CN104210997A - Lifting type automatic leveling device and leveling method thereof - Google Patents
Lifting type automatic leveling device and leveling method thereof Download PDFInfo
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- CN104210997A CN104210997A CN201410396690.7A CN201410396690A CN104210997A CN 104210997 A CN104210997 A CN 104210997A CN 201410396690 A CN201410396690 A CN 201410396690A CN 104210997 A CN104210997 A CN 104210997A
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Abstract
The invention relates to a lifting type automatic leveling device, which comprises a base, a plurality of guide shafts and a lifting platform, wherein the guide shafts are vertically and fixedly connected with the base, and the lifting platform is vertically connected with each guide shaft through a clamping handle respectively. A leveled device is arranged on the base, the lifting platform is descended along the guide shafts until falling onto the upper surface of the leveled device, the leveled device is flatly pressed by the dead weight of the lifting platform, the clamping handle is locked, and the position of the lifting platform is fixed, so the leveled device is leveled and is stabilized under the horizontal state. The device has the advantages that the cost is low, the leveling efficiency is high, the accuracy is correct, the installation is convenient, and the operation is convenient and rapid.
Description
Technical field
The present invention relates to a kind of lifting mode automatic leveling device and leveling method thereof.
Background technology
More external levelling gears are that then carry out position feedback, by leveling motor, driving turbine and worm mechanism makes mechanism kinematic, thus completes leveling work with crossbeam grating scale as position probing.
Most domestic is also by sensor measurement by the current location of levelling gear, is changed by the current location of levelling gear, thus finally reach leveling state by hydraulic pressure or Electrified Transmission.
But from research both domestic and external, mostly current leveling equipment is to carry out for large corporation, and device contains Mechatronic Systems, complex structure, and cost is high.For not too applicable small organization leveling.
In batch manufacturing, by beating the levelling not only time-consuming and zero-bit status pole destructible of table, can not meet need of production, needing to develop a kind of fast leveling method and device.
Summary of the invention
The invention provides a kind of lifting mode automatic leveling device and leveling method thereof, with low cost, leveling is efficient, precision is accurate, easy for installation, simple operation.
In order to achieve the above object, the invention provides a kind of lifting mode automatic leveling device, this lifting mode automatic leveling device comprises base, some axis of guides of being fixedly connected with vertical with base and respectively by being with clamp lever and each axis of guide bay-lift connected vertically.
Described base comprises:
Base body;
Be arranged on the some through holes on base body, for connecting the axis of guide;
Be arranged on the some registration holes group on base body, every registration hole group comprises some knock holees be located along the same line, and this knock hole is for inserting locating dowel pin;
The lower surface of described base body is parallel with upper surface;
The inside face of described through hole is vertical with the lower surface of base body.
The described axis of guide comprises:
Band clamping handle attachment part, for connecting band clamp lever;
Be positioned at the base connecting portion of band clamping handle attachment part lower end, this base connecting portion stretches in the through hole on base, for connecting the axis of guide and base;
Be positioned at the fixed orifice of axis of guide lower end, this fixed orifice and axis of guide concentric co-axial are arranged, for fixed guide axle and base;
The diameter of described band clamping handle attachment part is greater than the internal diameter of through hole on base;
The diameter of described base connecting portion is less than the diameter of band clamping handle attachment part, the diameter of this base connecting portion equals the internal diameter of through hole on base, side and the band of this base connecting portion clamp the plane perpendicular of handle attachment part, ensure that the squareness of the axis of guide and base;
Described fixed orifice inside face has screw thread, and fastener is fastening with the fixed orifice on the axis of guide through the through hole on base, realizes fixing of base and the axis of guide.
The quantity of the described axis of guide is greater than 2.
Described band clamp lever comprises:
Bay-lift connecting portion, for connecting bay-lift;
Be positioned at the axis of guide connecting portion of bay-lift connecting portion lower end, for connecting the axis of guide;
Described band clamp lever also comprises the handle be arranged on band clamp lever, the ball of this handle connecting band clamp lever inside, swing handle, makes ball compress the axis of guide, can realize the Quick-clamped axis of guide;
Described bay-lift connecting portion and the inside of axis of guide connecting portion all have through hole, the through hole of bay-lift connecting portion inside and the through hole of axis of guide connecting portion inside are complete through holes, this complete through hole and bay-lift connecting portion and axis of guide connecting portion are all that concentric co-axial is arranged, the internal diameter of this complete through hole equals the external diameter of the axis of guide, described band clamp lever is set on the axis of guide by this complete through hole, and band clamp lever can move up and down along the axis of guide;
The bottom surface of described bay-lift connecting portion and the lateral vertical of axis of guide connecting portion, ensure that the squareness of the axis of guide and bay-lift.
The quantity of described band clamp lever equals the quantity of the axis of guide.
Described bay-lift has through hole, and the axis of guide connecting portion of band clamp lever is through this through hole;
This bay-lift is fixedly connected with by the bay-lift connecting portion of fastener with band clamp lever;
The lower surface of the upper surface close contact bay-lift connecting portion of this bay-lift;
The upper surface of this bay-lift is parallel to the lower surface of bay-lift connecting portion.
The present invention also provides a kind of leveling method of lifting mode automatic leveling device, and this leveling method comprises following steps:
Step S1, whole lifting mode automatic leveling device is placed in marble platform, unclamp handle, make bay-lift increase along the axis of guide, until after the distance between bay-lift and base is greater than the height by leveling equipment, pulling handle locking belt clamp lever, the position of fixing bay-lift;
Any registration hole group on step S2, selection base, inserts locating dowel pin in knock hole;
Step S3, will be placed on base by leveling equipment, and make tightly to be resisted against on locating dowel pin by one end of leveling equipment;
Step S4, unclamp handle, bay-lift is declined along the axis of guide, until bay-lift drops on by the upper surface of leveling equipment, the deadweight of bay-lift is relied on to flatten by after leveling equipment, pulling handle locking belt clamp lever, the position of fixing bay-lift, then achieve by the leveling of leveling equipment and make it be stabilized in horizontality.
The present invention is with low cost, leveling is efficient, precision is accurate, easy for installation, simple operation.
Accompanying drawing explanation
Fig. 1 is the structural representation of lifting mode automatic leveling device provided by the invention.
Fig. 2 is the plan structure schematic diagram of lifting mode automatic leveling device provided by the invention.
Fig. 3 is the structural representation of the axis of guide of lifting mode automatic leveling device provided by the invention.
Detailed description of the invention
Following according to Fig. 1 ~ Fig. 3, illustrate preferred embodiment of the present invention.
As shown in Figure 1, the invention provides a kind of lifting mode automatic leveling device, comprising base 1, some axis of guides 2 of being fixedly connected with vertical with base 1 and respectively by being with clamp lever 3 and each axis of guide 2 bay-lift 4 connected vertically.
As depicted in figs. 1 and 2, described base 1 comprises:
Base body 101, the lower surface G of this base body 101 is parallel with upper surface F;
Be arranged on the some through holes 102 on base body 101, for connecting the axis of guide 2, the inside face E of this through hole 102 is vertical with the lower surface G of base body 101;
Be arranged on the some registration holes group on base body 101, every registration hole group comprises some knock holees 103 be located along the same line, and this knock hole 103 is for inserting locating dowel pin 104.
As shown in Figure 3, the described axis of guide 2 comprises:
Band clamping handle attachment part 201, for connecting band clamp lever 3, the diameter of this band clamping handle attachment part 201 is greater than the internal diameter of through hole 102 on base 1;
Be positioned at the base connecting portion 202 of band clamping handle attachment part 201 lower end, this base connecting portion 202 stretches in the through hole 102 on base 1, for connecting the axis of guide 2 and base 1; The diameter of this base connecting portion 202 is less than the diameter of band clamping handle attachment part 201, the diameter of this base connecting portion 202 equals the internal diameter of through hole 102 on base 1, the side B of this base connecting portion 202 is vertical with the bottom surface B that band clamps handle attachment part 201, ensure that the squareness of the axis of guide 2 and base 1;
Be positioned at the fixed orifice 203 of the axis of guide 2 lower end, this fixed orifice 203 is arranged with the axis of guide 2 concentric co-axial, this fixed orifice 203 inside face has screw thread, and fastener is fastening with the fixed orifice 203 on the axis of guide 2 through the through hole 102 on base 1, realizes the fixing of base 1 and the axis of guide.
The quantity of the described axis of guide 2 is greater than 2.
As shown in Figure 1, described band clamp lever 3 comprises:
Bay-lift connecting portion 301, for connecting bay-lift 4;
Be positioned at the axis of guide connecting portion 302 of bay-lift connecting portion 301 lower end, for connecting the axis of guide;
Described bay-lift connecting portion 301 and the inside of axis of guide connecting portion 302 all have through hole, the through hole of bay-lift connecting portion 301 inside and the through hole of axis of guide connecting portion 302 inside are complete through holes, this through hole and bay-lift connecting portion 301 and axis of guide connecting portion 302 are all that concentric co-axial is arranged, the internal diameter of this through hole equals the external diameter of the axis of guide 2, described band clamp lever 3 is set on the axis of guide 2 by this through hole, and band clamp lever 3 can move up and down along the axis of guide 2; The bottom surface D of described bay-lift connecting portion 301 is vertical with the side C of axis of guide connecting portion 302, ensure that the squareness of the axis of guide 2 and bay-lift 4;
Described band clamp lever 3 also comprises the handle 303 be arranged on band clamp lever 3, and this handle 303 rotational angle compresses the axis of guide 2 by the ball of band clamp lever inside, can realize the Quick-clamped axis of guide 2.
The quantity of described band clamp lever 3 equals the quantity of the axis of guide 2.
As shown in Figure 2, described bay-lift 4 has through hole, axis of guide connecting portion 302 with clamp lever 3 is through this through hole, this bay-lift 4 is fixedly connected with by the bay-lift connecting portion 301 of fastener with band clamp lever 3, the lower surface D of the upper surface close contact bay-lift connecting portion 301 of this bay-lift 4, the upper surface of bay-lift 4 is parallel to the lower surface D of bay-lift connecting portion 301.
The deadweight of described bay-lift 4 can not exceed by the bearing capacity of leveling equipment, takes into account staff again and can lift bay-lift, then the weight of bay-lift 4 is generally within 10 jin, is advisable for about 5 jin.
In the present embodiment, the axis of guide that the described axis of guide 2 and band clamp lever 3 all adopt meter Si meter (China) precision optical machinery trade Co., Ltd (MISUMI) to produce and band clamp lever.
The present invention also provides a kind of leveling method of lifting mode automatic leveling device, comprises following steps:
Step S1, whole lifting mode automatic leveling device is placed in marble platform, unclamp handle 303, bay-lift 4 is made to increase along the axis of guide 2, until after the distance between bay-lift 4 and base 1 is greater than the height by leveling equipment, pulling handle 303 locking belt clamp lever 3, the position of fixing bay-lift 4;
Any registration hole group on step S2, selection base 1, inserts locating dowel pin 104 in knock hole 103;
Step S3, will to be placed on base 1 by leveling equipment, and to make tightly to be resisted against on locating dowel pin 104 by one end of leveling equipment;
Step S4, unclamp handle 303, bay-lift 4 is declined along the axis of guide 2, until bay-lift 4 drops on by the upper surface of leveling equipment, the deadweight of bay-lift 4 is relied on to flatten by after leveling equipment, pulling handle 303 locking belt clamp lever 3, the position of fixing bay-lift 4, then achieve by the leveling of leveling equipment and make it be stabilized in horizontality, can by the enterprising line correlation property regulation of leveling equipment.
The present invention can realize by the fast automatic leveling of leveling equipment, and energy stability contorting horizontality, have that technique is simple, easy to learn, easy to operate, safe and reliable, the advantage of low cost of manufacture, be particularly suitable in the production of leveling floating installation in enormous quantities.
Although content of the present invention has done detailed introduction by above preferred embodiment, will be appreciated that above-mentioned description should not be considered to limitation of the present invention.After those skilled in the art have read foregoing, for multiple amendment of the present invention and substitute will be all apparent.Therefore, protection scope of the present invention should be limited to the appended claims.
Claims (8)
1. a lifting mode automatic leveling device, it is characterized in that, this lifting mode automatic leveling device comprises base (1), some axis of guides (2) of being fixedly connected with vertical with base (1) and respectively by being with clamp lever (3) and each axis of guide (2) bay-lift connected vertically (4).
2. lifting mode automatic leveling device as claimed in claim 1, it is characterized in that, described base (1) comprises:
Base body (101);
Be arranged on the some through holes (102) on base body (101), for connecting the axis of guide (2);
Be arranged on the some registration holes group on base body (101), every registration hole group comprises some knock holees (103) be located along the same line, and this knock hole (103) is for inserting locating dowel pin (104);
The lower surface (G) of described base body (101) is parallel with upper surface (F);
The inside face (E) of described through hole (102) is vertical with the lower surface (G) of base body (101).
3. lifting mode automatic leveling device as claimed in claim 2, it is characterized in that, the described axis of guide (2) comprises:
Band clamping handle attachment part (201), for connecting band clamp lever (3);
Be positioned at the base connecting portion (202) of band clamping handle attachment part (201) lower end, this base connecting portion (202) stretches in the through hole (102) on base (1), for connecting the axis of guide (2) and base (1);
Be positioned at the fixed orifice (203) of the axis of guide (2) lower end, this fixed orifice (203) and the axis of guide (2) concentric co-axial are arranged, for fixed guide axle (2) and base (1);
The diameter of described band clamping handle attachment part (201) is greater than the internal diameter of the upper through hole (102) of base (1);
The diameter of described base connecting portion (202) is less than the diameter of band clamping handle attachment part (201), the diameter of this base connecting portion (202) equals the internal diameter of the upper through hole (102) of base (1), the side (B) of this base connecting portion (202) is vertical with the bottom surface (B) that band clamps handle attachment part (201), ensure that the squareness of the axis of guide (2) and base (1);
Described fixed orifice (203) inside face has screw thread, and fastener is fastening with the fixed orifice (203) on the axis of guide (2) through the through hole (102) on base (1), realizes fixing of base (1) and the axis of guide.
4. the lifting mode automatic leveling device as described in claim 1 or 3, is characterized in that, the quantity of the described axis of guide (2) is greater than 2.
5. lifting mode automatic leveling device as claimed in claim 3, it is characterized in that, described band clamp lever (3) comprises:
Bay-lift connecting portion (301), for connecting bay-lift (4);
Be positioned at the axis of guide connecting portion (302) of bay-lift connecting portion (301) lower end, for connecting the axis of guide;
Described band clamp lever (3) also comprises the handle (303) be arranged on band clamp lever (3), the ball that this handle (303) connecting band clamp lever (3) is inner, swing handle (303), makes ball compress the axis of guide (2), can realize the Quick-clamped axis of guide (2);
Described bay-lift connecting portion (301) and the inside of axis of guide connecting portion (302) all have through hole, the through hole of bay-lift connecting portion (301) inside and the through hole of axis of guide connecting portion (302) inside are complete through holes, this complete through hole and bay-lift connecting portion (301) and axis of guide connecting portion (302) are all that concentric co-axial is arranged, the internal diameter of this complete through hole equals the external diameter of the axis of guide (2), described band clamp lever (3) is set on the axis of guide (2) by this complete through hole, band clamp lever (3) can move up and down along the axis of guide (2),
The bottom surface (D) of described bay-lift connecting portion (301) is vertical with the side (C) of axis of guide connecting portion (302), ensure that the squareness of the axis of guide (2) and bay-lift (4).
6. lifting mode automatic leveling device as claimed in claim 5, it is characterized in that, the quantity of described band clamp lever (3) equals the quantity of the axis of guide (2).
7. lifting mode automatic leveling device as claimed in claim 5, it is characterized in that, described bay-lift (4) has through hole, and the axis of guide connecting portion (302) of band clamp lever (3) is through this through hole;
This bay-lift (4) is fixedly connected with by the bay-lift connecting portion (301) of fastener with band clamp lever (3);
The lower surface (D) of upper surface close contact bay-lift connecting portion (301) of this bay-lift (4);
The upper surface of this bay-lift (4) is parallel to the lower surface (D) of bay-lift connecting portion (301).
8. a leveling method for lifting mode automatic leveling device as claimed in claim 7, is characterized in that, this leveling method comprises following steps:
Step S1, whole lifting mode automatic leveling device is placed in marble platform, unclamp handle (303), bay-lift (4) is made to increase along the axis of guide (2), until after the distance between bay-lift (4) and base (1) is greater than the height by leveling equipment, pulling handle (303) locking belt clamp lever (3), the position of fixing bay-lift (4);
Step S2, the upper any registration hole group of selection base (1), insert locating dowel pin (104) in knock hole (103);
Step S3, will to be placed on base (1) by leveling equipment, and to make tightly to be resisted against on locating dowel pin (104) by one end of leveling equipment;
Step S4, unclamp handle (303), bay-lift (4) is declined along the axis of guide (2), until bay-lift (4) drops on by the upper surface of leveling equipment, the deadweight of bay-lift (4) is relied on to flatten by after leveling equipment, pulling handle (303) locking belt clamp lever (3), the position of fixing bay-lift (4), then achieve by the leveling of leveling equipment and make it be stabilized in horizontality.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410396690.7A CN104210997A (en) | 2014-08-13 | 2014-08-13 | Lifting type automatic leveling device and leveling method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410396690.7A CN104210997A (en) | 2014-08-13 | 2014-08-13 | Lifting type automatic leveling device and leveling method thereof |
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| Publication Number | Publication Date |
|---|---|
| CN104210997A true CN104210997A (en) | 2014-12-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410396690.7A Pending CN104210997A (en) | 2014-08-13 | 2014-08-13 | Lifting type automatic leveling device and leveling method thereof |
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| CN (1) | CN104210997A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107313595A (en) * | 2017-06-19 | 2017-11-03 | 江苏新蓝天钢结构有限公司 | Steel suspension rod suspended structure and construction method with tensioning centering leveling device |
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| CN107313595A (en) * | 2017-06-19 | 2017-11-03 | 江苏新蓝天钢结构有限公司 | Steel suspension rod suspended structure and construction method with tensioning centering leveling device |
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Application publication date: 20141217 |