CN204479007U - A kind of measurement alignment equipment integrating - Google Patents
A kind of measurement alignment equipment integrating Download PDFInfo
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- CN204479007U CN204479007U CN201420779868.1U CN201420779868U CN204479007U CN 204479007 U CN204479007 U CN 204479007U CN 201420779868 U CN201420779868 U CN 201420779868U CN 204479007 U CN204479007 U CN 204479007U
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Abstract
The utility model provides a kind of and measures alignment equipment integrating, comprise mainframe (1), also comprise: measure support bar (2) at least two, (height of 2 is consistent for described two measurement support bars, the bottom one drive unit (3) of described two measurement support bars, described drive unit (3) controls described two measurements support bar (2) and moves up and down, at least one bending degree detecting device (4), described bending degree detecting device (4) operationally contacts the straight-bar (5) be placed on described measurement support bar (2), described straight-bar (5) rotates upper 360 degree of described measurement support bar (2) and moves horizontally, described bending degree detecting device (4) connects a central control unit, described central control unit connects the drive unit (3) of described measurement support bar (2).
Description
Technical field
The utility model relates to industrial circle, especially a kind of measurement alignment equipment integrating for the manufacture of body-building apparatus.
Background technology
In this day and age, the care of people to health uprises gradually, has various body-building apparatus kind to be also more and more in the market, and different body-building apparatus has its oneself different function.Barbell is as a kind of sports equipment integrating match and body-building, and receive liking of numerous persons taking exercise, particularly, described body-building can be significantly improved to the endurance of muscle and strength, and can discharge large energy, reaches the effect of fat-reducing.
The utility model mainly carries out alignment to described bar when processing and manufacturing, makes described straight-bar 5 reach international standard.Described straight-bar refers to the bar of weight lifting, its material is high-grade alloy steel, generally we are in order to increase the friction between weight lifter and described straight-bar, the processes process such as annular knurl can be carried out to straight-bar, the temperature of straight-bar will be made like this to raise and inevitably cause the bending of straight-bar and be significantly out of shape.The generally alloy steel of our straight-bar that uses to be all diameter be 25 or 28, length is 2.2 meters, and described length-diameter ratio is 1: 78, and generally straight than more than 1: 25, we just think that described bar is elongate rod.
Particularly, at present, prior art is processed straight-bar and is generally divided into 2 large steps:
The alignment of a:2 point, described elongate rod lain on a straightening equipment, described straightening equipment is fixed with 2 support bars, and described 2 support bars have the groove adapted with described elongate rod radian.For holding described elongate rod.By artificial range estimation, the feel felt, or rolling judges the bending of described elongate rod, then uses oil cylinder to carry out alignment to described crooked position.
B:2 point is measured.Described elongate rod is placed on a measuring equipment, about described measuring equipment, 2 limits are fixed with 2 support bars respectively, each support bar there are 2 roller bearings, described elongate rod is placed in the middle of 2 roller bearings, a clock gauge is fixed with above described elongate rod, by described elongate rod of rolling, observe the fluctuating range of described clock gauge, judge the bending whether within international requirement scope of described elongate rod.
In recent years, client is more and more higher for the requirement of described moving lever, relevant international standard is thought described and is bent within 0.4mm, is only qualified standard, but above-mentioned traditional handicraft means do not reach this standard, described traditional handicraft means look very complete, but because the benchmark of processing is different, the reference position of judgement is also different, cause the product of in fact test passes in international standard test, create very large deviation, considerably beyond 0.4mm.Understand simply, its reason is traditional alignment is based on 2 points, to the alignment that certain is carried out, can only ensure to reach standard when measuring herein, and local at other, and deviation can be very large, and others tests and can not test on the point of our alignment always.
In order to address this problem, traditional alignment and measurement are integrated by the utility model, and are in same level, and ensure that the bending in international standard of elongate rod.The advantage of described utility model:
1 decreases operation originally needed by alignment, measured 2 step operations, only needed now to operate on an equipment.
2 decrease labour only needs a people to get final product complete operation.
If 3 ensure that described elongate rod is divided into some parts by precision, described utility model can ensure that everywhere is all within the scope of international standard.
4 are originally that sense organ carrys out processing apparatus, is with pneumatic now, and infrared induction with manual.
Utility model content
For defect of the prior art, the purpose of this utility model is to provide a kind of measurement alignment equipment integrating.
According to an aspect of the present utility model, provide a kind of and measure alignment equipment integrating, comprising: mainframe 1, also comprises:
Measure support bar 2 at least two, described two height measuring support bar 2 are consistent, bottom one drive unit 3 of described two measurement support bars 2, and described drive unit 3 controls described two measurement support bars 2 and moves up and down,
At least one bending degree detecting device 4, described bending degree detecting device 4 operationally contacts the straight-bar 5 be placed on described measurement support bar 2,
Described straight-bar 5 on described measurement support bar 2 360 degree rotate and move horizontally,
Described bending degree detecting device 4 connects a central control unit, and described central control unit connects the drive unit 3 of described measurement support bar 2.
According to another aspect of the present utility model, described mainframe 1 is also provided with can the second guide rail 6 of transverse shifting, and described bending degree detecting device 4 is fixed on described second guide rail 6.
Preferably, the top of described measurement support bar 2 comprises two tourelles 7, and described tourelle 7 drives described straight-bar 5 along clockwise or roll counter-clockwise.
Preferably, described tourelle 7 is as any one in lower device:
-roller bearing; Or
-roller.
Preferably, described mainframe 1 is also provided with can the first guide rail 8 of transverse shifting, measures support bars 2 and is fixed on described first guide rail 8 for described two.
Preferably, described measurement alignment equipment integrating also comprises a straight-bar pushing equipment 9, and one end of described straight-bar pushing equipment 9 is provided with the clamp device of fixing described straight-bar 5, and described straight-bar pushing equipment 9 can transverse shifting.
Preferably, one end of described straight-bar pushing equipment 9 is provided with the clamp device of fixing described straight-bar 5, and described straight-bar pushing equipment 9 can transverse shifting, and described clamp device can 360 degree rotations thus drive described straight-bar 5,360 degree rotation simultaneously.
Preferably, described measurement alignment equipment integrating also comprises two alignment support bars 10, and described two alignment support bars 10 are fixed on mainframe 1, and consistent and its top of the height of described two alignment support bars 10 in the same horizontal line.
Preferably, described first guide rail 8 is provided with two rectangle holes, described two alignment support bars 10 are placed in described two rectangle holes respectively, and when described first guide rail 8 moves, described alignment support bar 10 does not contact with described rectangle hole.
Preferably, be fixed with an oil cylinder that can move up and down 11 above described mainframe 1, described oil cylinder 11 is connected with described central control unit, and described oil cylinder 11 can touch described straight-bar 5 and apply pressure to described straight-bar 5 when moving down.
Preferably, described mainframe 1 is also provided with two auxiliary support bars 12, described auxiliary support bar 12 is positioned at the outside of described mainframe 1, and described auxiliary support bar 12 and described alignment support bar 10 are on same straight line.
Preferably, described two measurement support bars 2 and described two alignment support bars 10 are on same straight line.
Preferably, also comprise an infrared ray pilot lamp 13, described infrared ray pilot lamp 13 is connected with described central control unit.
Preferably, described flexibility measurement mechanism is clock gauge.
The utility model is by combining the measurement in former industrial technology and alignment, provide a kind ofly carry out measuring on same equipment, the thin bar processing unit (plant) of alignment, efficiently solve the thin bar caused because judgment standard is different not up to standard, simultaneously, decrease operation, decrease labour, provide precision, and achieve the advanced technology of intelligent machining thin bar.
Accompanying drawing explanation
By reading the detailed description done non-limiting example with reference to the following drawings, other features, objects and advantages of the present utility model will become more obvious:
Fig. 1 illustrates according to an embodiment of the present utility model, a kind of structural representation measuring alignment equipment integrating;
Fig. 2 illustrates according to another embodiment of the present utility model, a kind of structural representation measuring alignment equipment integrating.
Embodiment
Fig. 1 shows an embodiment of the present utility model, a kind of structural representation measuring alignment equipment integrating.Particularly, comprise mainframe 1, also comprise: measure support bar 2 at least two, described two height measuring support bar 2 are consistent, bottom one drive unit 3 of described two measurement support bars 2, described drive unit 3 controls described two measurement support bars 2 and moves up and down, at least one bending degree detecting device 4, described bending degree detecting device 4 operationally contacts the straight-bar 5 be placed on described measurement support bar 2, described straight-bar 5 on described measurement support bar 2 360 degree rotate and move horizontally, described bending degree detecting device 4 connects a central control unit, described central control unit connects the drive unit 3 of described measurement support bar 2.
Further, the utility model composition graphs 1 and the preferred structure figure according to embodiment of the present utility model shown in Fig. 2, structure composition of the present utility model and parts purposes are done and describes further, Fig. 2 is a kind of preferred variant according to the utility model, be described in detail in will be described below, do not repeat them here.
Particularly, described mainframe 1 is the main composition part of described measurement alignment equipment integrating, described have all be arranged on described mainframe 1 about other parts of the present utility model, particularly, measure support bar 2 at least two, described two height measuring support bar 2 are consistent, it will be appreciated by those skilled in the art that described two height measuring support bar 2 are unanimously to ensure that described straight-bar 5 is horizontal when measuring.Bottom one drive unit 3 of described two measurement support bars 2, described drive unit 3 controls described two measurement support bars 2 and moves up and down, described two measurement support bars 2 are fixed on described drive unit 3, described drive unit 3 with described two measure support bar 2 can by weld, be threaded, bayonet lock is connected etc., and mode is connected, further, described drive unit 3 controls described two measurement support bars 2 and moves up and down, those skilled in the art understand, described thin bar is moved up and down by described support bar, thus moves up and down.
Further, has a bending degree detecting device 4 at least, described bending degree detecting device 4 operationally contacts the straight-bar 5 be placed on described measurement support bar 2, those skilled in the art understand, described bending degree detecting device 4 is the devices being similar to clock gauge, can be reflected on described clock gauge along with the pressure size between described straight-bar 5 and described pick-up unit, particularly, pointer size and the described flexibility size of described clock gauge have contrast relationship, further, determine whether carrying out alignment to described sweep and described sweep being applied to the size of external force by described flexibility size i.e. described degree of crook.
Preferably, described straight-bar 5 on described measurement support bar 2 360 degree rotate and move horizontally, particularly, in order to better test out the degree of crook of each part of described straight-bar 5, we need described straight-bar 5 is carried out to 360 degree of rotations and moves horizontally, further, the moving parallel of described straight-bar 5 is in described bending detection device, by rotating and moving horizontally, described bending detection device can rotate, thus reaches the effect detecting flexibility.
Described bending degree detecting device 4 connects a central control unit, and described central control unit connects the drive unit 3 of described measurement support bar 2.Particularly, described central control unit refers to a control system can carrying out integrative control to described measurement straightening equipment, described control system moved up and down by the drive unit 3 of support bar described in pneumatic control and described support bar rotation and move left and right, can also be monitored described bending degree detecting device 4 by described control system, particularly, if described bending excessive, described central control unit controls described drive unit 3 and moves downward, and carries out alignment by described flexibility size to described thin bar.Particularly, described central control unit also has a lot of function, can talk about in a specific embodiment, not repeat them here.
According to another aspect of the present utility model, described mainframe 1 is also provided with can the second guide rail 6 of transverse shifting, and described bending degree detecting device 4 is fixed on described second guide rail 6.Described bending degree detecting device 4 can by welding, being threaded, and the modes such as bayonet lock connection are fixed.Described second guide rail 6 is by pneumatic mode transverse shifting, particularly, described mainframe 1 can establish rail groove, described second guide rail 6 is by described pneumatic transverse shifting, thus drive described bending degree detecting device 4 to move left and right, thus reach the object that can proceed to detection to each part of described elongate rod.Described pneumatic mode belongs to currently available technology, does not repeat them here.
Preferably, the top of described measurement support bar 2 comprises two tourelles 7, and described tourelle 7 drives described straight-bar 5 along clockwise or roll counter-clockwise.Particularly, described measurement coalignment has two described support bars, described each support bar has 2 described tourelles 7, described straight-bar 5 puts the centre with described 2 tourelles 7, it will be appreciated by those skilled in the art that described tourelle 7 connects and described central control unit, described central control unit by described 4 tourelles 7 of pneumatic drive simultaneously towards clockwise or rotate counterclockwise, further, described straight-bar 5 is driven to rotate.Preferably, described tourelle 7 is roller bearing or roller.The object of described roller bearing or roller is that further, described roller bearing or roller should have certain friction force in order to described straight-bar 5 can be driven to rotate.
According to another aspect of the present utility model, described mainframe 1 is also provided with can the first guide rail 8 of transverse shifting, measures support bars 2 and is fixed on described first guide rail 8 for described two.Particularly, described two measurement support bars 2 are fixed on described drive unit 3, described drive unit 3 is fixed on described first guide rail 8, and described first guide rail 8 is moved left and right by the pneumatic of central control unit, thus drives described two support bars to move left and right.Described drive unit 3 can by welding, be threaded or the mode such as bayonet lock connection fixing with described first guide rail 8.
In a preferred change case, as shown in Figure 2, Fig. 2 illustrates according to another embodiment of the present utility model, a kind of structural representation measuring alignment equipment integrating, those skilled in the art understand, described straight-bar 5 can also realize rotating and transverse movement in the following manner, particularly, comprise a straight-bar pushing equipment 9, one end of described straight-bar pushing equipment 9 is provided with the clamp device of fixing described straight-bar 5, and described straight-bar pushing equipment 9 can transverse shifting, simultaneously described clamp device can 360 degree rotations thus drive described straight-bar 5, 360 degree of rotations.Particularly, described straight-bar 5 thrust unit pneumaticly to be controlled by described by central control unit, described straight-bar 5 thrust unit can be fixed with on described mainframe 1, also can independently make somebody a mere figurehead in adapting place with described straight-bar 5, further, described straight-bar pushing equipment 9 clamps described straight-bar 5, and 360 degree rotate or move left and right, thus drive described straight-bar 5,360 rotate or move left and right.It will be appreciated by those skilled in the art that implementation that described straight-bar 5 moves belongs to the one of specific embodiment, do not affect the technical solution of the utility model, do not repeat them here.
According to another aspect of the present utility model, described equipment integrating also comprises two alignment support bars 10, and described two alignment support bars 10 are fixed on mainframe 1, and consistent and its top of the height of described two alignment support bars 10 in the same horizontal line.Described two alignment support bars 10 can use welding, be threaded or the mode such as bayonet lock connection is fixed on received mainframe 1.Particularly, described two alignment support bars 10 perpendicular to described mainframe 1, further, described bending degree detecting device 4 detects bending, and by pneumatic, described drive unit 3 moves down, drive described straight-bar 5 to move down, further, described straight-bar 5 is held in the palm on described alignment support bar 10.Those skilled in the art understand, described alignment support bar 10 upper end and described straight-bar 5 adapt, and particularly, described alignment support bar 10 upper end should be concavity, and described alignment support bar 10 should be vertical parallel with described straight-bar 5, further, described drive unit 3 moves down, and described straight-bar 5 departs from described measurement support bar 2, and drop on described alignment support bar 10, particularly, described straight-bar 5 is in parastate, and consistent and its top of the height of described two alignment support bars 10 in the same horizontal line.
Preferably, described first guide rail 8 is provided with two rectangle holes, described two alignment support bars 10 are placed in described two rectangle holes respectively, and when described first guide rail 8 moves, described alignment support bar 10 does not contact with described rectangle hole.Particularly, the described object arranging two rectangle holes is in order to described guide rail can be made to move left and right on described mainframe 1, thus drives moving left and right of described measurement support bar 2.Those skilled in the art understand, the wide of described hole should adapt with the width of described alignment support bar 10, the longer the better for the length of described hole, particularly, in order to the detection that each region of described straight-bar 5 can be made can to carry out flexibility, on the mobile range of described straight-bar 5 and described second guide rail 6, the mobile range of bending degree detecting device 4 should increase, further, the length of described hole is larger, described straight-bar 5 can the scope of movement larger.Those skilled in the art understand, describedly state described alignment support bar 10 when the first guide rail 8 moves and do not contact with described rectangle hole, described first guide rail 8 is if touch described alignment bar 5 frequently carrying out the detection of described straight-bar 5 flexibility, the bending of described alignment bar 5 may be caused, thus make the alignment of described straight-bar 5 produce error.In one preferably change case, described first guide rail 8 also only can arrange a rectangle hole, and particularly, the described mode arranging hole belongs to embodiment, does not repeat them here.
According to another aspect of the present utility model, an oil cylinder that can move up and down 11 is fixed with above described mainframe 1, described oil cylinder 11 is connected with described central control unit, and described oil cylinder 11 can touch described straight-bar 5 and apply pressure to described straight-bar 5 when moving down.Particularly, connect above described oil cylinder 11 and can adopt welding, to be threaded or mode that bayonet lock connects is fixing and described mainframe 1.Described oil cylinder 11 lower end is parallel with described straight-bar 5, when described bending degree detecting device 4 detects that described straight-bar 5 somewhere exists bending, described central control unit controls described straight-bar 5 and is displaced downwardly on described alignment support bar 10, and control described oil cylinder 11 to described straight-bar 5 sweep applying pressure, described straight-bar 5 makes with alloy material, be subject to extruding energetically and be easy to bend, thus carry out described alignment.Further, described oil cylinder 11 is after applying pressure to described straight-bar 5, and described central control unit can control described oil cylinder 11 and move up, and controls described drive unit 3 and move up, and is on described measurement support bar 2 by described straight-bar 5.And described other parts of straight-bar 5 are measured, as described in bending excessive, repeat described alignment procedure.
Preferably, described mainframe 1 is also provided with two auxiliary support bars 12, described auxiliary support bar 12 is positioned at the outside of described mainframe 1, and described auxiliary support bar 12 and described alignment support bar 10 are on same straight line.Described auxiliary support bar 12 is in left side and the right side of described mainframe 1 respectively, and described auxiliary support bar 12 can adopt welding, be threaded or the mode such as bayonet lock connection is fixed on described mainframe 1.The object of described auxiliary support bar 12 prevents described straight-bar 5 from dropping, particularly, such as described straight-bar 5 is when being pressed, may be excessive due to pressure, cause bounce-back, straight-bar 5 is dropped, again such as, described first guide rail 8 drives the straight-bar 5 on described measurement support bar 2 to move when moving, described straight-bar 5 may cause the landing of described straight-bar 5 due to the factor such as inertia or centre-of gravity shift, it will be appreciated by those skilled in the art that described auxiliary support bar 12 effectively can ensure that the measurement alignment of described straight-bar 5 is carried out smoothly.
Preferably, described two measurement support bars 2 and described two alignment support bars 10 are on same straight line.Particularly, described straight-bar 5 is when measuring phases, described two measurement support bars 2 and described two alignment support bars 10 are on same straight line, when described straight-bar 5 is in the alignment stage, measure support bar 2 lower than two alignment support bars 10 for described two, further, described straight-bar 5 is when measuring phases, be measure support bar 2 for benchmark, described straight-bar 5, when alignment, is for benchmark with alignment support bar 10.In another preferably change case, described straight-bar 5 is when measuring phases, and described alignment support bar 10 is lower than described measurement support bar 2, and described straight-bar 5 is when the alignment stage, measures support bar 2 lower than received alignment support bar 10 for described two.It will be appreciated by those skilled in the art that described measurement support bar 2 belongs to embodiment with the position of described alignment support bar 10, do not affect the technical solution of the utility model, do not repeat them here.
Preferably, described measurement alignment equipment integrating, also comprises an infrared ray pilot lamp 13, and described pilot lamp 13 is connected with described central control unit.Described infrared ray pilot lamp 13 reflects described straight-bar 5 measure portion and judges the need of the situation of carrying out alignment.Particularly, described bending degree detecting device 4 is measured described straight-bar 5, by pointer find described bending excessive time, described information is passed to described central control unit, described central control unit will need the command routing carrying out alignment to described pilot lamp 13, drive unit 3, oil cylinder 11 etc., described pilot lamp 13 receives the signal that described central control unit sends, and sends signal lamp, informs operator.
Preferably, described measurement alignment equipment integrating, can be provided with a seat, and described seat connects described mainframe 1, and further, described seat can adopt with described mainframe 1 and weld, to be threaded or bayonet lock the mode such as to be connected and to connect.Described seat is in the front of described measurement alignment equipment integrating, for described operating personnel.
Preferably, described measurement alignment equipment integrating, a gauge tap can be provided with, described gauge tap connects described central control unit, and the effect of described gauge tap is opened or closes described measurement alignment equipment integrating, and described gauge tap can independently be placed on described mainframe 1 also can be embedded in described mainframe 1, particularly, the setting of described gauge tap and described gauge tap belongs to embodiment, does not affect the technical solution of the utility model, does not repeat them here.
Further, it will be appreciated by those skilled in the art that based on above-mentioned measurement alignment equipment integrating, the method measuring the processing straight-bar 5 be integrated with alignment can be realized, specifically comprise the steps:
Whether the flexibility a. measuring described straight-bar 5 by flexibility measurement mechanism while described straight-bar 5 rotates exceedes first threshold;
If b. the flexibility of described straight-bar 5 exceedes described first threshold, then described straight-bar 5 is placed at least two alignment support bars 10;
C. control oil cylinder 11 and carry out alignment process to described straight-bar 5, whether the flexibility simultaneously measuring described straight-bar 5 by described flexibility measurement mechanism exceedes first threshold;
If d. the flexibility of described straight-bar 5 does not exceed described first threshold, continue to perform described step a until described straight-bar 5 is measured complete.
Preferably, in described step a, described straight-bar 5 is moved transversely while rotating.
Preferably, in described step a, described straight-bar 5 is placed at least two and measures on support bars 2 and rotate, and in stepb, measures support bars 2 and moves down for described at least two, make described straight-bar 5 be placed in described at least two alignment support bars 10.
Above specific embodiment of the utility model is described.It is to be appreciated that the utility model is not limited to above-mentioned particular implementation, those skilled in the art can make various distortion or amendment within the scope of the claims, and this does not affect flesh and blood of the present utility model.
Claims (14)
1. measure an alignment equipment integrating, comprise mainframe (1), it is characterized in that, also comprise:
Measure support bar (2) at least two, described two height measuring support bar (2) are consistent, the bottom one drive unit (3) of described two measurement support bars, described drive unit (3) controls described two measurements support bar (2) and moves up and down
At least one bending degree detecting device (4), described bending degree detecting device (4) operationally contacts the straight-bar (5) be placed on described measurement support bar (2),
Described straight-bar (5) rotates upper 360 degree of described measurement support bar (2) and moves horizontally,
Described bending degree detecting device (4) connects a central control unit, and described central control unit connects the drive unit (3) of described measurement support bar (2).
2. equipment integrating according to claim 1, it is characterized in that, described mainframe (1) is also provided with can second guide rail (6) of transverse shifting, and described bending degree detecting device (4) is fixed on described second guide rail (6).
3. equipment integrating according to claim 2, it is characterized in that, the top of described measurement support bar (2) comprises two tourelles (7), and described tourelle (7) drives described straight-bar (5) along clockwise or roll counter-clockwise.
4. equipment integrating according to claim 3, is characterized in that, described tourelle (7) is as any one in lower device:
-roller bearing; Or
-roller.
5. the equipment integrating according to claim 3 or 4, it is characterized in that, described mainframe (1) is also provided with can first guide rail (8) of transverse shifting, measures support bar (2) and is fixed on described first guide rail (8) for described two.
6. the equipment integrating according to claim 3 or 4, it is characterized in that, also comprise a straight-bar pushing equipment (9), one end of described straight-bar pushing equipment (9) is provided with the clamp device of fixing described straight-bar (5), and described straight-bar pushing equipment (9) can transverse shifting.
7. equipment integrating according to claim 1 and 2, it is characterized in that, also comprise a straight-bar pushing equipment (9), one end of described straight-bar pushing equipment (9) is provided with the clamp device of fixing described straight-bar (5), and described straight-bar pushing equipment (9) can transverse shifting, described clamp device can 360 degree rotations thus drive described straight-bar (5) 360 degree rotation simultaneously.
8. equipment integrating according to claim 5, also comprise two alignment support bars (10), described two alignment support bars (10) are fixed on mainframe (1), and consistent and its top of the height of described two alignment support bars (10) in the same horizontal line.
9. equipment integrating according to claim 8, it is characterized in that, described first guide rail (8) is provided with two rectangle holes, described two alignment support bars (10) are placed in described two rectangle holes respectively, and when described first guide rail (8) is mobile, described alignment support bar (10) does not contact with described rectangle hole.
10. equipment integrating according to claim 8 or claim 9, it is characterized in that, described mainframe (1) top is fixed with an oil cylinder that can move up and down (11), described oil cylinder (11) is connected with described central control unit, and described oil cylinder (11) can touch described straight-bar (5) and apply pressure to described straight-bar (5) when moving down.
11. equipment integratings according to any one of claim 10, it is characterized in that, described mainframe (1) is also provided with two auxiliary support bars (12), described auxiliary support bar (12) is positioned at the outside of described mainframe (1), and described auxiliary support bar (12) and described alignment support bar (10) are on same straight line.
12. equipment integratings according to claim 11, is characterized in that, described two measurements support bar (2) and described two alignment support bars (10) are on same straight line.
13. according to claim 1, and 2,3,4,8,9,11, the equipment integrating according to any one of 12, is characterized in that, also comprises a pilot lamp (13), and described pilot lamp (13) is connected with described central control unit.
14. according to claim 1, and 2,3,4,8,9,11, the equipment integrating according to any one of 12, is characterized in that, described flexibility measurement mechanism (4) is clock gauge.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420779868.1U CN204479007U (en) | 2014-12-10 | 2014-12-10 | A kind of measurement alignment equipment integrating |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420779868.1U CN204479007U (en) | 2014-12-10 | 2014-12-10 | A kind of measurement alignment equipment integrating |
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| CN204479007U true CN204479007U (en) | 2015-07-15 |
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| CN201420779868.1U Expired - Fee Related CN204479007U (en) | 2014-12-10 | 2014-12-10 | A kind of measurement alignment equipment integrating |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104482848A (en) * | 2014-12-10 | 2015-04-01 | 南通瑞力体育用品有限公司 | Measuring and straightening integrated equipment and measuring method |
| CN107552614A (en) * | 2017-07-18 | 2018-01-09 | 江西昌河航空工业有限公司 | A kind of section flexible brake forming equipment and forming method |
| CN109108112A (en) * | 2018-10-23 | 2019-01-01 | 沈阳透平机械股份有限公司 | The method of centrifugal compressor main shaft is accurately corrected under cold conditions |
| CN112077177A (en) * | 2020-08-07 | 2020-12-15 | 杨允炜 | Axle type part coalignment |
| CN116274504A (en) * | 2023-04-03 | 2023-06-23 | 南京艾曼达船舶设备制造有限公司 | Container ligature pole coalignment |
-
2014
- 2014-12-10 CN CN201420779868.1U patent/CN204479007U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104482848A (en) * | 2014-12-10 | 2015-04-01 | 南通瑞力体育用品有限公司 | Measuring and straightening integrated equipment and measuring method |
| CN107552614A (en) * | 2017-07-18 | 2018-01-09 | 江西昌河航空工业有限公司 | A kind of section flexible brake forming equipment and forming method |
| CN109108112A (en) * | 2018-10-23 | 2019-01-01 | 沈阳透平机械股份有限公司 | The method of centrifugal compressor main shaft is accurately corrected under cold conditions |
| CN112077177A (en) * | 2020-08-07 | 2020-12-15 | 杨允炜 | Axle type part coalignment |
| CN116274504A (en) * | 2023-04-03 | 2023-06-23 | 南京艾曼达船舶设备制造有限公司 | Container ligature pole coalignment |
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Granted publication date: 20150715 Termination date: 20201210 |