CN103481233A - Combined control device applicable to aligning framework and cylinder - Google Patents
Combined control device applicable to aligning framework and cylinder Download PDFInfo
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- CN103481233A CN103481233A CN201310416649.7A CN201310416649A CN103481233A CN 103481233 A CN103481233 A CN 103481233A CN 201310416649 A CN201310416649 A CN 201310416649A CN 103481233 A CN103481233 A CN 103481233A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B25—HAND TOOLS; PORTABLE POWER-DRIVEN TOOLS; MANIPULATORS
- B25B—TOOLS OR BENCH DEVICES NOT OTHERWISE PROVIDED FOR, FOR FASTENING, CONNECTING, DISENGAGING OR HOLDING
- B25B27/00—Hand tools, specially adapted for fitting together or separating parts or objects whether or not involving some deformation, not otherwise provided for
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P19/00—Machines for simply fitting together or separating metal parts or objects, or metal and non-metal parts, whether or not involving some deformation; Tools or devices therefor so far as not provided for in other classes
- B23P19/10—Aligning parts to be fitted together
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Abstract
The invention discloses a combined control device applicable to aligning a framework and a cylinder. The combined control device comprises a first aligning assembly, a second aligning assembly, a level bar assembly, a first adjusting assembly, a second adjusting assembly, a front-back direction adjusting assembly and a left-right direction adjusting assembly. The first aligning assembly is arranged on a large guide plate of the framework, the second aligning assembly is arranged on a packing box hole in the cylinder, the level bar assembly is arranged on a small guide plate of the framework, the first adjusting assembly is arranged at a driving end of an exhaust side, the second adjusting assembly is arranged at a free end of the exhaust side, and the front-back direction adjusting assembly and the left-right direction adjusting assembly are respectively arranged on a fuel side. The combined control device has the advantages that the framework and the cylinder can be quickly and accurately aligned by the combined control device, a working procedure is stable and speedy, the production time can be saved, the production efficiency can be improved, and the combined control device is excellent in applicability.
Description
Technical field
The present invention relates to the low-speed diesel engine frame cylinder body assembling field is installed, relate to especially a kind of combined actuation means that is applicable to frame and cylinder body centering.
Background technology
The frame of low-speed diesel engine and cylinder body are respectively the zones of action of connecting rod crosshead and piston rod, so, the quality of frame and cylinder body centering situation, meeting directly affect the quality of connecting rod crosshead and piston rod movement.Wherein, connecting rod crosshead motion benchmark is the large guide plate of frame and little guide plate, the motion benchmark of piston rod is the stuffing-box hole, so guarantee that connecting rod crosshead and piston rod remain on the vertical direction motion, must make the benchmark of connecting rod crosshead and piston rod movement remain on the same line, the center of the center of the large guide plate of frame and cylinder body stuffing-box is on same straight line.But, in existing production, for the centering mode of frame and cylinder body, generally all have centering inaccuracy, unstable as a result, and the defect such as too numerous and diverse waste production time of centering process.
Summary of the invention
The object of the invention is to solve problems of the prior art, a kind of combined actuation means that is applicable to frame and cylinder body centering is provided.
The present invention is achieved by the following technical programs:
A kind of combined actuation means that is applicable to frame and cylinder body centering, comprise the first centering assembly of being located on the large guide plate of frame and be located at the second centering assembly on cylinder body stuffing-box hole, simultaneously, also comprise the level components be located on the little guide plate of frame, be located at that first of exhaust side drive end is adjusted assembly, is located at that exhaust side free-ended second is adjusted assembly, the front and back of being located at the fuel oil side are to the left and right of adjusting assembly and being located at the fuel oil side to adjusting assembly.
Described level components comprises leveling ruler; Leveling ruler bottom one side is provided with base, and the leveling ruler bottom other end is provided with the dextrorotation jacking block; The dextrorotation jacking block is connected with strut, and strut is connected with left-handed jacking block; Wherein, between base and leveling ruler bottom, by four groups of M8*20 bolts, be connected and fixed.
Described the first centering assembly comprises tripod, and each place, base angle of tripod is equipped with the M8*16 bolt that is no less than, and each M8*16 bolt bottom is equipped with a corresponding M8 acorn nut; The tripod middle part is provided with the first fixed transverse rod, is connected with the first gripper shoe between the drift angle of the first fixed transverse rod and tripod.
Position near the tripod drift angle on the first gripper shoe is provided with chute, is provided with the first drop shot in chute; Wherein, be provided with two group of first plain washer with the joint of the first gripper shoe chute on the first drop shot; Further, two group of first plain washer lays respectively at the two ends up and down of the first gripper shoe chute, and is equipped with a M16 nut in the position near the first plain washer on the first drop shot.
In addition, the upper end of the first drop shot cover has the first chuck; The first chuck one end is provided with a M6*12 bolt, and the first chuck other end is provided with the first loop bar; The end that the first loop bar is connected with the first chuck is provided with the M6 wing nut, and the tail end outside cover of the first loop bar has the first sleeve; The junction of the first loop bar and the first sleeve is provided with the first upper slide bar.
The upper end of the first upper slide bar is provided with the first fixed chuck, and the position that is positioned at the first fixed chuck below on the first upper slide bar is provided with the M12 nut; In addition, the first fixed chuck is provided with the first installation chuck; The first tail end that chuck is installed is provided with the M6*20 bolt, and described M6*20 bolt is installed chuck through first, and it is provided with the M6 wing nut through the first position that chuck is installed; The first mounting clamp centriciput is connected with the first dial gauge.
Described the second centering assembly comprises mobile jib, and the mobile jib top is connected with riser, on the mobile jib top, with the junction of riser, is provided with the M16 nut; Riser front surface bottom is provided with two groups of M12*60 bolts, and riser front surface top is provided with a M12*70 bolt; Wherein, the junction of two groups of M12*60 bolts and riser front surface is equipped with a M12 nut, and is positioned on two groups of M12*60 bolts on the position of riser rear surface and is equipped with a M12 acorn nut.
Simultaneously, the junction of M12*70 bolt and riser front surface is provided with a M12 nut, and the position that is positioned at the riser rear surface on the M12*70 bolt is provided with a M12 acorn nut; The riser top is connected with top board, and top board is placed perpendicular to riser, and by two groups of M12*45 bolts, is connected and fixed between riser and top board; The mobile jib side is connected with side lever.
On described mobile jib, cover has the second chuck, and the second chuck one end is provided with a M6*12 bolt; The second chuck other end is provided with the second loop bar, and the tail end outside cover of the second loop bar has the second sleeve, and the head end of the second loop bar is provided with the M6 wing nut; The junction of the second loop bar and the second sleeve is provided with side lever; The side lever lower end is connected with the side lever chuck, between side lever lower end and side lever chuck, by the M12 nut, is connected and fixed; The side lever chuck is connected with side lever the second chuck, between side lever chuck and side lever the second chuck 214, by M6*20 bolt and M6 wing nut, is connected and fixed; Side lever the second chuck middle part is provided with the second dial gauge; Side lever the second chuck bottom is provided with M6*20 bolt and M6 wing nut.
Described first adjusts assembly adjusts base plate and the first adjustment riser combination forming by first, and first adjusts riser is located at the first adjustment base plate right side; Wherein, first adjusts base plate left side lower surface place's projection, and this boss is provided with a screw; In addition, the position that is positioned at the first adjustment riser left and right sides on the first adjustment base plate is equipped with a through hole, is equipped with a M24*90 bolt in two through holes; The first upper surface and the first upper surface of adjusting riser of adjusting base plate is equipped with one first placement screw; First adjusts riser front end lower surface place's projection, and this boss is provided with a screw, and is furnished with a M20*60 bolt.
Described second adjusts assembly adjusts base plate and the second adjustment riser combination forming by second, and second adjusts riser is located at the second adjustment base plate left side; Wherein, second adjusts base plate right side lower surface place's projection, and this boss is provided with a screw, and is furnished with a M20*60 bolt; In addition, the position that is positioned at the second adjustment riser left and right sides on the second adjustment base plate is equipped with a through hole, all is installed with a M24*90 bolt in two through holes; The second upper surface and the second upper surface of adjusting riser of adjusting base plate is equipped with one second placement screw, and is furnished with a M20*60 bolt; Second adjusts riser front end lower surface place's projection, and this boss is provided with a screw.
There is place's projection described front and back to the left side lower surface of adjusting assembly, and this boss is provided with a screw, and are furnished with a M20*60 bolt; Front and back are provided with two through holes to the leading flank of adjusting assembly, all are installed with a M24*90 bolt in two through holes; In addition, screw is placed in front and back before and after the upper surface of adjusting assembly is provided with two.
To adjusting, assembly is adjusted base plate by left and right and the riser combination forming is adjusted in left and right in described left and right, and left and right is adjusted riser and is located at adjustment base plate middle part, left and right; Wherein a perpendicular version left side lower surface is adjusted in left and right place's projection, and this boss is provided with a screw, and is furnished with a M20*60 bolt; Wherein left and right is adjusted on base plate and is arranged with four groups of through holes around left and right adjustment riser, and all is installed with a M12*35 bolt in each through hole; In addition, the upper surface of left and right adjustment riser is arranged with about four groups and places screws.
Usefulness of the present invention is:
The ingenious acorn nut Surface of Sphere that utilizes of combination unit of the present invention is with 3 datum planes that the contact location forms between the large guide plate of frame plane, and adopt the acorn nut Surface of Sphere with diesel engine stuffing-box hole itself with the high-precision arc machined surface between the datum planes of 3 contact formation, can complete fast and accurately the centering of frame and cylinder body, the course of work is stable, quick, saved the production time, improve production efficiency, possessed preferably practicality.
The accompanying drawing explanation
Below in conjunction with embodiment and accompanying drawing, the present invention is described in further detail:
Fig. 1 is that one embodiment of the invention is placed on the partial structurtes schematic diagram on diesel engine;
Fig. 2 is that one embodiment of the invention is placed on the partial structurtes schematic diagram on diesel engine;
The cross-sectional view that Fig. 3 is Fig. 1;
The cross-sectional view that Fig. 4 is Fig. 2;
The structural representation of the first centering assembly that Fig. 5 is one embodiment of the invention;
The structural representation that Fig. 6 is the first sleeve in Fig. 5;
The structural representation that Fig. 7 is the first loop bar in Fig. 5;
The structural representation that Fig. 8 is the first installation chuck in Fig. 5;
The structural representation that Fig. 9 is the first fixed chuck in Fig. 5; ,
The structural representation that Figure 10 is the first chuck in Fig. 5;
The cross-sectional view that Figure 11 is Figure 10;
The structural representation of the second centering assembly that Figure 12 is one embodiment of the invention;
The structural representation of the level components that Figure 13 is one embodiment of the invention;
Figure 14 is the left-handed ejecting block schematic diagram in Figure 13;
Figure 15 is the pole structure schematic diagram in Figure 13;
The cross-sectional view that Figure 16 is Figure 15;
Figure 17 is the overall structure schematic diagram that first of one embodiment of the invention is adjusted assembly;
The plan structure schematic diagram that Figure 18 is Figure 17;
The structural representation of facing that Figure 19 is Figure 17;
The side-looking structural representation that Figure 20 is Figure 17;
Figure 21 is the overall structure schematic diagram that second of one embodiment of the invention is adjusted assembly;
The back of the body TV structure schematic diagram that Figure 22 is Figure 21;
The side-looking structural representation that Figure 23 is Figure 21;
The plan structure schematic diagram that Figure 24 is Figure 21;
The front and back that Figure 25 is one embodiment of the invention are to the structural representation of adjusting assembly;
The side-looking structural representation that Figure 26 is Figure 25;
The plan structure schematic diagram that Figure 27 is Figure 25;
The left and right that Figure 28 is one embodiment of the invention is to the structural representation of adjusting assembly;
The structural representation of facing that Figure 29 is Figure 28;
The side-looking structural representation that Figure 30 is Figure 28;
The plan structure schematic diagram that Figure 31 is Figure 28.
The specific embodiment
In order to make purpose of the present invention, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
As Fig. 1～Figure 31 is depicted as a kind of combined actuation means that is applicable to frame and cylinder body centering that can be used as preferred embodiment of the present invention, comprise and be located at the first centering assembly 1 on the large guide plate of frame and be located at the second centering assembly 2 on cylinder body stuffing-box hole, simultaneously, also comprise the level components 7 be located on the little guide plate of frame, be located at that first of exhaust side drive end is adjusted assembly 3, is located at that exhaust side free-ended second is adjusted assembly 4, the front and back of being located at the fuel oil side are to the left and right of adjusting assembly 5 and being located at the fuel oil side to adjusting assembly 6.
Described level components 7 comprises leveling ruler 702; Leveling ruler 702 bottom one sides are provided with base 701, and the leveling ruler 702 bottom other ends are provided with dextrorotation jacking block 704; Dextrorotation jacking block 704 is connected with strut 705, and strut 705 is connected with left-handed jacking block 706; Wherein, between base 701 and leveling ruler 702 bottoms, by four groups of M8*20 bolts, be connected and fixed.
In the present embodiment, the first centering assembly 1 is for the centering of cylinder body fuel oil side one exhaust side direction.
Described the first centering assembly 1 comprises tripod 101, and tripod 101 each place, base angle are equipped with the M8*16 bolt that is no less than, and each M8*16 bolt bottom is equipped with a corresponding M8 acorn nut; Tripod 101 middle parts are provided with between the drift angle of the first fixed transverse rod 118, the first fixed transverse rods 118 and tripod 101 and are connected with the first gripper shoe 119.
Position near tripod 101 drift angles on the first gripper shoe 119 is provided with chute, is provided with the first drop shot 104 in chute; Wherein, be provided with two group of first plain washer 102 with the joint of the first gripper shoe 119 chutes on the first drop shot 104; Further, two group of first plain washer 102 lays respectively at the two ends up and down of the first gripper shoe 119 chutes, and is equipped with a M16 nut in the position near the first plain washer 102 on the first drop shot 104.
In addition, the upper end of the first drop shot 104 cover has the first chuck 106; The first chuck 106 1 ends are provided with a M6*12 bolt, and first chuck 106 other ends are provided with the first loop bar 116; The first loop bar 116 is provided with the M6 wing nut with the end that the first chuck 106 is connected, and the tail end outside cover of the first loop bar 116 has the first sleeve 115; The junction of the first loop bar 116 and the first sleeve 115 is provided with the first upper slide bar 114.
The upper end of the first upper slide bar 114 is provided with the position that is positioned at the first fixed chuck 112 belows on the first fixed chuck 112, the first upper slide bars 114 and is provided with the M12 nut; In addition, the first fixed chuck 112 is provided with the first installation chuck 110; The first tail end that chuck 110 is installed is provided with the M6*20 bolt, and described M6*20 bolt is installed chuck 110 through first, and it is provided with the M6 wing nut through the first position that chuck 110 is installed; First installs chuck 110 middle parts is connected with the first dial gauge 108.
The first dial gauge 108 precommpression are on the machined anchor ring in stuffing-box hole.
Described the second centering assembly 2 comprises mobile jib 208, and mobile jib 208 tops are connected with riser 204, on mobile jib 208 tops, with the junction of riser 204, is provided with the M16 nut; Riser 204 front surface bottoms are provided with two groups of M12*60 bolts, and riser 204 front surface tops are provided with a M12*70 bolt; Wherein, the junction of two groups of M12*60 bolts and riser 204 front surfaces is equipped with a M12 nut, and is positioned on two groups of M12*60 bolts on the position of riser 204 rear surfaces and is equipped with a M12 acorn nut.
Simultaneously, the junction of M12*70 bolt and riser 204 front surfaces is provided with a M12 nut, and the position that is positioned at riser 204 rear surfaces on the M12*70 bolt is provided with a M12 acorn nut; Riser 204 tops are connected with top board 201, and top board 201 is placed perpendicular to riser 204, and by two groups of M12*45 bolts, is connected and fixed between riser 204 and top board 201; Mobile jib 208 sides are connected with side lever 209.
Wherein, on described mobile jib 208, cover has the second chuck 217, the second chuck 217 1 ends to be provided with a M6*12 bolt; The tail end outside cover that second chuck 217 other ends are provided with the second loop bar 216, the second loop bars 216 has the head end of the second sleeve 210, the second loop bars 216 to be provided with the M6 wing nut; The junction of the second loop bar 216 and the second sleeve 210 is provided with side lever 209; Side lever 209 lower ends are connected with side lever chuck 211, and 211 of side lever 209 lower ends and side lever chucks are connected and fixed by the M12 nut; Side lever chuck 211 is connected with side lever the second chuck 214, between side lever chuck 211 and side lever the second chuck 214, by M6*20 bolt and M6 wing nut, is connected and fixed; Side lever the second chuck 214 middle parts are provided with the second dial gauge 212; Side lever the second chuck 214 bottoms are provided with M6*20 bolt and M6 wing nut.
The second dial gauge 212 precommpression are on the level components 7 be contained in advance on the little guide plate of frame.
Described first adjusts assembly 3 adjusts base plate 301 and the first adjustment riser 302 combination formings by first, and first adjusts riser 302 is located at the first adjustment base plate 301 right sides; Wherein, first adjusts base plate 301 left side lower surfaces place's projection, and this boss is provided with a screw, and is furnished with a M20*60 bolt; In addition, the position that is positioned at first adjustment riser 302 left and right sides on the first adjustment base plate 301 is equipped with a through hole, all is installed with a M24*90 bolt in two through holes; The first upper surface and the first upper surface of adjusting riser 302 of adjusting base plate 301 is equipped with one first placement screw 303; First adjusts riser 302 front end lower surfaces place's projection, and this boss is provided with a screw, and is furnished with a M20*60 bolt.Wherein, described M24*90 bolt is the used time not, is screwed in the first placement screw 303 places.
Described second adjusts assembly 4 adjusts base plate 401 and the second adjustment riser 402 combination formings by second, and second adjusts riser 402 is located at the second adjustment base plate 401 left sides; Wherein, second adjusts base plate 401 right side lower surfaces place's projection, and this boss is provided with a screw, and is furnished with a M20*60 bolt; In addition, the position that is positioned at second adjustment riser 402 left and right sides on the second adjustment base plate 401 is equipped with a through hole, all is installed with a M24*90 bolt in two through holes; The second upper surface and the second upper surface of adjusting riser 402 of adjusting base plate 401 is equipped with one second placement screw 403; Second adjusts riser 402 front end lower surfaces place's projection, and this boss is provided with a screw, and is furnished with a M20*60 bolt.Wherein, described M24*90 bolt is the used time not, is screwed in the second placement screw 403 places.
There is place's projection described front and back to the left side lower surface of adjusting assembly 5, and this boss is provided with a screw, and are furnished with a M20*60 bolt; Front and back are provided with two through holes to the leading flank of adjusting assembly 5, all are installed with a M24*90 bolt in two through holes; In addition, screw 501 is placed in front and back before and after the upper surface of adjusting assembly 5 is provided with two.Wherein, described M24*90 bolt is the used time not, places screw 501 places before and after being screwed in.
To adjusting, assembly 6 is adjusted base plate 601 by left and right and riser 602 combination formings are adjusted in left and right in described left and right, and left and right is adjusted riser 602 and is located at adjustment base plate 601 middle parts, left and right; Wherein perpendicular version 602 left side lower surfaces are adjusted in left and right place's projection, and this boss is provided with a screw, and is furnished with a M20*60 bolt; Wherein left and right is adjusted on base plate 601 and is arranged with four through holes around left and right adjustment riser 602, and all is installed with a M12*35 bolt in each through hole; In addition, the upper surface of left and right adjustment riser 602 is arranged with about four groups and places screws 603.Wherein, the M12*35 bolt is the used time not, is screwed in left and right and places screw 603 places.
Its application mode of device provided by the invention is as follows:
In conjunction with the shape of the large guide plate of frame and with the position relationship in cylinder body stuffing-box hole, making the tripod 101 of the first centering assembly 1 be attached on the large guide plate of frame horizontally slips gently, wherein in the present embodiment, the place, base angle, left side of tripod 101 is provided with two groups of M8*16 bolts, the place, base angle, right side of tripod 101 is provided with one group of M8*16 bolt, by the corresponding three groups of M8 acorn nuts of above three groups of M8*16 bolts, according to 3 principles of determining a plane, can guarantee that tripod 101 keeps in one plane when moving left and right.
When moving left and right the tripod 101 of the first centering assembly 1, the reading of the first corresponding dial gauge 108 can change, when the first dial gauge 108 pointer movements during to the minimum point in stuffing-box hole, record a reading, this reading shows the minimum range of the large guide plate of a side to the stuffing-box hole, and then measures the minimum range of the large guide plate of opposite side to the stuffing-box hole according to identical method.Finally, the data that record on frame fuel oil side and the large guide plate of exhaust side are compared, if equate or scope that range difference allows in normal value in, show frame and cylinder body in fuel oil side and exhaust side direction in good.
If do not have centering good and measure, in the cylinder body surrounding, install the first adjustment assembly 3, the second adjustment assembly 4 and left and right to the M20*60 bolt of adjusting assembly 6 and carrying, carry out the pushing tow frame by tightening or unscrew the M20*60 bolt, thereby carry out the adjustment on fuel oil side and exhaust side direction of frame and cylinder body, then remeasure, until meet related request and standard.
In addition, in conjunction with the shape in the little guide plate of frame, stuffing-box hole and position relationship each other thereof, make the second centering assembly 2 slidably reciprocate gently on cylinder body stuffing-box hole, wherein, the riser 204 of the second centering assembly 2 is attached on the stuffing-box hole, three M12 acorn nuts on riser 204, just in time be attached on the machined anchor ring in stuffing-box hole simultaneously, can guarantee that riser 204 moves reposefully on the anchor ring in stuffing-box hole.
When along the stuffing-box hole, moving left and right the second centering assembly 2, the reading of the second dial gauge 212 of its correspondence will change, when instrument moves to the minimum point in stuffing-box hole, record data, these data show the minimum range of stuffing-box hole to the little guide plate of frame, and then measure in the same way the minimum range of the little guide plate of opposite side frame to the stuffing-box hole.The data of measuring on frame output and the little guide plate of free end are compared, if equate or scope that range difference allows in normal value in, show the frame cylinder body in output and free end direction in good.
If do not have centering good and measure, in the cylinder body surrounding, install the first adjustment assembly 3, the second adjustment assembly 4 and front and back to the M20*60 bolt of adjusting assembly 5 and carrying, carry out the pushing tow frame by tightening or unscrew the M20*60 bolt, thereby carry out the adjustment on free end and drive end direction of frame and cylinder body, then remeasure, until meet related request and standard.
Claims (10)
1. a combined actuation means that is applicable to frame and cylinder body centering, it is characterized in that comprising and be located at the first centering assembly (1) on the large guide plate of frame and be located at the second centering assembly (2) on cylinder body stuffing-box hole, simultaneously, also comprise the level components (7) be located on the little guide plate of frame, be located at that first of exhaust side drive end is adjusted assembly (3), is located at that exhaust side free-ended second is adjusted assembly (4), the front and back of being located at the fuel oil side are to the left and right of adjusting assembly (5) and being located at the fuel oil side to adjustment assembly (6).
2. the combined actuation means that is applicable to frame and cylinder body centering according to claim 1, is characterized in that described level components (7) comprises leveling ruler (702); Leveling ruler (702) bottom one side is provided with base (701), and leveling ruler (702) the bottom other end is provided with dextrorotation jacking block (704); Dextrorotation jacking block (704) is connected with strut (705), and strut (705) is connected with left-handed jacking block (706); Wherein, between base (701) and leveling ruler (702) bottom, by four groups of M8*20 bolts, be connected and fixed.
3. the combined actuation means that is applicable to frame and cylinder body centering according to claim 1, it is characterized in that described the first centering assembly (1) comprises tripod (101), each place, base angle of tripod (101) is equipped with the M8*16 bolt that is no less than, and each M8*16 bolt bottom is equipped with a corresponding M8 acorn nut; Tripod (101) middle part is provided with the first fixed transverse rod (118), between the drift angle of the first fixed transverse rod (118) and tripod (101), is connected with the first gripper shoe (119);
The upper position near tripod (101) drift angle of the first gripper shoe (119) is provided with chute, is provided with the first drop shot (104) in chute; Wherein, the upper joint with the first gripper shoe (119) chute of the first drop shot (104) is provided with two group of first plain washer (102); Further, two group of first plain washer (102) lays respectively at the two ends up and down of the first gripper shoe (119) chute, and the upper position at close the first plain washer (102) of the first drop shot (104) is equipped with a M16 nut;
In addition, the upper end of the first drop shot (104) cover has the first chuck (106); The first chuck (106) one ends are provided with a M6*12 bolt, and the first chuck (106) other end is provided with the first loop bar (116); The first loop bar (116) is provided with the M6 wing nut with the end that the first chuck (106) is connected, and the tail end outside cover of the first loop bar (116) has the first sleeve (115); The first loop bar (116) is provided with the first upper slide bar (114) with the junction of the first sleeve (115), and the first upper slide bar (114) is provided with the first dial gauge (108).
4. the combined actuation means that is applicable to frame and cylinder body centering according to claim 3, the upper end that it is characterized in that described the first upper slide bar (114) is provided with the first fixed chuck (112), and the position that is positioned at the first fixed chuck (112) below on the first upper slide bar (114) is provided with the M12 nut; In addition, the first fixed chuck (112) is provided with the first installation chuck (110); The first tail end that chuck (110) is installed is provided with the M6*20 bolt, and described M6*20 bolt is installed chuck (110) through first, and it is provided with the M6 wing nut through the first position that chuck (110) is installed; First installs chuck (110) middle part is connected with the first dial gauge (108).
5. the combined actuation means that is applicable to frame and cylinder body centering according to claim 1, it is characterized in that described the second centering assembly (2) comprises mobile jib (208), mobile jib (208) top is connected with riser (204), on mobile jib (208) top, with the junction of riser (204), is provided with the M16 nut; Riser (204) front surface bottom is provided with two groups of M12*60 bolts, and riser (204) front surface top is provided with a M12*70 bolt; Wherein, the junction of two groups of M12*60 bolts and riser (204) front surface is equipped with a M12 nut, and is positioned on two groups of M12*60 bolts on the position of riser (204) rear surface and is equipped with a M12 acorn nut;
Simultaneously, the junction of M12*70 bolt and riser (204) front surface is provided with a M12 nut, and the position that is positioned at riser (204) rear surface on the M12*70 bolt is provided with a M12 acorn nut; Riser (204) top is connected with top board (201), and top board (201) is placed perpendicular to riser (204), and by two groups of M12*45 bolts, is connected and fixed between riser (204) and top board (201); Mobile jib (208) side is connected with side lever (209).
6. the combined actuation means that is applicable to frame and cylinder body centering according to claim 5, is characterized in that the upper cover of described mobile jib (208) has the second chuck (217), and the second chuck (217) one ends are provided with a M6*12 bolt; The second chuck (217) other end is provided with the second loop bar (216), and the tail end outside cover of the second loop bar (216) has the second sleeve (210), and the head end of the second loop bar (216) is provided with the M6 wing nut; The second loop bar (216) is provided with side lever (209) with the junction of the second sleeve (210); Side lever (209) lower end is connected with side lever chuck (211), between side lever (209) lower end and side lever chuck (211), by M12 nut and M6 wing nut, is connected and fixed; Side lever chuck (211) is connected with side lever the second chuck (214), between side lever chuck (211) and side lever the second chuck (214), by the M6*20 bolt, is connected and fixed; Side lever the second chuck (214) middle part is provided with the second dial gauge (212); Side lever the second chuck (214) bottom is provided with M6*20 bolt and M6 wing nut.
7. the combined actuation means that is applicable to frame and cylinder body centering according to claim 1, it is characterized in that described first adjusts assembly (3) by the first adjustment base plate (301) and the first adjustment riser (302) combination forming, first adjusts riser (302) is located at the first adjustment base plate (301) right side; Wherein, first adjusts base plate (301) left side lower surface place's projection, and this boss is provided with a screw; In addition, the position that is positioned at first adjustment riser (302) left and right sides on the first adjustment base plate (301) is equipped with a through hole, all is installed with a M24*90 bolt in two through holes; The first upper surface and the first upper surface of adjusting riser (302) of adjusting base plate (301) is equipped with one first placement screw (303); First adjusts riser (302) front end lower surface place's projection, and this boss is provided with a screw.
8. the combined actuation means that is applicable to frame and cylinder body centering according to claim 1, it is characterized in that described second adjusts assembly (4) by the second adjustment base plate (401) and the second adjustment riser (402) combination forming, second adjusts riser (402) is located at the second adjustment base plate (401) left side; Wherein, second adjusts base plate (401) right side lower surface place's projection, and this boss is provided with a screw; In addition, the position that is positioned at second adjustment riser (402) left and right sides on the second adjustment base plate (401) is equipped with a through hole, all is installed with a M24*90 bolt in two through holes; The second upper surface and the second upper surface of adjusting riser (402) of adjusting base plate (401) is equipped with one second placement screw (403); Second adjusts riser (402) front end lower surface place's projection, and this boss is provided with a screw.
9. the combined actuation means that is applicable to frame and cylinder body centering according to claim 1, it is characterized in that there is place's projection described front and back to the left side lower surface of adjusting assembly (5), and this boss is provided with a screw; Front and back are provided with two through holes to the leading flank of adjusting assembly (5), all are installed with a M24*90 bolt in two through holes; In addition, screw (501) is placed in front and back before and after the upper surface of adjusting assembly (5) is provided with two.
10. the combined actuation means that is applicable to frame and cylinder body centering according to claim 1, it is characterized in that assembly (6) is adjusted base plate (601) by left and right and riser (602) combination forming is adjusted in left and right to adjusting in described left and right, left and right is adjusted riser (602) and is located at left and right adjustment base plate (601) middle part; Wherein left and right is adjusted the upper riser (602) of adjusting around left and right of base plate (601) and is arranged with four groups of through holes, and all is installed with a M12*35 bolt in each through hole; In addition, the upper surface of left and right adjustment riser (602) is arranged with about four groups and places screws (603).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310416649.7A CN103481233B (en) | 2013-09-12 | 2013-09-12 | Combined control device applicable to aligning framework and cylinder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310416649.7A CN103481233B (en) | 2013-09-12 | 2013-09-12 | Combined control device applicable to aligning framework and cylinder |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103481233A true CN103481233A (en) | 2014-01-01 |
| CN103481233B CN103481233B (en) | 2014-06-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310416649.7A Active CN103481233B (en) | 2013-09-12 | 2013-09-12 | Combined control device applicable to aligning framework and cylinder |
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| Country | Link |
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| CN (1) | CN103481233B (en) |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20030121167A1 (en) * | 2000-11-21 | 2003-07-03 | Broco Tools, L.L.C. | Flywheel housing alignment tool |
| CN101858721A (en) * | 2010-04-30 | 2010-10-13 | 合肥熔安动力机械有限公司 | Auxiliary support for centering tool |
| CN202281669U (en) * | 2011-09-22 | 2012-06-20 | 重庆康明斯发动机有限公司 | Centering device for engine rack |
| CN102506652A (en) * | 2011-10-19 | 2012-06-20 | 常熟理工学院 | Abrasion loss measurement device for engine valve guide pipe |
-
2013
- 2013-09-12 CN CN201310416649.7A patent/CN103481233B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20030121167A1 (en) * | 2000-11-21 | 2003-07-03 | Broco Tools, L.L.C. | Flywheel housing alignment tool |
| CN101858721A (en) * | 2010-04-30 | 2010-10-13 | 合肥熔安动力机械有限公司 | Auxiliary support for centering tool |
| CN202281669U (en) * | 2011-09-22 | 2012-06-20 | 重庆康明斯发动机有限公司 | Centering device for engine rack |
| CN102506652A (en) * | 2011-10-19 | 2012-06-20 | 常熟理工学院 | Abrasion loss measurement device for engine valve guide pipe |
Non-Patent Citations (1)
| Title |
|---|
| 马国君: "偏心环式主机活塞与缸套对中机构", 《航海技术》, no. 06, 30 November 2003 (2003-11-30) * |
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| CN103481233B (en) | 2014-06-25 |
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