CN209698429U - Large-scale cooling tube correction docking balancing device - Google Patents

Abstract

The utility model discloses large-scale cooling tubes to correct docking balancing device, including guide rail, rack, fixed column and fixed concave block, guide rail is installed above rack, one end of rack is equipped with upper mounted plate, the side of upper mounted plate is welded with the first straight-bar, active fastening block is connected with above first straight-bar outer end, first substrate is installed above guide rail, the top of first substrate is equipped with fixed column by screw, the second substrate is installed above the guide rail of first substrate side, the top of the second substrate is equipped with fixed concave block by screw, the second straight-bar is equipped with by screw above the second substrate of fixed concave block side, activity concave block is connected with above second straight-bar outer end.The utility model solves the problems, such as that the length that can not adapt to different cooling tubes and the cooling tube that can not adapt to different inner diameters correction use by setting guide rail, first substrate, the second substrate, active fastening block, the first straight-bar, fixed concave block, activity concave block, fixed rod structure.

Description

Large-scale cooling tube correction docking balancing device

Technical field

The utility model relates to cooling aluminum pipe adjustment docking to use technical field, and specially large-scale cooling tube correction docking is flat Weigh device.

Background technique

Concentricity is exactly degrees of offset of the lock pin internal diameter apart from the entire center of circle.Perfect condition is 0, is exactly not deviate.But Actually all offset.General single mode PC concentricity is 1.0 hereinafter, relatively good product at last.When element to be measured is the center of circle (point), or hole on slim workpiece, axis axis when, may be regarded as a little rather than line, then they are referred to as same to the concentricity of benchmark Heart degree.When carrying out large-scale Special product concentricity correction detection, if product shape bending or off center output desired size, Subsequent processing is influenced greatly, the qualification rate of product also can be reduced equally, and the utility model is specially large-scale cooling tube correction Dock balancing device.

But there are deficiencies below for existing technology:

1, when carrying out the concentricity correction docking to cooling tube, the length of all cooling tubes can not be adapted to, causing can only It carries out being corrected docking to the cooling tube of regular length；

2, the internal diameter of cooling tube used in different field is inconsistent, the cooling tube that traditional device can not be different to internal diameter Docking is corrected to use.

Utility model content

(1) the technical issues of solving

In view of the deficiencies of the prior art, the utility model provides large-scale cooling tube correction docking balancing device, solves The problem of can not adapting to the length of different cooling tubes and the cooling tube correction use of different inner diameters can not be adapted to.

(2) technical solution

To achieve the above object, the utility model provides the following technical solutions: large-scale cooling tube correction docking balancing device, Including guide rail, rack, fixed column and fixed concave block, guide rail, one end installation of the rack are installed above the rack There is upper mounted plate, the side of fixed plate is welded with the first straight-bar, and first straight-bar is connected with activity above outer end Fixture block is equipped with first substrate above the guide rail, and the top of the first substrate is equipped with fixed column by screw, described The second substrate is installed above the guide rail of first substrate side, the top of the second substrate is equipped with fixed concave by screw The second substrate top of block, fixed concave block side is equipped with the second straight-bar by screw, second straight-bar outer end Top is connected with activity concave block.

Preferably, the bottom of the frame below fixed plate is equipped with bottom plate, fixed plate and lower fixation It is fixedly connected between plate by screw bolt and nut.

Preferably, the bottom of the rack is equipped with supporting leg, is equipped with limited post on the inside of the active fastening block upper end, Through-hole is offered on the inside of the fixed column.

Preferably, the upper end of the fixed concave block and activity concave block is connected with cooling aluminum pipe, the cooling aluminum pipe One end is fixed with the through-hole in fixed column, and the other end of the cooling aluminum pipe is sleeved and fixed the limited post table on the inside of active fastening block Face.

Preferably, the fixed concave block is consistent with the groove part size of activity concave block upper end, and is greater than cooling aluminium The internal diameter of pipe.

Preferably, the internal diameter of the limited post is less than the internal diameter of cooling aluminum pipe, and the internal diameter of the through-hole is greater than cooling aluminum pipe Internal diameter.

Three beneficial effects

The utility model provides large-scale cooling tube correction docking balancing device, have it is following the utility model has the advantages that

(1) the utility model makes this reality by setting guide rail, first substrate, the second substrate, active fastening block, the first straight-bar Corresponding gauge length can be adjusted according to the length of cooling aluminum pipe with novel, in the length limitation range of the utility model The correction docking of the interior cooling aluminum pipe for carrying out different lengths is realized with keeping the concentricity of cooling tube to meet process data requirement Independent adjustment detection, the utility model structure is simple but precision is higher, and measurement detection performance is excellent using extensively, effectively prevents It brings unfavorable processing to influence because concentricity is inconsistent, product qualification rate and labour manufacture intensity is improved, thus effective solution The problem of can not adapting to the length of different cooling tubes, is equipped in the timing for carrying out cooling aluminum pipe by one end in rack Upper mounted plate, the bottom of the frame below upper mounted plate is equipped with bottom plate, and is locked using screw bolt and nut to it, into And it is welded with the first straight-bar in the side of upper mounted plate, active fastening block clamping is placed on the first straight-bar, by cooling aluminum pipe One end is socketed on the limited post on the inside of active fastening block, then the middle-end part of cooling aluminum pipe is placed in fixed concave block and activity In the upper recess part of concave block, further according to the length requirement of cooling aluminum pipe, adjustment first substrate slides on guide rail, until The other end grafting of cooling aluminum pipe is entered on first substrate in fixed column in side through hole, thus will cooling aluminum pipe both ends fixing lock Extremely, in turn, according to the length of cooling aluminum pipe, adjustment the second substrate is slided on guide rail, until fixed concave block and activity spill Block is located at the middle end position of cooling aluminum pipe, and to cool down the central symmetry of aluminum pipe, fixes to realize at 4 points, by bending and partially The deformed region of the big product of shifting amount is modified, to keep the concentricity of cooling aluminum pipe to meet process data requirement, for not For the cooling aluminum pipe of length, it is only necessary to which cooling aluminum pipe can be corresponded to by adjusting the position of first substrate and the second substrate on guide rail Length meet subsequent process requirements to realize the distortion correction of the cooling aluminum pipe of different length, realize independent adjustment inspection It surveys.

(2) the utility model keeps this practical new by setting active fastening block, fixed concave block, activity concave block, fixed column Type can replace different aligning gears according to the internal diameter of cooling aluminum pipe at any time, the cooling aluminum pipe suitable for various different inner diameters Distortion correction uses, and practical value is higher, thus what the cooling tube correction that effective solution can not adapt to different inner diameters used Problem, in the present invention, active fastening block, fixed column, fixed concave block and activity concave block are the same water of sustained height Four correction fixed points on horizontal line, wherein the groove part of fixed concave block and activity concave block upper end, internal diameter are greater than cold But the internal diameter of aluminum pipe and to its clamping, similarly, the through-hole on the inside of fixed column are also just greater than the internal diameter of cooling aluminum pipe, to its end Clamping is fixed on the outside of portion, and the limited post fixed on the inside of fixture block is then less than the internal diameter of cooling aluminum pipe, grafting enters cooling The inside of aluminum pipe is to its clamping, to realize 4 level corrections, when the internal diameter of cooling aluminum pipe changes, due to active fastening block and Activity concave block is activity clamping installation, it is only necessary to its dismounting and change and new cooling aluminum pipe internal diameter matched, similarly, Fixed concave block and fixed column are fixed for screw, it is only necessary to which knockout screw is replaced with and is matched with new cooling aluminum pipe internal diameter Fixed concave block and fixed column, be just adapted to different inner diameters cooling aluminum pipe correction use.

Detailed description of the invention

Fig. 1 is the schematic perspective view of the utility model；

Fig. 2 is schematic enlarged-scale view at the A of the utility model；

Fig. 3 is schematic enlarged-scale view at the B of the utility model；

Fig. 4 is the inside installation diagram of the utility model upper mounted plate and bottom plate.

Appended drawing reference in figure are as follows: 1, guide rail；2, rack；3, upper mounted plate；4, cooling aluminum pipe；5, limited post；6, active card Block；7, the first straight-bar；8, bottom plate；9, supporting leg；10, first substrate；11, fixed column；12, through-hole；13, screw；14, Two substrates；15, fixed concave block；16, the second straight-bar；17, activity concave block；18, bolt；19, nut.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

As shown in Figs 1-4, the utility model provides a kind of technical solution: large-scale cooling tube correction docking balancing device, packet Guide rail 1, rack 2, fixed column 11 and fixed concave block 15 are included, the top of rack 2 is equipped with guide rail 1, and one end of rack 2 is equipped with 2 bottom of rack of upper mounted plate 3,3 lower section of upper mounted plate is equipped with bottom plate 8, leads between upper mounted plate 3 and bottom plate 8 It crosses bolt 18 to be fixedly connected with nut 19, the side of upper mounted plate 3 is welded with the first straight-bar 7, the top card of 7 outer end of the first straight-bar It is connected to active fastening block 6, the top of guide rail 1 is equipped with first substrate 10, and the top of first substrate 10 is equipped with solid by screw 13 Fixed column 11, the bottom of rack 2 are equipped with supporting leg 9, are equipped with limited post 5 on the inside of 6 upper end of active fastening block, fixed column 11 it is interior Side offers through-hole 12, and the second substrate 14 is equipped with above the guide rail 1 of 10 side of first substrate, and the top of the second substrate 14 passes through Screw 13 is equipped with fixed concave block 15, passes through screw 13 above the second substrate 14 of 15 side of fixed concave block and is equipped with second Straight-bar 16, the second straight-bar are connected with activity concave block 17 above 16 outer end, in the present invention, active fastening block 6, fixed column 11, fixed concave block 15 and activity concave block 17 are four correction fixed points in the same horizontal line of sustained height, wherein solid Determine the groove part of 17 upper end of concave block 15 and activity concave block, internal diameter is greater than the internal diameter of cooling aluminum pipe 4 and to its clamping, together Reason, the through-hole 12 of the inside of fixed column 11 are also just greater than the internal diameter of cooling aluminum pipe 4, to card is fixed on the outside of its end Tightly, and the limited post 5 of the inside of active fastening block 6 is then less than the internal diameter of cooling aluminum pipe 4, grafting enters the inside of cooling aluminum pipe 4 to it Clamping, to realize 4 level corrections, the upper end of fixed concave block 15 and activity concave block 17 is connected with cooling aluminum pipe 4, cold But the through-hole 12 in one end of aluminum pipe 4 and fixed column 11 is fixed, and the other end of cooling aluminum pipe 4 is sleeved and fixed in active fastening block 6 5 surface of limited post of side, it is upper solid by being equipped with upper mounted plate 3 in one end of rack 2 in the timing for carrying out cooling aluminum pipe 4 2 bottom of rack of 3 lower section of fixed board is equipped with bottom plate 8, and is locked using bolt 18 and nut 19 to it, in turn, In The side of upper mounted plate 3 is welded with the first straight-bar 7, and the clamping of active fastening block 6 is placed on the first straight-bar 7, by cooling aluminum pipe 4 One end is socketed on the limited post 5 of 6 inside of active fastening block, then the middle-end part of cooling aluminum pipe 4 is placed in fixed concave block 15 In the upper recess part of activity concave block 17, further according to the length requirement of cooling aluminum pipe 4, first substrate 10 is adjusted in guide rail It is slided on 1, until the other end grafting for cooling down aluminum pipe 4 is entered on first substrate 10 in fixed column 11 in side through hole 12, thus will The both ends of cooling aluminum pipe 4 are fixed locked, and in turn, according to the length of cooling aluminum pipe 4, adjustment the second substrate 14 is slided on guide rail 1, Until fixed concave block 15 and activity concave block 17 are located at the middle end position of cooling aluminum pipe 4, and to cool down the center pair of aluminum pipe 4 Claim, fixed to realize at 4 points, the deformed region of bending and the big product of offset is modified, to keep cooling aluminum pipe 4 Concentricity meet process data requirement, for the cooling aluminum pipe 4 of different length, it is only necessary to adjust first substrate 10 and second Position of the substrate 14 on guide rail 1 can correspond to the length of cooling aluminum pipe 4, to realize the change of the cooling aluminum pipe 4 of different length Shape correction, meets subsequent process requirements, realizes independent adjustment detection, 17 upper end of fixed concave block 15 and activity concave block it is recessed Slot part size is consistent, and is greater than the internal diameter of cooling aluminum pipe 4, and the internal diameter of limited post 5 is less than the internal diameter of cooling aluminum pipe 4, through-hole 12 Internal diameter be greater than the internal diameter of cooling aluminum pipe 4, when the internal diameter of cooling aluminum pipe 4 changes, due to active fastening block 6 and activity concave block 17 For activity clamping installation, it is only necessary to its dismounting and change and new 4 internal diameter of cooling aluminum pipe are matched, similarly, fixed concave Block 15 and fixed column 11 are fixed for screw 13, it is only necessary to which knockout screw 13 is replaced with and is matched with new 4 internal diameter of cooling aluminum pipe Fixed concave block 15 and fixed column 11, be just adapted to different inner diameters cooling aluminum pipe 4 correction use.

In use, the utility model is in the timing for carrying out cooling aluminum pipe 4, it is upper solid by being equipped in one end of rack 2 Fixed board 3,2 bottom of rack of 3 lower section of upper mounted plate is equipped with bottom plate 8, and is locked to it admittedly using bolt 18 and nut 19 It is fixed, in turn, it is welded with the first straight-bar 7 in the side of upper mounted plate 3, the clamping of active fastening block 6 is placed on the first straight-bar 7, it will One end of cooling aluminum pipe 4 is socketed on the limited post 5 of 6 inside of active fastening block, then the middle-end part of cooling aluminum pipe 4 is placed in admittedly In the upper recess part for determining concave block 15 and activity concave block 17, further according to the length requirement of cooling aluminum pipe 4, the first base is adjusted Plate 10 slides on guide rail 1, until the other end grafting for cooling down aluminum pipe 4 is entered on first substrate 10 side through hole 12 in fixed column 11 In, so that the both ends of cooling aluminum pipe 4 are fixed locked, in turn, according to the length of cooling aluminum pipe 4, adjustment the second substrate 14 is being led It is slided on rail 1, until fixed concave block 15 and activity concave block 17 are located at the middle end position of cooling aluminum pipe 4, and to cool down aluminium The central symmetry of pipe 4 is fixed to realize at 4 points, and the deformed region of bending and the big product of offset is modified, to protect The concentricity for holding cooling aluminum pipe 4 meets process data requirement, for the cooling aluminum pipe 4 of different length, it is only necessary to adjust first The position of substrate 10 and the second substrate 14 on guide rail 1 can correspond to the length of cooling aluminum pipe 4, to realize the cold of different length But the distortion correction of aluminum pipe 4, active fastening block 6, fixed column 11, fixed concave block 15 and activity concave block 17 are the same of sustained height Four correction fixed points on one horizontal line, the wherein groove part of 17 upper end of fixed concave block 15 and activity concave block, in Diameter is greater than the internal diameter of cooling aluminum pipe 4 and to its clamping, and similarly, the through-hole 12 of 11 inside of fixed column is also just greater than cooling aluminum pipe 4 internal diameter, to being fixed clamping on the outside of its end, and the limited post 5 of 6 inside of active fastening block is then less than cooling aluminum pipe 4 Internal diameter, grafting enters the inside of cooling aluminum pipe 4 to its clamping, so that 4 level corrections are realized, when the internal diameter of cooling aluminum pipe 4 changes When change, since active fastening block 6 and activity concave block 17 are activity clamping installation, it is only necessary to by its dismounting and change and new cooling aluminum pipe 4 internal diameters match, and similarly, fixed concave block 15 and fixed column 11 are fixed for screw 13, it is only necessary to knockout screw 13, by it It is replaced with the fixed concave block 15 to match with new 4 internal diameter of cooling aluminum pipe and fixed column 11, is just adapted to different inner diameters Cooling aluminum pipe 4 correct use.

It can to sum up obtain, the utility model passes through setting guide rail 1, first substrate 10, the second substrate 14, active fastening block 6, first Straight-bar 7, fixed concave block 15, activity concave block 17,11 structure of fixed column, solve can not adapt to different cooling tubes length and The problem of can not adapting to the cooling tube correction use of different inner diameters.

It should be noted that, in this document, relational terms such as first and second and the like are used merely to a reality Body or operation are distinguished with another entity or operation, are deposited without necessarily requiring or implying between these entities or operation In any actual relationship or order or sequence.Moreover, the terms "include", "comprise" or its any other variant are intended to Non-exclusive inclusion, so that the process, method, article or equipment including a series of elements is not only wanted including those Element, but also including other elements that are not explicitly listed, or further include for this process, method, article or equipment Intrinsic element.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (6)

1. large-scale cooling tube correction docking balancing device, including guide rail (1), rack (2), fixed column (11) and fixed concave block (15), it is characterised in that: be equipped with guide rail (1) above the rack (2), one end of the rack (2) is equipped with fixation The side of plate (3), fixed plate (3) is welded with the first straight-bar (7), is connected with above the first straight-bar (7) outer end Active fastening block (6) is equipped with first substrate (10) above the guide rail (1), passes through spiral shell above the first substrate (10) Nail (13) is equipped with fixed column (11), is equipped with the second substrate (14), institute above the guide rail (1) of first substrate (10) side The top for stating the second substrate (14) is equipped with fixed concave block (15) by screw (13), fixed concave block (15) side It is equipped with the second straight-bar (16) above the second substrate (14) by screw (13), the top clamping of the second straight-bar (16) outer end There are activity concave block (17).

2. large size cooling tube correction docking balancing device according to claim 1, it is characterised in that: fixed plate (3) rack (2) bottom below is equipped with bottom plate (8), passes through spiral shell between fixed plate (3) and bottom plate (8) Bolt (18) is fixedly connected with nut (19).

3. large size cooling tube correction docking balancing device according to claim 1, it is characterised in that: the rack (2) Bottom is equipped with supporting leg (9), is equipped with limited post (5) on the inside of active fastening block (6) upper end, the fixed column (11) Inside offers through-hole (12).

4. large size cooling tube correction docking balancing device according to claim 3, it is characterised in that: the fixed concave block (15) it is connected with cooling aluminum pipe (4) with the upper end of activity concave block (17), one end and fixed column (11) of the cooling aluminum pipe (4) Interior through-hole (12) is fixed, and the other end of the cooling aluminum pipe (4) is sleeved and fixed the limited post (5) on the inside of active fastening block (6) Surface.

5. large size cooling tube correction docking balancing device according to claim 1, it is characterised in that: the fixed concave block (15) consistent with the groove part size of activity concave block (17) upper end, and it is greater than the internal diameter of cooling aluminum pipe (4).

6. large size cooling tube correction docking balancing device according to claim 3, it is characterised in that: the limited post (5) Internal diameter be less than the internal diameter of cooling aluminum pipe (4), the internal diameter of the through-hole (12) is greater than the internal diameter of cooling aluminum pipe (4).