CN212643724U

CN212643724U - Pipeline aligning bracket

Info

Publication number: CN212643724U
Application number: CN202021196324.4U
Authority: CN
Inventors: 王俊亚; 张进科; 田来雨; 况忠林; 张振龙; 张立
Original assignee: Pla 96785 Unit
Current assignee: Pla 96785 Unit
Priority date: 2020-06-24
Filing date: 2020-06-24
Publication date: 2021-03-02
Anticipated expiration: 2030-06-24

Abstract

A pipeline aligning bracket relates to a support frame, wherein a fixed sleeve A and a fixed sleeve B are coaxial, a half collar pipe B (2) and a half collar pipe D (8) are oppositely buckled to form a movable sleeve B and are arranged in a ring groove B, a half collar pipe A (1) and a half collar pipe C (7) are oppositely buckled to form a movable sleeve A and are arranged in the ring groove A, and a U-shaped connecting column (9) is arranged between the middle part of the half collar pipe C (7) and the middle part of the half collar pipe D (8); the utility model discloses a fix fixed cover A on the pipeline of having installed to cup joint movable sleeve A on fixed cover A, fix fixed cover B on treating the installation pipeline, and cup joint movable sleeve B on fixed cover B, set up between movable sleeve A and movable sleeve B and can wind pipeline pivoted "U" shape spliced pole, solved some places when welding installation welding seam because the difficult welded drawback of blockking of spliced pole.

Description

Pipeline aligning bracket

[ technical field ] A method for producing a semiconductor device

The utility model relates to a support frame especially relates to a pipeline is to mouthful bracket.

[ background of the invention ]

In building construction, installing water supply pipes is an essential engineering step. When installing water supply pipe, need face difficult problems such as water supply pipe system is many, the pipe diameter is big, when carrying out the main line and laying, the piping erection is many, the support interval differs, when mouth of pipe and support apart from too big, relies on the manpower very difficult to the installation of mouthful, and the low and great potential safety hazard that exists of efficiency of construction. In order to ensure the efficient and safe pipeline aligning installation, a standard, specialized and portable pipeline aligning bracket is developed to be put into installation and construction, and has certain economic benefit and practical significance for building construction.

[ summary of the invention ]

In order to overcome not enough in the background art, the utility model discloses a pipeline is to mouthful bracket, through fixing fixed cover A on the pipeline of having installed, and cup joint movable sleeve A on fixed cover A, fix fixed cover B on waiting to install the pipeline, and cup joint movable sleeve B on fixed cover B, set up between movable sleeve A and movable sleeve B and can wind pipeline pivoted "U" shape spliced pole, some places when having solved the welding installation welding seam are because the difficult welded drawback of blockking of spliced pole.

In order to realize the purpose, the utility model adopts the following technical scheme:

a pipeline aligning bracket comprises two half ring pipes A, two half ring pipes B, two half ring pipes C and two half ring pipes D, wherein arc-shaped through grooves A are respectively arranged in the middle of the outer edge surfaces of the two half ring pipes A, the two half ring pipes A are oppositely buckled to form a fixed sleeve A, the two arc-shaped through grooves A are connected end to form a ring groove A, the half ring pipes A and the half ring pipes C are oppositely buckled to form a movable sleeve A and are placed in the ring groove A, the movable sleeve A can rotate in the ring groove A, the two half ring pipes B are respectively arranged in the middle of the outer edge surfaces of the two half ring pipes B, the two half ring pipes B are oppositely buckled to form a fixed sleeve B, the two arc-shaped through grooves B are connected end to form a ring groove B, the half ring pipes B and the half ring pipes D are oppositely buckled to form a movable sleeve B and are placed in the ring groove B, half lantern ring pipe C and half lantern ring pipe D interval setting are equipped with "U" shape spliced pole between the middle part of half lantern ring pipe C and the middle part of half lantern ring pipe D, are equipped with the arc connecting rod respectively between the both ends of half lantern ring pipe C and the both ends of half lantern ring pipe D.

The pipeline butt-joint bracket is characterized in that two opposite sides of two ends of the semi-ring pipe A are respectively provided with a flanging E, four flanging Es are respectively provided with a through hole A, and four groups of through holes A are respectively communicated and respectively connected by a bolt C and a nut C after the two semi-ring pipes A are buckled.

The pipeline butt-joint bracket is characterized in that two opposite sides of two ends of a semi-ring pipe B are respectively provided with a flange F, four flanges F are respectively provided with through holes B, and four groups of through holes B are respectively communicated and respectively connected by a bolt D and a nut D after the two semi-ring pipes B are buckled.

The pipeline butt-joint bracket is characterized in that two ends of a half sleeve pipe A are respectively provided with a flanging A, two flanging As are respectively provided with a through hole A, two ends of the half sleeve pipe C are respectively provided with a flanging B, two flanging Bs are respectively provided with a through hole C, the two through holes A are respectively communicated with the two through holes C and are respectively connected with a bolt A and a nut A, two ends of the half sleeve pipe B are respectively provided with a flanging C, two flanging Cs are respectively provided with a through hole B, two ends of the half sleeve pipe D are respectively provided with a flanging D, two flanging Ds are respectively provided with a through hole D, and the two through holes B are respectively communicated with the two through holes D and are respectively connected with the bolt B and the nut B.

The pipeline butt-joint bracket is respectively provided with an arc connecting rod between the end parts of the two flanges B and the end parts of the two flanges D.

Since the technical scheme is used, the utility model discloses following beneficial effect has:

the pipeline aligning bracket of the utility model fixes the fixed sleeve A on the installed pipeline, sleeves the movable sleeve A on the fixed sleeve A, fixes the fixed sleeve B on the pipeline to be installed, sleeves the movable sleeve B on the fixed sleeve B, and arranges a U-shaped connecting column which can rotate around the pipeline between the movable sleeve A and the movable sleeve B, thereby solving the defect that the welding is difficult to weld due to the blocking of the connecting column when welding the installation welding line; the utility model has the characteristics of reasonable in design, convenient and practical, improvement work efficiency etc, have very strong spreading value, market prospect is wide.

[ description of the drawings ]

Fig. 1 is a schematic view of an assembly structure of the present invention;

FIG. 2 is a schematic structural view of the present invention;

fig. 3 is a schematic structural view of the half-collar pipe C and the half-collar pipe D of the present invention;

fig. 4 is a schematic view of the use structure of the present invention.

In the figure: 1. a half collar tube A; 2. a half collar tube B; 3. a semi-ring pipe A; 4. a semi-ring pipe B; 5. an arc-shaped through groove A; 6. an arc-shaped through groove B; 7. a half collar pipe C; 8. a half collar tube D; 9. a U-shaped connecting column; 10. an arc-shaped connecting rod; 11. flanging A; 12. flanging B; 13. flanging C; 14. flanging D; 15. e, flanging; 16. f, flanging; 17. a bolt A; 18. a bolt B; 19. a nut A; 20. a nut B; 21. a bolt C; 22. a bolt D; 23. a nut C; 24. a nut D; 25. punching a hole A; 26. punching a hole B; 27. c, perforation C; 28. punching a hole D; 29. an installed pipe; 30. a pipeline to be installed; 31. and installing the welding seam.

[ detailed description ] embodiments

The present invention will be explained in more detail by the following examples, which are not intended to limit the invention, and the purpose of disclosing the invention is to protect all the changes and improvements that come within the scope of the invention;

the pipeline aligning bracket described with reference to fig. 1-3 comprises two half-collar pipes a1, two half-collar pipes B2, two half-collar pipes A3, two half-collar pipes B4, two half-collar pipes C7 and two half-collar pipes D8, wherein two half-collar pipes A3 are provided, the middle parts of the outer edge surfaces of the two half-collar pipes A3 are respectively provided with an arc-shaped through groove A5, the two half-collar pipes A3 are oppositely buckled to form a fixed sleeve a, the two arc-shaped through grooves A5 are connected end to form a ring groove a, two opposite sides of two ends of the half-collar pipe A3 are respectively provided with flanges E15, four groups of through holes a25 are respectively penetrated and respectively connected by a bolt C21 and a nut C23 after the two half-collar pipes A3 are buckled, the half-collar pipe a1 and the half-collar pipe C7 are oppositely buckled to form a movable sleeve a and are placed in the ring groove a, the movable sleeve a can rotate in the ring groove a, the two half-collar pipes B4 are respectively provided with the middle parts of the outer edge surfaces of the arc, two arc through grooves B6 are connected end to form a ring groove B, two opposite sides of two ends of a half ring B4 are respectively provided with a flange F16, four flanges F16 are respectively provided with a through hole B26, four groups of through holes B26 are respectively penetrated and are respectively connected by a bolt D22 and a nut D24 after two half ring pipes B4 are buckled, a half ring pipe B2 and a half ring pipe D8 are oppositely buckled to form a movable sleeve B and are placed in the ring groove B, the movable sleeve B can rotate in the ring groove B, two ends of the half ring pipe A1 are respectively provided with a flange A11, two flanges A11 are respectively provided with a through hole A, two ends of the half ring pipe C7 are respectively provided with a flange B12, two flanges B12 are respectively provided with a through hole C27, two through holes A are respectively penetrated with two through holes C27 and are respectively connected by a bolt A36 17 and a nut A19, two ends of the half ring pipe B2 are respectively provided with a flange C2, two flanges B2, two through holes D28 are respectively arranged on the two flanges D14, two through holes B are respectively communicated with the two through holes D28 and are respectively connected with a bolt B18 and a screw cap B20, the fixed sleeve A and the fixed sleeve B are coaxial, the half sleeve pipe C7 and the half sleeve pipe D8 are arranged at intervals, a U-shaped connecting column 9 is arranged between the middle part of the half sleeve pipe C7 and the middle part of the half sleeve pipe D8, and arc-shaped connecting rods 10 are respectively arranged between the end parts of the two flanges B12 and the end parts of the two flanges D14.

The pipeline aligning bracket of the utility model is implemented, with reference to the attached drawing 4, when in use, the two half circular pipes A3 are buckled on the outside of the installed pipeline 29 and are connected by the bolt C21 and the nut C23 to form the fixed sleeve A, one end of the pipeline 30 to be installed is aligned with one end of the installed pipeline 29, the two half circular pipes B4 are buckled on the outside of the pipeline 30 to be installed according to the length distance of the U-shaped connecting column 9 and are connected by the bolt B18 and the nut B20 to form the fixed sleeve B, the half circular pipe C7 and the half circular pipe A1 are buckled and arranged in the ring groove A arranged on the fixed sleeve A and are connected by the bolt A17 and the nut A19 to form the movable sleeve A, the half circular pipe D8 and the half circular pipe B2 are buckled and arranged in the ring groove B arranged on the fixed sleeve B and are connected by the bolt B18 and the nut B20 to form the movable sleeve B, the fixed sleeve A and the fixed sleeve B are coaxial, the U-shaped connecting column 9 and the two arc-shaped connecting rods 10 which are connected between the movable sleeve A and the movable sleeve B can also rotate along the axes of the fixed sleeve A and the fixed sleeve B, when the installed pipeline 29 and the installation welding line 31 at the joint of the pipeline 30 to be installed are welded, the arc-shaped connecting rods 10 can be held as required to move the positions of the U-shaped connecting columns 9 and the arc-shaped connecting rods 10, and the defect that welding is difficult to weld due to the blocking of the connecting columns in some places during welding of the installation welding line is overcome.

The part of the utility model not detailed is prior art.

Claims

1. The utility model provides a pipeline is to mouthful bracket which characterized by: comprises two half ring pipes A (1), two half ring pipes B (2), two half ring pipes A (3), two half ring pipes B (4), two half ring pipes C (7) and two half ring pipes D (8), wherein the middle parts of the outer edge surfaces of the two half ring pipes A (3) are respectively provided with an arc-shaped through groove A (5), the two half ring pipes A (3) are oppositely buckled to form a fixed sleeve A, the two arc-shaped through grooves A (5) are connected end to form a ring groove A, the half ring pipe A (1) and the half ring pipe C (7) are oppositely buckled to form a movable sleeve A and are placed in the ring groove A, the movable sleeve A can rotate in the ring groove A, the two half ring pipes B (4) are respectively provided with an arc-shaped through groove B (6) in the middle parts of the outer edge surfaces of the two half ring pipes B (4), the ring pipes B (4) are oppositely buckled to form a fixed sleeve B, the two arc-shaped through grooves, half set of ring pipe B (2) and half set of ring pipe D (8) relative lock form movable sleeve B and place in annular B, movable sleeve B can be at annular B internal rotation, fixed cover A is coaxial with fixed cover B, half set of ring pipe C (7) and half set of ring pipe D (8) interval setting, be equipped with "U" shape spliced pole (9) between the middle part of half set of ring pipe C (7) and the middle part of half set of ring pipe D (8), be equipped with arc connecting rod (10) between the both ends of half set of ring pipe C (7) and the both ends of half set of ring pipe D (8) respectively.

2. The pipe aligning bracket of claim 1, wherein: two opposite sides of two ends of the semi-ring pipe A (3) are respectively provided with a flanging E (15), four flanging Es (15) are respectively provided with a through hole A (25), and four groups of through holes A (25) are respectively communicated and are respectively connected by a bolt C (21) and a nut C (23) after the two half ring pipes A (3) are buckled.

3. The pipe aligning bracket of claim 1, wherein: flanges F (16) are respectively arranged on two opposite sides of two ends of the half ring pipe B (4), through holes B (26) are respectively arranged on the four flanges F (16), and the four groups of through holes B (26) are respectively communicated and are respectively connected by bolts D (22) and nuts D (24) after the two half ring pipes B (4) are buckled.

4. The pipe aligning bracket of claim 1, wherein: flanges A (11) are respectively arranged at two ends of a half sleeve ring pipe A (1), through holes A are respectively arranged on the two flanges A (11), flanges B (12) are respectively arranged at two ends of a half sleeve ring pipe C (7), through holes C (27) are respectively arranged on the two flanges B (12), the two through holes A are respectively communicated with the two through holes C (27) and are respectively connected with a bolt A (17) and a nut A (19), flanges C (13) are respectively arranged at two ends of a half sleeve ring pipe B (2), through holes B are respectively arranged on the two flanges C (13), flanges D (14) are respectively arranged at two ends of a half sleeve ring pipe D (8), through holes D (28) are respectively arranged on the two flanges D (14), and the two through holes B are respectively communicated with the two through holes D (28) and are respectively connected with a bolt B (18) and a nut B (20).

5. The pipe aligning bracket of claim 4, wherein: arc-shaped connecting rods (10) are respectively arranged between the end parts of the two turned edges B (12) and the end parts of the two turned edges D (14).