CN203962096U - A kind of oil level gauge of engine calibrating platform with two dimension regulatory functions - Google Patents
A kind of oil level gauge of engine calibrating platform with two dimension regulatory functions Download PDFInfo
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- CN203962096U CN203962096U CN201420406213.XU CN201420406213U CN203962096U CN 203962096 U CN203962096 U CN 203962096U CN 201420406213 U CN201420406213 U CN 201420406213U CN 203962096 U CN203962096 U CN 203962096U
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- pallet
- base
- oil level
- level gauge
- guide rail
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Abstract
The utility model discloses a kind of oil level gauge of engine calibrating platform with two dimension regulatory functions, it comprises the first base that is supported in ground and the first pallet that is articulated with the first base, and the first pallet swings under the effect of the first driving mechanism in vertical plane; On the first pallet, be connected with the second base, be hinged with the second pallet that motor is installed on the second base, the second pallet can swing in vertical plane; The plane parallel at the axis of the first hinging shaft and the first pallet place, the plane parallel at the axis of the second hinging shaft and the second pallet place, and the first hinging shaft is mutually vertical with the projection of the second hinging shaft on horizontal plane; On the second pallet and the second base, be separately installed with inclinometer.Like this, by the above-mentioned oil level gauge of engine calibrating platform with two dimension regulatory functions, realize motor and carried out oil rule timing signal, the simple tilt adjustment that accurately realizes two dimensions, thereby improve the attitude accurate positioning of motor, and reduced operation easier.
Description
Technical field
The utility model relates to engine powered auxiliary equipment technical field, relates in particular to a kind of oil level gauge of engine calibrating platform that has two dimension regulatory functions.
Background technique
Oil rule is the element that checks engine motor oil amount, by checking the relation of benchmark oil level on oil level and oil rule, judges the engine oil quantity situation of motor, to adjust in time the oil level of motor, ensures that motor is in good working order.
Oil rule needed first to carry out benchmark calibration before using, and the demarcation of oil rule is one of important content of engine lubrication system exploitation.In order to ensure the accuracy of benchmark calibration, motor need to be placed in to its operating angle at oil rule timing signal, like this, at oil rule timing signal, just motor need to be tilted to the angle of inclination of design code.And enriching constantly along with vehicle, current motor has two inclinations in dimension more, be that motor all has certain angle of inclination on vertical and horizontal, carrying out oil level gauge of engine timing signal at present, in order to realize the inclination of motor in two dimensions, motor need to be placed on stand, realize the inclination of motor by adjusting the height of motor support, and different motors will use different supports instead, then calculate angle of inclination according to the height difference supporting and distance.
But, in the time carrying out two dimension tilt adjustment, above-mentioned supporting way complex operation, and need to obtain angle value by indirect calculation, then through the error accumulation of two dimensions, make the validity at inclination angle poor, the attitude location difficulty of motor.
Therefore, a kind of oil level gauge of engine calibrating platform with two dimension regulatory functions is provided, make motor carry out oil rule timing signal, can simply accurately realize the tilt adjustment of two dimensions, thereby improve the attitude accurate positioning of motor, and reduce its operation easier, need the problem of solution badly with regard to becoming those skilled in the art.
Model utility content
The purpose of this utility model is to provide a kind of oil level gauge of engine calibrating platform with two dimension regulatory functions, it makes motor carry out oil rule timing signal, can simply accurately realize the tilt adjustment of two dimensions, thereby improve the attitude accurate positioning of motor, and reduce its operation easier.
To achieve these goals, the utility model provides a kind of oil level gauge of engine calibrating platform with two dimension regulatory functions, comprise the first base that is supported in ground, on described the first base, be hinged with the first pallet by the first hinging shaft, described the first pallet swings in vertical plane around described the first hinging shaft under the effect of the first driving mechanism; On described the first pallet, be connected with the second base, on described the second base, be hinged with by the second hinging shaft the second pallet that motor is installed, described the second pallet swings in vertical plane around described the second hinging shaft under the effect of the second driving mechanism; The plane parallel at the axis of described the first hinging shaft and described the first pallet place, the plane parallel at the axis of described the second hinging shaft and described the second pallet place, and described the first hinging shaft is mutually vertical with the projection of described the second hinging shaft on horizontal plane; On described the second pallet and described the second base, be separately installed with inclinometer.
Preferably, described the first base is supported in ground by the first supporting leg, and described the first supporting leg is axially scalable along it.
Preferably, described the second base is installed on described the first pallet by the second supporting leg, and described the second supporting leg is axially scalable along it.
Preferably, the slide block that the first guide rail is installed on described the second pallet and slides along described the first guide rail, slide block can be fixed on the arbitrary position of the first guide rail by bolt.
Preferably, described the first guide rail has two, and described in two, the first guide rail is linear rail, and bearing of trend parallels.
Preferably, offer the second guide rail perpendicular to described the first guide rail on described slide block, motor support is slidably mounted on the second guide rail, and is bolted the arbitrary position being installed on described the second guide rail.Described motor support has four, by these four motor support fixed installation motors.
Preferably, described the first driving mechanism comprises the first thread bush that is fixed on described the first base, in described the first thread bush, be screwed with the first threaded stem, described the first threaded stem is through described the first thread bush, and be connected with first handle with its outer end, the inner of described the first threaded stem is provided with first connecting rod and the first drag link, described the first drag link is through in the mounting hole of two the first crankweb one side lower ends, described in two, the first crankweb is connected with the first toggle-action lever away from one end of described the first drag link, described the first toggle-action lever is installed on described the first base by bearing, the first pallet connecting rod is installed in the mounting hole of the first crankweb opposite side lower end described in two, and the other end of described the first pallet connecting rod is installed on described the first pallet by bearing.
Preferably, described the first driving mechanism is the jack vertically arranging, and described jack is supported in the bottom surface of described the first base, and the end of its flexible rod is that point contacts with the bottom surface of described the first pallet.
Preferably, described the second driving mechanism comprises the second thread bush that is fixed on described the second base, in described the second thread bush, be screwed with the second threaded stem, described the second threaded stem is through described the second thread bush, and be connected with second handle with its outer end, the inner of described the second threaded stem is provided with second connecting rod and the second drag link, described the second drag link is through the mounting hole of two the second crankweb one side lower ends, described in two, the second crankweb is connected with the second toggle-action lever away from one end of described the second drag link, described the second toggle-action lever is installed on described the second base by bearing, the second pallet connecting rod is installed in the mounting hole of the second crankweb opposite side lower end described in two, and the other end of described the second pallet connecting rod is installed on described the second pallet by bearing.
Preferably, described the second driving mechanism is the jack vertically arranging, and described jack is supported in the bottom surface of described the second base, and the end of its flexible rod is that point contacts with the bottom surface of described the second pallet.
The oil level gauge of engine calibrating platform of two dimension regulatory functions that what the utility model provided have, it comprises the first base that is supported in ground, on described the first base, be hinged with the first pallet by the first hinging shaft, described the first pallet swings in vertical plane around described the first hinging shaft under the effect of the first driving mechanism; On described the first pallet, be connected with the second base, on described the second base, be hinged with by the second hinging shaft the second pallet that motor is installed, described the second pallet swings in vertical plane around described the second hinging shaft under the effect of the second driving mechanism; The plane parallel at the axis of described the first hinging shaft and described the first pallet place, the plane parallel at the axis of described the second hinging shaft and described the second pallet place, and described the first hinging shaft is mutually vertical with the projection of described the second hinging shaft on horizontal plane; On described the second pallet and described the second base, be separately installed with inclinometer.
In oil rule calibration process, motor is placed and is fixed on the second pallet, then start the first driving mechanism, and make the first pallet in vertical plane, rotate predetermined angle around the first hinging shaft under the effect of the first driving mechanism, thereby drive the motor on the second base, the second pallet and the second pallet being arranged on the first pallet to rotate in this direction, to realize the inclination of motor the first dimension; Then start the second driving mechanism, and make the second pallet in vertical plane, rotate predetermined angle around the second hinging shaft under the effect of the second driving mechanism, thereby drive the motor on it to rotate in this direction, because the direction of two hinging shafts is perpendicular, the sense of rotation of the second driving mechanism drive motor is different from the direction of above-mentioned the first driving mechanism drive engine rotation, thereby has realized the inclination of motor in the second dimension; Meanwhile, the inclinometer being arranged on the second base and the second pallet can show that two angles in dimension change in real time, thereby has improved the accurate control at angle of inclination.
Like this, by the above-mentioned oil level gauge of engine calibrating platform with two dimension regulatory functions, realize motor and carried out oil rule timing signal, the simple tilt adjustment that accurately realizes two dimensions, thereby improve the attitude accurate positioning of motor, and reduced operation easier.
One preferred embodiment in, the first driving mechanism provided by the utility model comprises the first thread bush that is fixed on the first base, in the first thread bush, be screwed with the first threaded stem, the first threaded stem is through the first thread bush, and be connected with first handle with its outer end, the inner of described the first threaded stem is provided with first connecting rod and the first drag link, described the first drag link is through in the mounting hole of two the first crankweb one side lower ends, described in two, the first crankweb is connected with the first toggle-action lever away from one end of described the first drag link, described the first toggle-action lever is installed on described the first base by bearing, the first pallet connecting rod is installed in the mounting hole of the first crankweb opposite side lower end described in two, and the other end of described the first pallet connecting rod is installed on described the first pallet by bearing.
In the first pallet angle adjustment process, the rotation first in command drives the first threaded stem rotation, the first threaded stem does advance and retreat motion by relative first thread bush of transmission of screw thread, drive the first crankweb and the first toggle-action lever to rotate around bearing by first connecting rod and the first drag link, then drive relative the first base of the first pallet to move around the first hinging shaft by the first pallet connecting rod, realize the adjustment of motor in the first dimension inclination angle.Like this, realize the adjustment of angle by above-mentioned screw pair structure and brace and connecting rod framework, realize and regulating with mechanical structure, cost is lower, thereby has saved exploitation and manufacture cost.
In another preferred embodiment, the slide block that the first guide rail is installed on the second pallet provided by the utility model and slides along described the first guide rail, slide block can be bolted on the arbitrary position on the first guide rail; On slide block, be provided with the second guide rail perpendicular to the first guide rail, motor support is slidably mounted on the second guide rail, and can be bolted on the arbitrary position of the second guide rail.Motor support has four, and motor is fixedly mounted in motor support.Like this, at oil rule timing signal, the flexible positioning to different motors is realized in the position that can adjust slide block and motor support according to applying working condition, thereby has improved demarcation convenience and accuracy.
Brief description of the drawings
In order to be illustrated more clearly in the embodiment of the present application or technological scheme of the prior art, to the accompanying drawing of required use in embodiment be briefly described below, apparently, the accompanying drawing the following describes is only some embodiments that record in the utility model, for those of ordinary skill in the art, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is the plan view of a kind of embodiment of oil level gauge of engine calibrating platform provided by the utility model;
Fig. 2 is the side view of oil level gauge of engine calibrating platform shown in Fig. 1;
Fig. 3 is the modular construction schematic diagram of the second toggle-action lever and the second crankweb in oil level gauge of engine calibrating platform shown in Fig. 1;
Fig. 4 is the structural representation of snap close in oil level gauge of engine calibrating platform shown in Fig. 1;
Fig. 5 is the plan view of oil level gauge of engine calibrating platform shown in Fig. 1.
Description of reference numerals:
11-first base 12-the second base
21-first pallet 22-the second pallet
3-inclinometer
41-first supporting leg 42-the second supporting leg
51-first guide rail 52-the second guide rail 53-motor support
6-slide block
71-first thread bush 72-the first threaded stem 73-first handle 74-first connecting rod
75-first drag link 76-first crankweb 77-first toggle-action lever 78-the first pallet connecting rod
81-second threaded stem 82-the second threaded stem 83-second handle 84-second connecting rod
85-second drag link 86-second crankweb 87-second toggle-action lever 88-the second pallet connecting rod
89-snap close
Embodiment
Core of the present utility model is to provide a kind of oil level gauge of engine calibrating platform with two dimension regulatory functions, it makes motor carry out oil rule timing signal, can simply accurately realize the tilt adjustment of two dimensions, thereby improve the attitude accurate positioning of motor, and reduce its operation easier.
In order to make those skilled in the art understand better the technical solution of the utility model, below in conjunction with accompanying drawing, the utility model is further detailed.
Please refer to Fig. 1 and Fig. 2, Fig. 1 is the plan view of a kind of embodiment of oil level gauge of engine calibrating platform provided by the utility model; Fig. 2 is the side view of oil level gauge of engine calibrating platform shown in Fig. 1.
In a kind of embodiment, the oil level gauge of engine calibrating platform of two dimension regulatory functions that what the utility model provided have, it comprises the first base 11 that is supported in ground, on described the first base 11, be hinged with the first pallet 21 by the first hinging shaft, described the first pallet 21 swings in vertical plane around described the first hinging shaft under the effect of the first driving mechanism; On described the first pallet 21, be connected with the second base 12, on described the second base 12, be hinged with by the second hinging shaft the second pallet 22 that motor is installed, described the second pallet 22 swings in vertical plane around described the second hinging shaft under the effect of the second driving mechanism; The plane parallel at the axis of described the first hinging shaft and described the first pallet 21 places, the plane parallel at the axis of described the second hinging shaft and described the second pallet 22 places, and described the first hinging shaft is mutually vertical with the projection of described the second hinging shaft on horizontal plane; On described the second pallet 22 and described the second base 12, be separately installed with inclinometer 3.
In oil rule calibration process, motor is placed and is fixed on the second pallet 22, then start the first driving mechanism, and make the first pallet 21 in vertical plane, rotate predetermined angle around the first hinging shaft under the effect of the first driving mechanism, thereby drive the motor on the second base 12, the second pallet 22 and the second pallet 22 being arranged on the first pallet 21 to rotate in this direction, to realize the inclination of motor the first dimension; Then start the second driving mechanism, and make the second pallet 22 in vertical plane, rotate predetermined angle around the second hinging shaft under the effect of the second driving mechanism, thereby drive the motor on it to rotate in this direction, because the direction of two hinging shafts is perpendicular, the sense of rotation of the second driving mechanism drive motor is different from the direction of above-mentioned the first driving mechanism drive engine rotation, thereby has realized the inclination of motor in the second dimension; Meanwhile, the inclinometer 3 being arranged on the second base 12 and the second pallet 22 can show that two angles in dimension change in real time, thereby has improved the accurate control at angle of inclination.
Like this, by the above-mentioned oil level gauge of engine calibrating platform with two dimension regulatory functions, realize motor and carried out oil rule timing signal, the simple tilt adjustment that accurately realizes two dimensions, thereby improve the attitude accurate positioning of motor, and reduced operation easier.
Particularly, above-mentioned the first driving mechanism comprises the first thread bush 71 that is fixed on the first base 11, in the first thread bush 71, be screwed with the first threaded stem 72, the first threaded stem 72 is through the first thread bush 71, and be connected with first handle 73 with its outer end, the inner of described the first threaded stem 72 is provided with first connecting rod 74 and the first drag link 75, described the first drag link 75 is through in the mounting hole of two the first crankweb 76 1 side lower ends, described in two, the first crankweb 76 is connected with the first toggle-action lever 77 away from one end of described the first drag link 75, described the first toggle-action lever 77 is installed on described the first base 11 by bearing, the first pallet connecting rod 78 is installed in the mounting hole of the first crankweb 76 opposite side lower ends described in two, and the other end of described the first pallet connecting rod 78 is installed on described the first pallet 21 by bearing, in addition, at the two ends of the first toggle-action lever 77, snap close can also be installed, to prevent in movement process that the first toggle-action lever 77 play occurs and comes off.
In the first pallet 21 angle adjustment processes, the rotation first in command drives the first threaded stem 72 to rotate, the first threaded stem 72 does advance and retreat motion by relative first thread bush 71 of transmission of screw thread, drive the first crankweb 76 and the first toggle-action lever 77 to rotate around bearing by first connecting rod 74 and the first drag link 75, then drive relative the first base 11 of the first pallet 21 to move around the first hinging shaft by the first pallet connecting rod 78, realize the adjustment of motor in the first dimension inclination angle.Like this, realize the adjustment of angle by above-mentioned screw pair structure and brace and connecting rod framework, realize and regulating with mechanical structure, cost is lower, thereby has saved exploitation and manufacture cost.
From theory, also be not limited to by said structure and realize the angular adjustment of motor in the first dimension, as long as can realize the rotation of the first pallet 21 with respect to the first base 11, for example described the first driving mechanism can also be the jack vertically arranging, described jack is supported in described the first base 11, and taking the end of its flexible rod and the bottom surface of described the first pallet 21 as contacting, by the flexible adjustment that realizes angle of jack flexible rod.
Particularly, described the second driving mechanism comprises the second thread bush 81 that is fixed on described the second base 12, in described the second thread bush 81, be screwed with the second threaded stem 82, described the second threaded stem 82 is through described the second thread bush 81, and be connected with second handle 83 with its outer end, the inner of described the second threaded stem 82 is provided with second connecting rod 84 and the second drag link 85, described the second drag link 85 is through the mounting hole of two the second crankweb 86 1 side lower ends, described in two, the second crankweb 86 is connected with the second toggle-action lever 87 away from one end of described the second drag link 85, described the second toggle-action lever 87 is installed on described the second base 12 by bearing, the second pallet connecting rod 88 is installed in the mounting hole of the second crankweb 86 opposite side lower ends described in two, and the other end of described the second pallet connecting rod 88 is installed on described the second pallet 22 by bearing.In addition, at the two ends of the second toggle-action lever 87, snap close 89 can also be installed, to prevent in movement process that the second toggle-action lever 87 play occurs and comes off.Wherein, as shown in Figure 3, the mounting structure of snap close as shown in Figure 4 for the structure of the second crankweb 86 and the second toggle-action lever 87.
In the second pallet 22 angle adjustment processes, the rotation second in command drives the second threaded stem 82 to rotate, the second threaded stem 82 does advance and retreat motion by relative second thread bush 81 of transmission of screw thread, drive the second crankweb 86 and the second toggle-action lever 87 to rotate around bearing by second connecting rod 84 and the second drag link 85, then drive relative the second base 12 of the second pallet 22 to move around the second hinging shaft by the second pallet connecting rod 88, realize the adjustment of motor in the second dimension inclination angle.Like this, realize the adjustment of angle by above-mentioned screw pair structure and brace and connecting rod framework, realize and regulating with mechanical structure, cost is lower, thereby has saved exploitation and manufacture cost.
Similarly, also be not limited to by said structure and realize the angular adjustment of motor in the second dimension, as long as can realize the rotation of the second pallet 22 with respect to the second base 12, for example described the second driving mechanism can also be the jack vertically arranging, described jack is supported in described the second base 12, and taking the end of its flexible rod and the bottom surface of described the second pallet 22 as contacting, by the flexible adjustment that realizes angle of jack flexible rod.
In above-mentioned embodiment, the first base 11 can be supported in ground by the first supporting leg 41, and described the first supporting leg 41 is axially scalable along it, particularly, the first supporting leg 41 can have multistage, between adjacent both ends, be set with, and realize the scalable setting of the first supporting leg 41 by structures such as oil cylinders; The first base 11 is supported in to ground by the first supporting leg 41, and the alterable height of the first supporting leg 41, thereby can adjusts as required the height of motor, so that motor is in working position preferably.
Further, above-mentioned the second base 12 also can be installed on described the first pallet 21 by the second supporting leg 42, and described the second supporting leg 42 is axially scalable along it; Like this, can, by the coordinating of the second supporting leg 42 and the first supporting leg 41, further adjust the height of motor.The Collapsible structure of the second supporting leg 42 can, with reference to the structure of the first supporting leg 41, not repeat them here.
Preferably, as shown in Figure 5, the slide block 6 that the first guide rail 51 is installed on above-mentioned the second pallet 22 and slides along described the first guide rail 51, slide block can be fixed on the arbitrary position on the first guide rail by bolt; On described slide block 6, be provided with the second guide rail, on the second guide rail, be slidably fitted with motor support, motor support 53 can be bolted on the arbitrary position on the second guide rail.Like this, at oil rule timing signal, can adjust the position of motor on the second pallet 22 according to applying working condition, thereby improve demarcation convenience and accuracy.
Above-mentioned motor support 53 can arrange four, so that at four position supporting engines.
Further, described the first guide rail 51 has two, and described in two, the first guide rail 51 is linear rail, and bearing of trend parallels.
Further, on described slide block 6, offer on the second guide rail 52, the second guide rails perpendicular to described the first guide rail 51 and be slidably fitted with motor support, by four motor support fixed installation motors.Like this, by the setting of the first guide rail 51 and the second guide rail 52, can make motor realize the position adjustment on different direction, thereby expand the scope that engine location is adjusted.
It is pointed out that ordinal numbers such as " first, second " described in literary composition is the different structure in order to distinguish same names, is only for convenience, does not represent certain order, more should not be construed as any restriction.
Only by the mode of explanation, some example embodiment of the present utility model is described above, undoubtedly, for those of ordinary skill in the art, in the situation that not departing from spirit and scope of the present utility model, can revise described embodiment by various mode.Therefore, above-mentioned accompanying drawing is illustrative with being described in essence, should not be construed as the restriction to the utility model claim protection domain.
Claims (10)
1. one kind has the oil level gauge of engine calibrating platform of two dimension regulatory functions, it is characterized in that, comprise the first base (11) that is supported in ground, described the first base (11) is upper is hinged with the first pallet (21) by the first hinging shaft, and described the first pallet (21) swings in vertical plane around described the first hinging shaft under the effect of the first driving mechanism; On described the first pallet (21), be connected with the second base (12), upper the second pallet (22) that motor is installed that is hinged with by the second hinging shaft of described the second base (12), described the second pallet (22) swings in vertical plane around described the second hinging shaft under the effect of the second driving mechanism; The plane parallel at the axis of described the first hinging shaft and described the first pallet (21) place, the plane parallel at the axis of described the second hinging shaft and described the second pallet (22) place, and described the first hinging shaft is mutually vertical with the projection of described the second hinging shaft on horizontal plane; On described the second pallet (22) and described the second base (12), be separately installed with inclinometer (3).
2. oil level gauge of engine calibrating platform according to claim 1, is characterized in that, described the first base (11) is supported in ground by the first supporting leg (41), and described the first supporting leg (41) is axially scalable along it.
3. oil level gauge of engine calibrating platform according to claim 1, it is characterized in that, described the second base (12) is installed on described the first pallet (21) by the second supporting leg (42), and described the second supporting leg (42) is axially scalable along it.
4. oil level gauge of engine calibrating platform according to claim 1, it is characterized in that, the slide block (6) that the first guide rail (51) is installed on described the second pallet (22) and slides along described the first guide rail (51), described slide block is secured by bolts in the arbitrary position of described the first guide rail.
5. oil level gauge of engine calibrating platform according to claim 4, is characterized in that, described the first guide rail (51) has two, and described in two, the first guide rail (51) is linear rail, and bearing of trend parallels.
6. oil level gauge of engine calibrating platform according to claim 5, it is characterized in that, on described slide block (6), offer the second guide rail (52) perpendicular to described the first guide rail (51), motor support (53) is slidably mounted on described the second guide rail (52), and is bolted the arbitrary position being installed on described the second guide rail (52).
7. according to the oil level gauge of engine calibrating platform described in claim 1 to 6 any one, it is characterized in that, described the first driving mechanism comprises the first thread bush (71) that is fixed on described the first base (11), in described the first thread bush (71), be screwed with the first threaded stem (72), described the first threaded stem (72) is through described the first thread bush (71), and be connected with first handle (73) with its outer end, the inner of described the first threaded stem (72) is provided with first connecting rod (74) and the first drag link (75), described the first drag link (75) is through in the mounting hole of two the first crankweb (76) one side lower ends, described in two, the first crankweb (76) is connected with the first toggle-action lever (77) away from one end of described the first drag link (75), described the first toggle-action lever (77) is installed on described the first base (11) by bearing, the first pallet connecting rod (78) is installed in the mounting hole of the first crankweb (76) opposite side lower end described in two, and the other end of described the first pallet connecting rod (78) is installed on described the first pallet (21) by bearing.
8. according to the oil level gauge of engine calibrating platform described in claim 1 to 6 any one, it is characterized in that, described the first driving mechanism is the jack vertically arranging, described jack is supported in described the first base (11) bottom surface, and the end of its flexible rod is that point contacts with the bottom surface of described the first pallet (21).
9. according to the oil level gauge of engine calibrating platform described in claim 1 to 6 any one, it is characterized in that, described the second driving mechanism comprises the second thread bush (81) that is fixed on described the second base (12), in described the second thread bush (81), be screwed with the second threaded stem (82), described the second threaded stem (82) is through described the second thread bush (81), and be connected with second handle (83) with its outer end, the inner of described the second threaded stem (82) is provided with second connecting rod (84) and the second drag link (85), described the second drag link (85) is through the mounting hole of two the second crankweb (86) one side lower ends, described in two, the second crankweb (86) is connected with the second toggle-action lever (87) away from one end of described the second drag link (85), described the second toggle-action lever (87) is installed on described the second base (12) by bearing, the second pallet connecting rod (88) is installed in the mounting hole of the second crankweb (86) opposite side lower end described in two, and the other end of described the second pallet connecting rod (88) is installed on described the second pallet (22) by bearing.
10. according to the oil level gauge of engine calibrating platform described in claim 1 to 6 any one, it is characterized in that, described the second driving mechanism is the jack vertically arranging, described jack is supported in described the second base (12) bottom surface, and the end of its flexible rod is that point contacts with the bottom surface (22) of described the second pallet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420406213.XU CN203962096U (en) | 2014-07-22 | 2014-07-22 | A kind of oil level gauge of engine calibrating platform with two dimension regulatory functions |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420406213.XU CN203962096U (en) | 2014-07-22 | 2014-07-22 | A kind of oil level gauge of engine calibrating platform with two dimension regulatory functions |
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| Publication Number | Publication Date |
|---|---|
| CN203962096U true CN203962096U (en) | 2014-11-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420406213.XU Withdrawn - After Issue CN203962096U (en) | 2014-07-22 | 2014-07-22 | A kind of oil level gauge of engine calibrating platform with two dimension regulatory functions |
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| CN (1) | CN203962096U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104074570A (en) * | 2014-07-22 | 2014-10-01 | 安徽江淮汽车股份有限公司 | Engine oil level gauge calibration platform with two-dimensional adjusting function |
-
2014
- 2014-07-22 CN CN201420406213.XU patent/CN203962096U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104074570A (en) * | 2014-07-22 | 2014-10-01 | 安徽江淮汽车股份有限公司 | Engine oil level gauge calibration platform with two-dimensional adjusting function |
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