CN101458079B - Alignment device for part with complex appearance and alignment method thereof - Google Patents
Alignment device for part with complex appearance and alignment method thereof Download PDFInfo
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- CN101458079B CN101458079B CN200810154938A CN200810154938A CN101458079B CN 101458079 B CN101458079 B CN 101458079B CN 200810154938 A CN200810154938 A CN 200810154938A CN 200810154938 A CN200810154938 A CN 200810154938A CN 101458079 B CN101458079 B CN 101458079B
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Abstract
The invention discloses a leveling device for parts with complex shapes, which is provided with two regulating shafts which are mutual vertically connected and are respectively a first regulating shaft (11) and a second regulating shaft (12). The first regulating shaft (11) is clipped in a V-shaped groove of a square chest (2) and one end extends out of the square chest (2). One end of the second regulating shaft (12) is connected with the end part of the first regulating shaft (11) which extends out of the square chest (2). A forgeable piece (22) is clamped on the second regulating shaft (12). The invention also provides a corresponding leveling method. The purpose of leveling the plane of the parts with complex shapes is realized by using the technical proposal. The structure uses a universal surveying work panel and the square chest. The leveling device has low cost. The leveling method is simple, easy, fast, accurate and reliable. The structure and the method have popularization and application value.
Description
Technical field
The invention belongs to the technical field of manufacturing technology and equipment, relate to the inspection technology in the manufacturing technology, more particularly, the present invention relates to a kind of leveling unit of part with complex appearance.In addition, the leveling method that the invention still further relates to described leveling unit and adopted.
Background technology
Detecting forging blank when whether qualified, running into through regular meeting and need on blank, look for the situation of a plane as measuring basis.Leveling method commonly used at present is to be put into part on the flat board; Part bottom surface diverse location is put into different contour pad pieces and is smoothed; Diverse location is confirmed a plurality of measurement points on the plane of required levelling; Regulate the height of each measurement point through changing the cushion block height, each point repeats repeatedly back and forth, until height such as each points.Because the profile of part is irregular, though, also be difficult to levelling through repeated multiple times.And the position after the levelling is difficult fixing, squints easily.Therefore existing method is very loaded down with trivial details, and work efficiency is very low again, as runs into very that the blank of complex appearance needs levelling, and the difficulty of its leveling operations is bigger.
Summary of the invention
First problem to be solved by this invention provides a kind of leveling unit of part with complex appearance, its objective is the quick and levelling easily on the plane of realizing on the part with complex appearance.
To achieve these goals, the technical scheme taked of the present invention is:
The leveling unit of this part with complex appearance provided by the present invention is used for the levelling to plane on the forging, and the base of this leveling unit is a square chest; Establish square chest column and V-shaped groove on the described square chest; Described square chest places on the working plate, and described leveling unit is provided with the regulating shaft of two orthogonal connections, is respectively first regulating shaft and second regulating shaft; Described first regulating shaft is sandwiched in the V-shaped groove of square chest, and an end stretches out square chest; One end of described second regulating shaft is connected the end that first regulating shaft stretches out square chest; Described forging is clamped on described second regulating shaft.
For more clearly expressing technique scheme, the present invention further provides following more detailed, technical scheme more specifically, makes the present invention more perfect, demonstrates fully its novelty and creativeness:
The technical scheme that first regulating shaft of the present invention is sandwiched in clamping structure in the V-shaped groove of square chest is:
Be to establish first regulating shaft on the described square chest column to compress cross bar; Described first regulating shaft compresses that the hole of cross bar through the band open slot is contained on the square chest column and is vertical with the square chest column; Through trip bolt described open slot is applied acting force groove width is reduced, first regulating shaft is compressed cross bar on the square chest column, clamp; Compress the first regulating shaft fastening screw and the first regulating shaft clamping screw cover that also is provided with threaded engagement on the cross bar at first regulating shaft, the described first regulating shaft fastening screw is connected first regulating shaft through the first regulating shaft clamping screw cover and compresses on the cross bar; The described first regulating shaft fastening screw is provided with vee-block towards an end of square chest, forms with first regulating shaft to cooperate and with its clamping.
The above-described first regulating shaft clamping screw is enclosed within the technical scheme that first regulating shaft compresses the connected mode on the cross bar:
Compress at described first regulating shaft and to be provided with on the cross bar and its length direction chute in the same way, the described first regulating shaft clamping screw is enclosed within this groove and regulates.
The technical scheme of the syndeton of second regulating shaft of the present invention and first regulating shaft is:
First regulating shaft of the present invention stretch out square chest the end be shaped as rectangular parallelepiped, on this rectangular parallelepiped, establish a hole, the intersect vertical axis of its axis and first regulating shaft, and being horizontally disposed with; One end of described second regulating shaft inserts in this hole, establishes the second regulating shaft set lever and locks second regulating shaft.
The technical scheme of the structure of above-described locking second regulating shaft is:
On the rectangular parallelepiped of the described first regulating shaft end, establish the locking hangers; On the hole that second regulating shaft is installed on the described rectangular parallelepiped, be provided with an open slot, this open slot is locked second regulating shaft with the second regulating shaft set lever through the lock-screw that is located on the locking hangers through the center of described locking hangers.
Forging of the present invention in the technical scheme of the clamping structure of second regulating shaft is:
In a side up of described second regulating shaft, establish the working face that is used for the clamping forging, forging is placed on the described working face; In a side up of described second regulating shaft, also be provided with forging and clamp column, clamp on the column at described forging, to establish perpendicular forging and compress cross bar, described forging compresses cross bar and is fastened on the forging clamping column through trip bolt; Compress at described forging and to establish the forging clamping screw on the cross bar, and be sleeved on forging through the forging clamping screw and compress on the cross bar; At the end of described forging clamping screw towards described forging, be provided with movable holddown, compress forging.
Above-described forging clamping screw is enclosed within the technical scheme that forging compresses the syndeton on the cross bar:
Compress at described forging and to be provided with on the cross bar and its length direction chute in the same way, described forging clamping screw is enclosed within this groove and regulates.
Second problem to be solved by this invention provides the leveling method of the leveling unit employing of above-described part with complex appearance, and its goal of the invention is identical with technique scheme.The technical scheme of this method is: use the height gauge levelling, the base of described height gauge places on the working plate; When levelling began, first regulating shaft and second regulating shaft in the described leveling unit all were in clamped state, and the step of described leveling method is:
1, forging is placed on the working face of second regulating shaft;
2, regulate the forging clamping screw and compress the position on the cross bar, make the bottom of forging clamping screw aim at the clamping position on the forging, and rotation forging clamping screw makes it clamp forging at forging;
3, need to confirm two measurement point positions separated by a distance by the direction identical on the plane of levelling at forging,,, then carry out step 4 if highly equal with the height of these two points of height gauge measurement with the axis of second regulating shaft; If the height of two points is unequal, then the first regulating shaft fastening screw is unclamped slightly, finely tune the clamping angle of first regulating shaft, equal until the height of described two measurement points;
4, need to confirm two measurement point positions separated by a distance by the direction identical on the plane of levelling at forging,,, then carry out step 5 if highly equal with the height of these two points of height gauge measurement with the axis of first regulating shaft; If the height of two points is unequal, then the second regulating shaft set lever is unclamped slightly, finely tune the clamping angle of second regulating shaft, equal until the height of described two measurement points;
5, the locking second regulating shaft set lever, levelling finishes.
Further require to be:
In described step 3, the limit that the first regulating shaft fastening screw 8 is unclamped slightly is: first regulating shaft 11 can not rotate under the action of gravity that is installed in the structure on this voluntarily;
In described step 4, the limit that the second regulating shaft set lever 13 is unclamped slightly is that second regulating shaft 12 can not rotate under the action of gravity that is installed in the structure on this voluntarily.
The present invention adopts technique scheme, the purpose that realization is carried out levelling to the plane of the part of complex appearance, and its structure is utilized general surveying work flat board and square chest, and the cost of leveling unit is low; Simple, the easy row of its leveling method, quick, accurate and reliable.Said structure and method have the value of applying.
Description of drawings
The mark of facing down among expressed content of each width of cloth accompanying drawing of this instructions and the figure is made brief description:
Fig. 1 looks synoptic diagram for the master of structure of the present invention;
Fig. 2 is the schematic top plan view of structure shown in Figure 1;
Fig. 3 looks synoptic diagram for the left side of structure shown in Figure 1;
Fig. 4 looks synoptic diagram for the right side of structure shown in Figure 1.
Wherein, expressed the structure of height gauge among Fig. 1, Fig. 2 to Fig. 4 does not express height gauge.
Be labeled as among the figure:
1, working plate, 2, square chest, 3, the square chest column, 4, first regulating shaft compresses cross bar, and 5, trip bolt; 6, cross bar set lever, 7, pin, 8, the first regulating shaft fastening screw, 9, the first regulating shaft clamping screw cover, 10, screw handle; 11, first regulating shaft, 12, second regulating shaft, 13, the second regulating shaft set lever, 14, forging clamps column, 15, forging compresses cross bar; 16, trip bolt, 17, set lever, 18, pin, 19, forging clamping screw cover; 20, screw handle, 21, the forging clamping screw, 22, forging, 23, height gauge.
Embodiment
Contrast accompanying drawing below; Through description to embodiment; Effect and principle of work, the manufacturing process of mutual alignment between the shape of specific embodiments of the invention such as related each member, structure, the each several part and annexation, each several part and manipulate method etc.; Do further detailed explanation, inventive concept of the present invention, technical scheme are had more complete, accurate and deep understanding to help those skilled in the art.
The of the present invention structure expressed like Fig. 1 to Fig. 4; The present invention is a kind of leveling unit of part with complex appearance, is used for the levelling to plane on the forging 22, and the base of this leveling unit is a square chest 2; Establish square chest column 3 and V-shaped groove on the described square chest 2, described square chest 2 places on the working plate 1.Working plate 1 can adopt pincers worker streak plate commonly used, and square chest 2 also is the standard square chest of using always, and square chest column 3 and V-shaped groove are the structure of standard universal.
In order to solve the problem that exists at the described present known technology of this instructions background technology part and to overcome its defective, realize the quick and goal of the invention of levelling easily on the plane on the part with complex appearance, the technical scheme that the present invention takes is:
Referring to each width of cloth accompanying drawing; The leveling unit of this part with complex appearance provided by the present invention; Described leveling unit is provided with the regulating shaft of two orthogonal connections; Be respectively first regulating shaft 11 and second regulating shaft 12, described first regulating shaft 11 is sandwiched in the V-shaped groove of square chest 2, and an end stretches out square chest 2; One end of described second regulating shaft 12 is connected the end that first regulating shaft 12 stretches out square chest 2; Described forging 22 is clamped on described second regulating shaft 12.
Above-mentioned leveling unit utilizes general surveying work flat board and square chest as the basis, so cost is low; Simple, the easy row of its leveling method, quick, accurate and reliable.After forging 22 fixed,, can obtain the horizontal level on required plane as long as regulate two regulating shafts respectively.
Below also providing, the present invention, supplies those skilled in the art's reference when embodiment of the present invention about the practical implementation example of the leveling unit of part with complex appearance:
The embodiment one of leveling unit:
Present embodiment provides clamping structure in the V-shaped groove that first regulating shaft is sandwiched in square chest.
Referring to Fig. 4; First regulating shaft 11 of the present invention is sandwiched in that clamping structure is in the V-shaped groove of square chest 2: establish first regulating shaft on the described square chest column 3 and compress cross bar 4; Described first regulating shaft compresses that cross bar 4 is contained on the square chest column 3 through the hole of open slot at one end and is vertical with square chest column 3; Apply acting force through 5 pairs of described open slots of trip bolt groove width is reduced, first regulating shaft is compressed cross bar 4 on square chest column 3, clamp;
Referring to Fig. 2, the end of trip bolt 5 is connected with cross bar set lever 6 through pin 7, during operation, be to drive trip bolts 5 rotations through cross bar set lever 6, makes first regulating shaft compress the hole clamping square chest column 3 of cross bar 4.
Referring to Fig. 1; Compress the first regulating shaft fastening screw 8 and the first regulating shaft clamping screw cover 9 that also is provided with threaded engagement on the cross bar 4 at first regulating shaft, the described first regulating shaft fastening screw 8 is connected first regulating shaft through first regulating shaft clamping screw cover 9 and compresses on the cross bar 4; The described first regulating shaft fastening screw 8 is provided with vee-block towards an end of square chest 2, forms with first regulating shaft 11 to cooperate and with its clamping.At its other end, establish screw handle 10 and be connected with the first regulating shaft fastening screw, 8 vertical fixing.Rotation clamps or unclamps the first regulating shaft fastening screw 8, realizes through handling screw handle 10.
In the process of levelling, in case of necessity, need first regulating shaft 11 to be unclamped slightly through handling screw handle 10, regulate the needed angle position of centering.The limit that it unclamps is that first regulating shaft 11 can not rotate under the action of gravity that is installed in the structure on this voluntarily.
The embodiment two of leveling unit:
Present embodiment provides the first regulating shaft clamping screw to be enclosed within first regulating shaft and compresses the syndeton on the cross bar.
The connected mode that the first regulating shaft clamping screw of the present invention cover 9 compresses on the cross bar 4 at first regulating shaft is: compress at described first regulating shaft and be provided with on the cross bar 4 and its length direction chute in the same way, described first regulating shaft clamping screw cover 9 is regulated in this groove.
Referring to Fig. 2; There is a long waist shaped chute centre that compresses cross bar 4 at first regulating shaft; First regulating shaft compresses to be adorned one first regulating shaft clamping screw cover, 9, the first regulating shaft clamping screws cover 9 and can in first regulating shaft compresses the chute of cross bar 4, slide on cross bar 4 chutes, to regulate the position of the first regulating shaft fastening screw 8; After find accurately the position, can clamp first regulating shaft 11.
The embodiment three of leveling unit:
Present embodiment provides the syndeton of second regulating shaft and first regulating shaft.
Referring to Fig. 1 and Fig. 3; The syndeton of second regulating shaft 12 of the present invention and first regulating shaft 12 is: described first regulating shaft 12 stretch out square chest 2 the end be shaped as rectangular parallelepiped; On this rectangular parallelepiped, establish a hole; The intersect vertical axis of its axis and first regulating shaft 12, and be horizontally disposed with; One end of described second regulating shaft 12 inserts in this hole, establishes the second regulating shaft set lever, 13 lockings, second regulating shaft 12.
Wherein, rectangular structural design makes things convenient for the hole of its installation and processing second regulating shaft 12 and the open slot above the hole thereof.The structure that first regulating shaft 12 is vertical with second regulating shaft 12 realizes the rotation of 22 two gyratory directions of forging, to realize the levelling in the both direction.The second regulating shaft set lever 13 is in order to lock second regulating shaft 12, in the sense of rotation position of regulating second regulating shaft 12 constantly, need it to be unclamped slightly.The limit that it unclamps is that second regulating shaft 12 can not rotate under the action of gravity that is installed in the structure on this voluntarily.
The embodiment four of leveling unit:
Present embodiment provides the locking mechanism of second regulating shaft 12.
As shown in Figure 1, the locking mechanism of locking second regulating shaft 12 of the present invention is: on the rectangular parallelepiped of described first regulating shaft 12 ends, establish the locking hangers; On the hole that second regulating shaft 12 is installed on the described rectangular parallelepiped, be provided with an open slot, this open slot is locked second regulating shaft 12 with the second regulating shaft set lever 13 through the lock-screw that is located on the locking hangers through the center of described locking hangers.
Open slot connects on the side in hole on the rectangular parallelepiped and locking hangers, therefore, is open slot in the middle of the locking hangers; So can tighten up open slot through lock-screw; To reach the purpose that clamps second regulating shaft 12, in the process of levelling, in case of necessity; Also can unclamp the second regulating shaft set lever 13 slightly and carry out corner adjusting, the needed angle position of centering.The limit that it unclamps is that second regulating shaft 12 can not rotate under the action of gravity that is installed in the structure on this voluntarily.Lock-screw is with 1 turn of the second regulating shaft set lever.
The embodiment five of leveling unit:
Present embodiment provides the clamping structure of forging at second regulating shaft.
Like Fig. 2, Fig. 3 and shown in Figure 4, forging 22 of the present invention at the clamping structure of second regulating shaft 12 is: in a side up of described second regulating shaft 12, establish the working face that is used for clamping forging 22, forging 22 is placed on the described working face; Side up at described second regulating shaft 12; Also be provided with forging and clamp column 14; Clamp on the column 14 at described forging, establish perpendicular forging and compress cross bar 15, described forging compresses cross bar 15 and is fastened on the forging clamping column 14 through trip bolt 16; Compress at described forging and to establish forging clamping screw 21 on the cross bar 15, and be contained in forging through forging clamping screw cover 19 and compress on the cross bar 15; At the end of described forging clamping screw 21 towards described forging 22, be provided with movable holddown, compress forging 22.At its other end, establish screw handle 20 and be connected with forging clamping screw 21 vertical fixing.Rotation clamps or unclamps forging clamping screw 21, realizes through handling screw handle 20.
As shown in Figure 2, what be used to rotate on the above-mentioned trip bolt 16 is set lever 17.
Forging 22 is fixed on the leveling unit through said structure.
The embodiment six of leveling unit:
Present embodiment provides the forging clamping screw to be enclosed within forging and compresses the syndeton on the cross bar.
The syndeton that forging clamping screw of the present invention cover 19 compresses on the cross bar 15 at forging is: compress at described forging and be provided with on the cross bar 15 and its length direction chute in the same way, described forging clamping screw cover 19 is regulated in this groove.
Referring to Fig. 2; There is a long waist shaped chute centre that compresses cross bar 15 at forging; Forging compresses and adorns a forging clamping screw cover 19 on the chute of cross bar 15, and forging clamping screw cover 19 can slide in forging compresses the chute of cross bar 15, to regulate the position of forging clamping screw 21; After find accurately the position, can clamp forging 22.
The present invention provides the practical implementation example of the leveling method that the leveling unit of above-described part with complex appearance adopts, and supplies those skilled in the art's reference when embodiment of the present invention:
The embodiment one of leveling method:
The technical scheme of this method is: use height gauge 23 levellings, the base of described height gauge 23 places on the working plate 1; When levelling began, first regulating shaft 11 and second regulating shaft 12 in the described leveling unit all were in clamped state, and the step of described leveling method is:
1, forging 22 is placed on the working face of second regulating shaft 12;
2, regulate forging clamping screw 21 and compress the position on the cross bar 15, make the bottom of forging clamping screw 21 aim at the clamping position on the forging 22, and rotation forging clamping screw 21 makes it clamp forging 22 at forging;
3, need to confirm two measurement point positions separated by a distance by the direction identical on the plane of levelling at forging 22,,, then carry out step 4 if highly equal with the height of two points of height gauge 23 measurements with the axis of second regulating shaft 12; If the height of two points is unequal, then the first regulating shaft fastening screw 8 is unclamped slightly, finely tune the clamping angle of first regulating shaft 11, equal until the height of described two measurement points; (be A1 and two points of A2 among Fig. 2, the distance of two points is big as far as possible, and the precision of levelling is higher.)
4, need to confirm two measurement point positions separated by a distance by the direction identical on the plane of levelling at forging 22,,, then carry out step 5 if highly equal with the height of two points of height gauge 23 measurements with the axis of first regulating shaft 11; If the height of two points is unequal, then the second regulating shaft set lever 13 is unclamped slightly, finely tune the clamping angle of second regulating shaft 12, equal until the height of described two measurement points; (be B1 and two points of B2 among Fig. 2, same, the distance of two points is big as far as possible.)
5, the locking second regulating shaft set lever 13, levelling finishes.
The result comes down to: above-mentioned A1, A2, B1, four points of B2 such as are adjusted at high position, so the plane at these four somes places is in horizontality, to satisfy the requirement of subsequent technique.
The embodiment two of leveling method:
In described step 3, the limit that the first regulating shaft fastening screw 8 is unclamped slightly is: first regulating shaft 11 can not rotate under the action of gravity that is installed in the structure on this voluntarily;
In described step 4, the limit that the second regulating shaft set lever 13 is unclamped slightly is that second regulating shaft 12 can not rotate under the action of gravity that is installed in the structure on this voluntarily.
Best state is: above-mentioned releasing orientation, and when regulating, the landlord knocks gently, and the rotation of small quantity could take place in first regulating shaft 11 or second regulating shaft 12, to reach the purpose of accurate adjusting, centering.
When initial the installation, should make on the forging 22 the A1 point as far as possible a little more than the A2 point; The B1 point is a little more than the B2 point.Like this, when regulating, be convenient to alignment device is knocked adjusting.
Combine accompanying drawing that the present invention has been carried out exemplary description above; Obviously the concrete realization of the present invention does not receive the restriction of aforesaid way; As long as adopted the improvement of the various unsubstantialities that method of the present invention design and technical scheme carry out; Or design of the present invention and technical scheme are directly applied to other occasion without improving, all within protection scope of the present invention.
Claims (6)
1. the leveling unit of a part with complex appearance; Be used for forging (22) is gone up the levelling on plane, the base of this leveling unit is square chest (2), establishes square chest column (3) and V-shaped groove on the described square chest (2); Described square chest (2) places on the working plate (1), it is characterized in that:
Described leveling unit is provided with the regulating shaft of two orthogonal connections, is respectively first regulating shaft (11) and second regulating shaft (12), and described first regulating shaft (11) is sandwiched in the V-shaped groove of square chest (2), and an end stretches out square chest (2); One end of described second regulating shaft (12) is connected the end that first regulating shaft (12) stretches out square chest (2); Described forging (22) is clamped on described second regulating shaft (12);
Described first regulating shaft (11) is clamped in the V-shaped groove of square chest (2); Its clamping structure is: establish first regulating shaft on the described square chest column (3) and compress cross bar (4); Described first regulating shaft compresses that the hole of cross bar (4) through the band open slot is contained in that square chest column (3) is gone up and is vertical with square chest column (3); Through trip bolt (5) described open slot is applied acting force groove width is reduced, first regulating shaft is compressed cross bar (4) go up clamping at square chest column (3); Compress the first regulating shaft fastening screw (8) and the first regulating shaft clamping screw cover (9) that also is provided with threaded engagement on the cross bar (4) at first regulating shaft, the described first regulating shaft fastening screw (8) is connected first regulating shaft through the first regulating shaft clamping screw cover (9) and compresses on the cross bar (4); The described first regulating shaft fastening screw (8) is provided with vee-block towards an end of square chest (2), forms with first regulating shaft (11) to cooperate and with its clamping;
The syndeton of described second regulating shaft (12) and first regulating shaft (12) is: stretch out at first regulating shaft (12) square chest (2) the end be shaped as rectangular parallelepiped; On this rectangular parallelepiped, establish a hole; The intersect vertical axis of its axis and first regulating shaft (12), and be horizontally disposed with; One end of described second regulating shaft (12) inserts in this hole, through the second regulating shaft set lever (13) locking, second regulating shaft (12);
Described forging (22) at the clamping structure of second regulating shaft (12) is: in a side up of described second regulating shaft (12), establish the working face that is used for clamping forging (22), forging (22) is placed on the described working face; In a side up of described second regulating shaft (12), also be provided with forging and clamp column (14), clamp on the column (14) at described forging, establish perpendicular forging and compress cross bar
(15), described forging compresses cross bar (15) and is fastened on forging through trip bolt (16) and clamps on the column (14); Compress at described forging and to establish forging clamping screw (21) on the cross bar (15), and be contained in forging through forging clamping screw cover (19) and compress on the cross bar (15); At the end of described forging clamping screw (21) towards described forging (22), be provided with movable holddown, compress forging (22).
2. according to the leveling unit of the described part with complex appearance of claim 1; It is characterized in that: the described first regulating shaft clamping screw cover (9) in the connected mode that first regulating shaft compresses on the cross bar (4) is: compress at described first regulating shaft and be provided with on the cross bar (4) and its length direction chute in the same way, the described first regulating shaft clamping screw cover (9) is regulated in this groove.
3. according to the leveling unit of the described part with complex appearance of claim 1, it is characterized in that: the structure of described locking second regulating shaft (12) is: on the rectangular parallelepiped of described first regulating shaft (12) end, establish the locking hangers; On the hole that second regulating shaft (12) is installed on the described rectangular parallelepiped, be provided with an open slot; This open slot is locked second regulating shaft (12) with the second regulating shaft set lever (13) through the lock-screw that is located on the locking hangers through the center of described locking hangers.
4. according to the leveling unit of the described part with complex appearance of claim 1; It is characterized in that: described forging clamping screw cover (19) in the syndeton that forging compresses on the cross bar (15) is: compress at described forging and be provided with on the cross bar (15) and its length direction chute in the same way, described forging clamping screw cover (19) is regulated in this groove.
5. the leveling method that adopts according to the leveling unit of each described part with complex appearance in the claim 1～4; This method is used height gauge (23) levelling; The base of described height gauge (23) places on the working plate (1); It is characterized in that: when levelling began, first regulating shaft (11) and second regulating shaft (12) in the described leveling unit all were in clamped state, and the step of described leveling method is:
1), forging (22) is placed on the working face of second regulating shaft (12);
2), regulate forging clamping screw (21) and compress the position on the cross bar (15) at forging, make the bottom of forging clamping screw (21) aim at the clamping position on the forging (22), and rotation forging clamping screw (21) makes it clamp forging (22);
3), need on the plane of levelling at forging (22), by confirming two measurement point positions separated by a distance with the identical direction of axis of second regulating shaft (12), if the height with two points of height gauge (23) measurement highly equal, then carries out step 4); If the height of two points is unequal, then the first regulating shaft fastening screw (8) is unclamped slightly, finely tune the clamping angle of first regulating shaft (11), equal until the height of described two measurement points;
4), need on the plane of levelling at forging (22), by confirming two measurement point positions separated by a distance with the identical direction of axis of first regulating shaft (11), if the height with two points of height gauge (23) measurement highly equal, then carries out step 5); If the height of two points is unequal, then the second regulating shaft set lever (13) is unclamped slightly, finely tune the clamping angle of second regulating shaft (12), equal until the height of described two measurement points;
5), lock the second regulating shaft set lever (13), levelling end.
6. according to the described leveling method of claim 5, it is characterized in that:
In described step 3), the limit that the first regulating shaft fastening screw (8) is unclamped slightly is: first regulating shaft (11) can not rotate under the action of gravity that is installed in the structure on this voluntarily;
In described step 4), the limit that the second regulating shaft set lever (13) is unclamped slightly is that second regulating shaft (12) can not rotate under the action of gravity that is installed in the structure on this voluntarily.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200810154938A CN101458079B (en) | 2008-10-30 | 2008-10-30 | Alignment device for part with complex appearance and alignment method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200810154938A CN101458079B (en) | 2008-10-30 | 2008-10-30 | Alignment device for part with complex appearance and alignment method thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101458079A CN101458079A (en) | 2009-06-17 |
| CN101458079B true CN101458079B (en) | 2012-10-03 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN200810154938A Expired - Fee Related CN101458079B (en) | 2008-10-30 | 2008-10-30 | Alignment device for part with complex appearance and alignment method thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109016201B (en) * | 2018-07-26 | 2021-04-06 | 深圳市东方碳素实业有限公司 | Clamping and leveling method of graphite mold blank and manufacturing method of graphite mold |
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| CN1142601A (en) * | 1995-04-26 | 1997-02-12 | 3R系统国际有限公司 | Levelling head |
| CN2924473Y (en) * | 2005-12-29 | 2007-07-18 | 西安航空发动机（集团）有限公司 | Measuring tool for measuring non-holonomy inner circle of part surface recess portion side wall |
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2008
- 2008-10-30 CN CN200810154938A patent/CN101458079B/en not_active Expired - Fee Related
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1142601A (en) * | 1995-04-26 | 1997-02-12 | 3R系统国际有限公司 | Levelling head |
| CN2924473Y (en) * | 2005-12-29 | 2007-07-18 | 西安航空发动机（集团）有限公司 | Measuring tool for measuring non-holonomy inner circle of part surface recess portion side wall |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101458079A (en) | 2009-06-17 |
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