beam lead screw pair supporting 2 (205), motor and connection (206) thereof, Y beam slide plate (207), Y beam protector (208) etc.Y beam guideway (202) and Y beam lead screw pair supporting 1 (204), Y beam lead screw pair supporting 2 (205) are installed on the Y beam body (201); Y beam lead screw pair (203) is installed in Y beam lead screw pair supporting 1 (204), the Y beam lead screw pair supporting 2 (205) through the bearing supporting; Motor and connection thereof (206) are installed in the Y beam lead screw pair supporting 2 (205), and motor wherein (14) is connected with screw mandrel in the Y beam lead screw pair (203) by shaft coupling; Y beam slide plate (207) is installed on the Y beam guideway (202), connects with nut in the lead screw pair.Rotatablely moving of motor (14) is delivered on the screw mandrel in the Y beam lead screw pair (203) by its connection, and two ends are subjected to the screw mandrel of the Y beam lead screw pair (203) of bearing restriction its motion to be passed on the nut of lead screw pair (203); Because nut is fixed on the Y beam slide plate (207), and Y beam slide plate (207) is subjected to the restriction of Y beam guideway (202) can only moving linearly, like this, through the acting in conjunction of Y beam guideway (203) and lead screw pair (203), rotatablely moving of motor (14) just is converted into the rectilinear motion of Y beam slide plate (207).Y beam protector (207) is the device that Y beam guideway (202), Y beam lead screw pair (203), Y beam lead screw pair supporting 1 (204), Y beam lead screw pair supporting 2 (205), motor and connection (206) thereof etc. are protected, its end and Y beam slide plate (207) link, and an end and Y beam body (201) link.
According to shown in Figure 7, X beam parts (300) are made up of X beam body (301), X beam guideway (302), X beam lead screw pair (303), X beam lead screw pair supporting 1 (304), X beam lead screw pair supporting 2 (305), motor and connection (306) thereof, X beam slide plate (307), X beam protector (308) X beam counterweight (309) etc.The weight of X beam counterweight (309) after for whole X beam parts (300) the fit on Z spindle units (400) of balance, swivel head parts (500) designs.Remove X beam body (301) and be installed on the Y beam slide plate (207), with Y beam body (201) be installed in base member (100) go up different outside, all the other installations and transmission are similar to Y beam parts (200).
According to shown in Figure 8, Z spindle unit (400) is made up of Z axle slide plate (401), Z axis rail pair (402), Z axle lead screw pair (403), Z axle lead screw pair supporting 1 (404), Z axle lead screw pair supporting 2 (405), motor and connection (406) thereof, Z axis fixing plate (407), Z axle protector (408) etc.What the assembling mode was different with X beam parts (300) with drive mechanism is: the Z axis fixing plate (407) of this part is equivalent to the position of Y beam slide plate (307), and Z axle slide plate (407) is equivalent to X beam body (301).X beam parts (300) are that level is installed on the Y beam slide plate (201) of Y beam parts (200), and Z spindle unit (400) is to be vertically mounted on the X beam slide plate (307) of X beam parts (300) by Z axis fixing plate (407).The effect of motion is: X beam parts (300) are X beam slide plate (307) horizontal movements, and Z spindle unit (400) to be Z axle slide plate (401) move both vertically.Other are similar.
According to shown in Figure 9, swivel head parts (500) are made up of Z axle bed (501), rotating shaft (502), dust cap (503), block bearing (504), locking nut (505), electric rotating machine (being that Z revolves motor) (11), induction nut (506), inductive switch (507) etc.Z axle bed (501) is fixedly connected with the Z axle slide plate (401) of Z spindle unit (400); Rotating shaft (502) is bearing on the block bearing (504) by locking nut (505) by block bearing (504) supporting.The key connecting that moves through of electric rotating machine (being that Z revolves motor) (11) passes to rotating shaft (502); Because induction nut (506) is fixed on the rotating shaft (502), inductive switch (507) is fixed on the Z axle bed (501), motion driven rotary axle (502) motion of electric rotating machine (being that Z revolves motor) (11), also driving induction nut (506) is synchronized with the movement, when being close to a certain position of inductive switch (507), inductive switch (507) action, provide signal, electric rotating machine (being that Z revolves motor) (11) stops to continue motion, the anglec of rotation that is electric rotating machine (being that Z revolves motor) (11) arrives spacing position (or zero-bit), thereby realizes the spacing control to rotating shaft (502) corner.Concrete rotating shaft (502) corner according to its deviation to spacing position, calculates and provides concrete stepped sequence and step-by-step impulse number by control section (4) in the process, drive motors work, thus realize the rotation of rotating shaft (502).Because unit head (31) is fixed on the below of rotating shaft (502), by 4 bolt hole Bolt Connection, so the rotation of rotating shaft (502) has also just realized the variation of unit head (31) direction, thereby realization is to control, the driving of unit head (31) direction.
Claims (2)
1, a kind of tube wall class part section cutting processing lathe, mainly form by power section, lathe bed part, special fixture part, control section, slave part, it is characterized in that lathe bed partly adopts secondary cantilever, four drives structure: the lathe bed part mainly comprises base member (100), Y beam parts (200), X beam parts (300), Z spindle unit (400), swivel head parts (500), and swivel head parts (500) are provided with unit head; Y beam parts (200) are stationary state at base member (100), the X beam body (301) of X beam parts (300) and Y beam slide plate (207) on the Y beam parts (200) are fixedlys connected state, the Z axle slide plate (401) of Z spindle unit (400) and X beam slide plate (307) on the X beam parts (300) are fixedlys connected state, and the Z axle bed (501) of swivel head parts (500) and the Z axis fixing plate (407) of Z spindle unit (400) are fixedlys connected state; Swivel head parts (500) are on Z spindle unit (400), and Z spindle unit (400) is on X beam parts (300), and swivel head parts (500) constitute a cantilever design with respect to X beam parts (300); X beam parts (300) constitute the secondary cantilever design on Y beam parts (200); Three motion states linearly, promptly three make its linearly motion state for X drags to motor (12) to motor (14), Z to motor (13), Y, and one is the state of rotatablely moving, and promptly Z revolves motor (11) and drags and make it be the state of rotatablely moving.
2, tube wall class part section cutting processing lathe according to claim 1 is characterized in that unit head is water jet cutting power head, laser cutting unit head or plasma cutting power head.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 02219180 CN2527380Y (en) | 2002-03-08 | 2002-03-08 | Tube wall spare part cross section cutting processing machine tool |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 02219180 CN2527380Y (en) | 2002-03-08 | 2002-03-08 | Tube wall spare part cross section cutting processing machine tool |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2527380Y true CN2527380Y (en) | 2002-12-25 |
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ID=33697704
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 02219180 Expired - Fee Related CN2527380Y (en) | 2002-03-08 | 2002-03-08 | Tube wall spare part cross section cutting processing machine tool |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2527380Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101409112B (en) * | 2007-10-12 | 2012-10-03 | 深圳市大族电机科技有限公司 | Triaxial movement platform |
| CN103192169A (en) * | 2012-01-09 | 2013-07-10 | 孙大永 | Numerically-controlled plasma cutting machine for cylinders |
| CN107747271A (en) * | 2017-08-31 | 2018-03-02 | 哈尔滨工程大学 | A kind of high-pressure water jet dismantles platform |
-
2002
- 2002-03-08 CN CN 02219180 patent/CN2527380Y/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101409112B (en) * | 2007-10-12 | 2012-10-03 | 深圳市大族电机科技有限公司 | Triaxial movement platform |
| CN103192169A (en) * | 2012-01-09 | 2013-07-10 | 孙大永 | Numerically-controlled plasma cutting machine for cylinders |
| CN107747271A (en) * | 2017-08-31 | 2018-03-02 | 哈尔滨工程大学 | A kind of high-pressure water jet dismantles platform |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |