CN203935851U - A kind of bimetallic bath apparatus of measuring for lubricating oil oxidation stability - Google Patents
A kind of bimetallic bath apparatus of measuring for lubricating oil oxidation stability Download PDFInfo
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- CN203935851U CN203935851U CN201420377173.0U CN201420377173U CN203935851U CN 203935851 U CN203935851 U CN 203935851U CN 201420377173 U CN201420377173 U CN 201420377173U CN 203935851 U CN203935851 U CN 203935851U
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- magnet base
- lubricating oil
- motor
- oxidation stability
- bimetallic
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Abstract
The utility model discloses a kind of bimetallic bath apparatus of measuring for lubricating oil oxidation stability, it comprises: support, and be separately positioned on two groups of metal bath assemblies on described support; Metal bath assembly described in every group comprises: metal bath, and it is fixedly installed on described support; Magnetic force rotating device, it is arranged on described metal bath; And adjusting device, it is fixedly installed on described support, and is fixedly connected with described magnetic force rotating device.The utility model can be verified the repeatability of oil sample, saves time and the cost of test, increases work efficiency; It can steadily rotate passive magnet base assembly to active magnet base in height, the enterprising line position adjustment of radial and axial direction simultaneously, improves accuracy and accuracy that lubricating oil oxidation stability is measured.
Description
Technical field
The utility model relates to a kind of metal bath device, specifically refers to a kind of bimetallic bath apparatus of measuring for lubricating oil oxidation stability.
Background technology
The determination test device of lubricating oil oxidation stability is widely used in the industries such as oil refining, lube product deep processing and oil quality supervision.
But in the prior art, the metal bath device of measuring for lubricating oil oxidation stability all only contains a metal bath, and the oxidization time that is much added with antioxidant oil sample is all more than 1000 minutes (approximately 16 hours), if need to do replica test, just be equivalent to spend two and carry out for 16 hours, wasted the time cost of 16 hours.
In addition, employing magnetic drives due to existing metal bath device novelty in the kind of drive of measuring for lubricating oil oxidation stability, and active magnet base wherein and passive magnet base to be all magnet by many fritters slap together, so be difficult to guarantee that the magnetic force between every block of magnet is all even.Once will directly cause the rotation of passive rotation combination unstable yet there is the inhomogeneous situation of magnetic force, finally affect the measurement result of lubricating oil oxidation stability.
Utility model content
The purpose of this utility model is to provide a kind of bimetallic bath apparatus of measuring for lubricating oil oxidation stability, and it can verify the repeatability of oil sample, saves time and the cost of test, increases work efficiency; It can steadily rotate passive magnet base assembly to active magnet base in height, the enterprising line position adjustment of radial and axial direction simultaneously, improves accuracy and accuracy that lubricating oil oxidation stability is measured.
For achieving the above object, the technical solution of the utility model is to provide a kind of bimetallic bath apparatus of measuring for lubricating oil oxidation stability, and it comprises: support, and be separately positioned on two groups of metal bath assemblies on described support; Metal bath assembly described in every group comprises: metal bath, and it is fixedly installed on described support; Magnetic force rotating device, it is arranged on described metal bath; And adjusting device, it is fixedly installed on described support, and is fixedly connected with described magnetic force rotating device.
It is coated that the outside of described metal bath is heated band.
Described magnetic force rotating device comprises: passive magnet base assembly, and it is arranged on the inside of described metal bath; Motor; Active magnet base, it is connected with described motor by shaft coupling, and by its rotation of driven by motor, and this active magnet base is arranged on the bottom centre position of described metal bath.
Described passive magnet base assembly comprises a passive magnet base, and it is set in the outside of described passive magnet base assembly.
Described adjusting device comprises: motor fixed block, and it is connected by some the second bolts with described motor, is about to motor, motor fixed block, shaft coupling and active magnet base and is connected to form integral body; Main fixed block, it comprises integrated master fixedly sole piece and main fixedly lateral mass; Described master fixedly lateral mass is connected with described motor fixed block by some the first bolts; The described master fixedly bottom surface of sole piece is inclined-plane setting; Height regulating block, its stack is arranged on the fixedly below of sole piece of described master, and its end face is inclined-plane setting, and fixedly matches on the inclined-plane, bottom surface of sole piece with described master, and both superpose and form a cuboid; Described master is fixedly bolted on described support by the some the 3rd after sole piece and the stack of described height regulating block.
On described motor fixed block, be provided with some the first kidney slots, each first bolt is corresponding respectively realizes motor fixed block and the main fixedly connection between lateral mass through each first kidney slot; The rectangular cavity of each the first kidney slot is to offer along the radial direction of described active magnet base, when main fixedly lateral mass and the first bolt maintain static, the integral body being connected to form by motor, motor fixed block, shaft coupling and active magnet base can move left and right along the radial direction of active magnet base, drives initiatively magnet base to carry out the adjustment of position, left and right.
Described master is fixedly provided with some the second kidney slots on sole piece, on described height regulating block, be provided with the 3rd corresponding kidney slot of quantity and position of some and the second kidney slot, each the 3rd bolt is corresponding respectively realizes main fixedly sole piece, being connected between regulating block and support highly through each second kidney slot and the 3rd kidney slot; The rectangular cavity of each second kidney slot and each the 3rd kidney slot is to offer along the axial direction of described active magnet base, and fixedly sole piece can be along the relative support-moving of rectangular cavity of the second kidney slot and the 3rd kidney slot with height regulating block to make winner.
When main fixedly sole piece and height regulating block are simultaneously when initiatively the axial direction of magnet base moves, can be successively by with the main motor fixed block that fixedly lateral mass is connected, the motor being connected with motor fixed block, drive active magnet base carries out the adjustment of front and back position.
When main when fixedly sole piece maintains static, when only height regulating block moves along the axial direction of active magnet base, by itself and the main fixedly inclined-plane between sole piece, slide, can be successively by with the main motor fixed block that fixedly lateral mass is connected, the motor being connected with motor fixed block, drives initiatively magnet base to carry out the adjustment of height and position.
In sum, the bimetallic bath apparatus of measuring for lubricating oil oxidation stability described in the utility model, because it is provided with two metal baths and corresponding magnetic force rotating device and adjusting device, therefore in lubricating oil oxidation stability determination test once, can verify the repeatability of oil sample, save test period, reduce experimentation cost, increased substantially operating efficiency.In addition, the utility model is in lubricating oil oxidation stability determination test, can be very easily to active magnet base in height, the enterprising line position adjustment of radial and axial direction, passive magnet base assembly can steadily be rotated, improve accuracy and accuracy that lubricating oil oxidation stability is measured.
Accompanying drawing explanation
Fig. 1 is the structural representation of the right apparent direction of the bimetallic bath apparatus of measuring for lubricating oil oxidation stability provided by the utility model;
Fig. 2 is the structural representation of the rear apparent direction of the bimetallic bath apparatus of measuring for lubricating oil oxidation stability provided by the utility model.
The specific embodiment
Below in conjunction with Fig. 1 and Fig. 2, describe a preferred embodiment of the present utility model in detail.
As shown in Figure 1, be the bimetallic bath apparatus of measuring for lubricating oil oxidation stability provided by the utility model, it comprises: support 11, and be separately positioned on two groups of metal bath assemblies on described support 11.
Metal bath assembly described in every group comprises: metal bath 1, it is fixedly installed on described support 11, and the outside of this metal bath 1 be heated be with 12 coated; Magnetic force rotating device, it is arranged on described metal bath 1; And adjusting device, it is fixedly installed on described support 11, and is fixedly connected with described magnetic force rotating device.
Wherein, described magnetic force rotating device comprises: passive magnet base assembly 2, and it comprises a passive magnet base 13, and this passive magnet base 13 is set in the outside of this passive magnet base assembly 2, and described passive magnet base assembly 2 is arranged on the inside of described metal bath 1; Motor 4; Active magnet base 3, it is connected with described motor 4 by shaft coupling 5, and by its rotation of driven by motor, and this active magnet base 3 is arranged on the bottom centre position of described metal bath 1.
Described adjusting device comprises: motor fixed block 6, and it is connected by some the second bolts 17 with described motor 4, is about to motor 4, motor fixed block 6, shaft coupling 5 and active magnet base 3 and is connected to form integral body; Main fixed block, it comprises integrated master fixedly sole piece 91 and main fixedly lateral mass 92; Described master fixedly lateral mass 92 is connected with described motor fixed block 6 by some the first bolts 7; The described master fixedly bottom surface of sole piece 91 is inclined-plane setting; Height regulating block 10, its stack is arranged on the fixedly below of sole piece 91 of described master, and its end face is inclined-plane setting, and fixedly matches on the inclined-plane, bottom surface of sole piece 91 with described master, and both superpose and form a cuboid; Described master is fixedly fixed on described support 11 by some the 3rd bolts 27 after sole piece 91 and 10 stacks of described height regulating block.
Further, as shown in Figure 2, be provided with some the first kidney slots 8 on described motor fixed block 6, each first bolt 7 is corresponding respectively realizes motor fixed block 6 and the main fixedly connection between lateral mass 92 through each first kidney slot 8; The rectangular cavity of each the first kidney slot 8 is to offer along the radial direction of described active magnet base 3, when main fixedly lateral mass 92 and the first bolt 7 maintain static, the integral body being connected to form by motor 4, motor fixed block 6, shaft coupling 5 and active magnet base 3 can move left and right along the radial direction of active magnet base 3, drives initiatively magnet base 3 to carry out the adjustment of position, left and right.
Described master is fixedly provided with some the second kidney slots 18 on sole piece 91, on described height regulating block 10, be provided with the 3rd corresponding kidney slot of quantity and position of some and the second kidney slot 18, each the 3rd bolt 27 is corresponding respectively realizes main fixedly sole piece 91, being connected between regulating block 10 and support 11 highly through each second kidney slot 18 and the 3rd kidney slot; The rectangular cavity of each the second kidney slot 18 and each the 3rd kidney slot is to offer along the axial direction of described active magnet base 3, make winner fixedly sole piece 91 can relative to support 11, move along the rectangular cavity of the second kidney slot 18 and the 3rd kidney slot with regulating block 10 highly.When main fixedly sole piece 91 and height regulating block 10 are simultaneously when initiatively the axial direction (namely fore-and-aft direction) of magnet base 3 moves, can be successively by with the main motor fixed block 6 that fixedly lateral mass 92 is connected, the motor 4 being connected with motor fixed block 6, drives initiatively magnet base 3 to carry out the adjustment of front and back position.And when main when fixedly sole piece 91 maintains static (when namely the front and back position of whole main fixed block is constant), when only the axial direction (namely fore-and-aft direction) of height regulating block 10 edge active magnet bases 3 is mobile, by itself and the main fixedly inclined-plane between sole piece 91, slide, can be successively by with the main motor fixed block 6 that fixedly lateral mass 92 is connected, the motor 4 being connected with motor fixed block 6, drives initiatively magnet base 3 to carry out the adjustment of height and position (namely above-below direction).
The bimetallic bath apparatus of measuring for lubricating oil oxidation stability described in the utility model, its workflow is as described below.During debugging magnetic whirligig rotation first, first passive magnet base assembly 2 is put into the inside of metal bath 1, roughly adjusted the position that active magnet base 3 is positioned at metal bath 1 bottom centre.Then starter motor 4 rotations, this motor 4 drives initiatively magnet base 3 rotations by shaft coupling 5, makes passive magnet base assembly 2 drive also and then rotation together by magnetic force.In the rotary course of passive magnet base assembly 2, can regulate successively initiatively magnet base 3 in the position of height, radial and axial several directions, passive magnet base assembly 2 can steadily to be rotated by adjusting device.In actual use, if need to change initiatively magnet base 3 or passive magnet base 13, only need readjust the position of height, radial and axial these directions.
In sum, the bimetallic bath apparatus of measuring for lubricating oil oxidation stability described in the utility model, because it is provided with two metal baths and corresponding magnetic force rotating device and adjusting device, therefore in lubricating oil oxidation stability determination test once, can verify the repeatability of oil sample, save test period, reduce experimentation cost, increased substantially operating efficiency.In addition, the utility model is in lubricating oil oxidation stability determination test, can be very easily to active magnet base in height, the enterprising line position adjustment of radial and axial direction, passive magnet base assembly can steadily be rotated, improve accuracy and accuracy that lubricating oil oxidation stability is measured.
Although content of the present utility model has been done detailed introduction by above preferred embodiment, will be appreciated that above-mentioned description should not be considered to restriction of the present utility model.Those skilled in the art, read after foregoing, for multiple modification of the present utility model with to substitute will be all apparent.Therefore, protection domain of the present utility model should be limited to the appended claims.
Claims (9)
1. a bimetallic bath apparatus of measuring for lubricating oil oxidation stability, is characterized in that, comprises support (11), and is separately positioned on two groups of metal bath assemblies on described support (11); Metal bath assembly described in every group comprises:
Metal bath (1), it is fixedly installed on described support (11);
Magnetic force rotating device, it is arranged on described metal bath (1);
Adjusting device, it is upper that it is fixedly installed on described support (11), and be fixedly connected with described magnetic force rotating device.
2. the bimetallic bath apparatus of measuring for lubricating oil oxidation stability as claimed in claim 1, is characterized in that, it is coated that the outside of described metal bath (1) is heated band (12).
3. the bimetallic bath apparatus of measuring for lubricating oil oxidation stability as claimed in claim 1, is characterized in that, described magnetic force rotating device comprises:
Passive magnet base assembly (2), it is arranged on the inside of described metal bath (1);
Motor (4);
Active magnet base (3), it is connected with described motor (4) by shaft coupling (5), drive its rotation, and this active magnet base (3) is arranged on the bottom centre position of described metal bath (1) by motor (4).
4. the bimetallic bath apparatus of measuring for lubricating oil oxidation stability as claimed in claim 3, is characterized in that, described passive magnet base assembly (2) comprises a passive magnet base (13), and it is set in the outside of described passive magnet base assembly (2).
5. the bimetallic bath apparatus of measuring for lubricating oil oxidation stability as claimed in claim 3, is characterized in that, described adjusting device comprises:
Motor fixed block (6), it is connected by some the second bolts (17) with described motor (4), is about to motor (4), motor fixed block (6), shaft coupling (5) and active magnet base (3) and is connected to form integral body;
Main fixed block, it comprises integrated master fixedly sole piece (91) and main fixedly lateral mass (92); Described master fixedly lateral mass (92) is connected with described motor fixed block (6) by some the first bolts (7); The described master fixedly bottom surface of sole piece (91) is inclined-plane setting;
Height regulating block (10), its stack is arranged on the fixedly below of sole piece (91) of described master, and its end face is inclined-plane setting, and fixedly matches on the inclined-plane, bottom surface of sole piece (91) with described master, and both superpose and form a cuboid;
On support (11) described in described master is fixedly fixed on by some the 3rd bolts (27) after sole piece (91) and the stack of described height regulating block (10).
6. the bimetallic bath apparatus of measuring for lubricating oil oxidation stability as claimed in claim 5, it is characterized in that, on described motor fixed block (6), be provided with some the first kidney slots (8), each first bolt (7) is corresponding respectively realizes motor fixed block (6) and the main fixedly connection between lateral mass (92) through each first kidney slot (8);
The rectangular cavity of each the first kidney slot (8) is to offer along the radial direction of described active magnet base (3), when main fixedly lateral mass (92) and the first bolt (7) maintain static, the integral body being connected to form by motor (4), motor fixed block (6), shaft coupling (5) and active magnet base (3) can move left and right along the radial direction of active magnet base (3), drives initiatively magnet base (3) to carry out the adjustment of position, left and right.
7. the bimetallic bath apparatus of measuring for lubricating oil oxidation stability as claimed in claim 5, it is characterized in that, described master is fixedly provided with some the second kidney slots (18) on sole piece (91), on described height regulating block (10), be provided with the 3rd corresponding kidney slot of quantity and position of some and the second kidney slot (18), each the 3rd bolt (27) is corresponding respectively realizes main fixedly sole piece (91), being connected between regulating block (10) and support (11) highly through each second kidney slot (18) and the 3rd kidney slot;
The rectangular cavity of each the second kidney slot (18) and each the 3rd kidney slot is to offer along the axial direction of described active magnet base (3), make winner fixedly sole piece (91) with height regulating block (10) can relative to support (11), move along the rectangular cavity of the second kidney slot (18) and the 3rd kidney slot.
8. the bimetallic bath apparatus of measuring for lubricating oil oxidation stability as claimed in claim 7, it is characterized in that, when the axial direction of main fixedly sole piece (91) and height regulating block (10) while edge active magnet base (3) moves, can be successively by with the main motor fixed block (6) that fixedly lateral mass (92) is connected, the motor (4) being connected with motor fixed block (6), drives initiatively magnet base (3) to carry out the adjustment of front and back position.
9. the bimetallic bath apparatus of measuring for lubricating oil oxidation stability as claimed in claim 7, it is characterized in that, when main when fixedly sole piece (91) maintains static, when only the axial direction of height regulating block (10) edge active magnet base (3) moves, by itself and the main fixedly inclined-plane between sole piece (91), slide, can be successively by with the main motor fixed block (6) that fixedly lateral mass (92) is connected, the motor (4) being connected with motor fixed block (6), drives initiatively magnet base (3) to carry out the adjustment of height and position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420377173.0U CN203935851U (en) | 2014-07-09 | 2014-07-09 | A kind of bimetallic bath apparatus of measuring for lubricating oil oxidation stability |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420377173.0U CN203935851U (en) | 2014-07-09 | 2014-07-09 | A kind of bimetallic bath apparatus of measuring for lubricating oil oxidation stability |
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| CN203935851U true CN203935851U (en) | 2014-11-12 |
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| CN201420377173.0U Expired - Fee Related CN203935851U (en) | 2014-07-09 | 2014-07-09 | A kind of bimetallic bath apparatus of measuring for lubricating oil oxidation stability |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107132341A (en) * | 2017-05-16 | 2017-09-05 | 许昌学院 | A kind of method of testing of lubricating oil oxidation stability |
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- 2014-07-09 CN CN201420377173.0U patent/CN203935851U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107132341A (en) * | 2017-05-16 | 2017-09-05 | 许昌学院 | A kind of method of testing of lubricating oil oxidation stability |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141112 Termination date: 20210709 |
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| CF01 | Termination of patent right due to non-payment of annual fee |