Multi-plate spliced screw mounting channel

Abstract

The application discloses a multi-plate spliced screw mounting channel which is composed of seven butt-jointed steel plates, characterized in that: a left straight plate (20) is vertically connected to the left end of a horizontal plate (40), a left end plate (10) is connected to the lower end of the left straight plate (20), a left inclined plate (30) is connected to the inner side of the left half of the horizontal plate (40) and the inner side of the lower half of the left straight plate (20), a right straight plate (60) is vertically connected to the right end of the horizontal plate (40), a right end plate (70) is connected to the lower end of the right straight plate (60), a right inclined plate (50) is connected to the inner side of the right half of the horizontal plate (40) and the inner side of the lower half of the right straight plate (60), and the left straight plate (20) and the right straight plate (60), the left inclined plate (30) and the right inclined plate (50), the left end plate (10) and the right end plate (70) are all left-right symmetrical with the center line of the horizontal plate (40). The multi-plate spliced screw mounting channel has the advantages of high installation and machining precision, low manufacturing cost and reliable strength.

Description

TECHNICAL FIELD

[0001] The present application relates to the field of oil extraction, and particularly to a multi-plate spliced screw installation channel. BACKGROUND

[0002] The existing hoist for repairing well pipes in oil extraction wells mostly drags a flexible steel wire rope by a power machine to lift the well pipe under the ground to the ground for repair or replacement. It should be pointed out here that the flexible steel wire rope is more suitable for upward lifting, and can only be lowered back to the position for the next lifting of the well pipe by means of the gravity of the tool assembly and overcoming a series of transmission resistances. In order to make it quickly fall back, a series of counterweights are generally configured, which also increases the energy consumption. In addition, the conveying capacity is low, the lifting height is limited, and in the long-term use process, it is difficult to run stably and reliably, and the hoist lifting components are prone to failure, causing the load to fall, which poses a certain safety hazard, and has some problems such as high maintenance frequency.

[0003] In order to solve the above technical problems, the applicant has adopted a screw lifter driving mechanism to replace the steel wire rope pulley combination structure, wherein the screw lifter driving mechanism has a key component, i.e. a screw installation channel. Previously, a long channel with a five-side folded edge and an open one side was formed by stamping and bending a thick steel plate in a mold. The advantage is high processing efficiency, and the disadvantage is that as the thickness of the steel plate increases, the machining difficulty and cost increase sharply. SUMMARY

[0004] In view of the above technical problems, the present application provides a multi-plate spliced screw installation channel, which has low machining difficulty and is easy to assemble and flexible, thereby solving the above problems.

[0005] The present application provides the following technical solutions: a multi-plate spliced screw installation channel is composed of seven butt-jointed steel plates, characterized in that: a left straight plate 20 is vertically connected to the left end of a horizontal plate 40, a left end plate 10 is connected to the lower end in the left straight plate 20, a left inclined plate 30 is connected to the inner side of the left half of the horizontal plate 40 and the inner side of the lower half of the left straight plate 20, a right straight plate 60 is vertically connected to the right end of the horizontal plate 40, a right end plate 70 is connected to the lower end in the right straight plate 60, a right inclined plate 50 is connected to the inner side of the right half of the horizontal plate 40 and the inner side of the lower half of the right straight plate 60, and the left straight plate 20, the right straight plate 60, the left inclined plate 30, the right inclined plate 50, the left end plate 10 and the right end plate 70 are all left-right symmetrical with the center line of the horizontal plate 40.

[0006] The obtuse angle between the horizontal plate 40 and the left inclined plate 30 is 120 degrees, the obtuse angle between the left straight plate 20 and the left end plate 10 is 150 degrees, and the obtuse angle between the left straight plate 20 and the left inclined plate 30 is 150 degrees.

[0007] Its characterized in that: on the left end plate 10, left inclined plate 30, horizontal plate 40, right inclined plate 50, right end plate 70, all are respectively set up equidistance, same diameter, vertical linear arrangement hole, the first hole of each column is a hole 11, b hole 31, c hole 41, d hole 51, e hole 71 respectively, and the circumferential spiral line type distribution.

[0008] Its characterized in that: left end plate 10, left inclined plate 30 horizontal plate 40, right inclined plate 50, right end plate 70 enclose a one side opening polygonal channel;A hole 11, b hole 31, c hole 41, d hole 51, e hole 71 are set up respectively in the inscribed circle of the cross section of left end plate 10, left inclined plate 30 horizontal plate 40, right inclined plate 50, right end plate 70 and polygonal channel.

[0009] Its characterized in that: the circumferential angle between a hole 11, b hole 31, c hole 41, d hole 51, e hole 71 two two adjacent holes is 60 degrees, and the smaller circumferential angle between a hole 11 and e hole 71 is 120 degrees.

[0010] Compared with the prior art, the present application has the following beneficial effects: high installation precision, easy processing and assembly, and reliable strength. BRIEF DESCRIPTION OF DRAWINGS

[0011] Figure 1 It is the front view of the present application; Figure 2 It is Figure 1 Right view; Figure 3 It is Figure 1 Top view; Figure 4 It is the schematic diagram after installing the upper roller 90 of the present application.

[0012] Part name and explanation in the drawing: 10. left end plate;20. left straight plate;30. left inclined plate;40. horizontal plate;50. right inclined plate;60. right straight plate;70. right end plate;80. straight guide rail;90. roller. Among them: the left and right in the name do not represent special meaning, it is with Figure 3 As a reference, it is convenient for expression. On the left end plate 10, left inclined plate 30, horizontal plate 40, right inclined plate 50, right end plate 70, only the uppermost one of the corresponding holes in each plate is named, that is: 11. a hole;31. b hole;41. c hole;51. d hole;71. e hole, they are all the same shape and size holes, and are separately named only for convenient expression. In order to make the drawing simple, each hole is also replaced by a simple drawing with a circle, and the depth line is omitted. DETAILED DESCRIPTION

[0013] Clearly, the described embodiments are only a part of the embodiments of the present application, and not all the embodiments. Based on the embodiments in the present application, all other embodiments obtained by a person of ordinary skill in the art without creative work fall within the protection scope of the present application.

[0014] Please refer to Figures 1-3 , the figure: the present application multi-plate splicing type screw installation channel, which is composed of seven pieces of butt joint steel plate: the left end of the horizontal plate 40 is vertically connected (vertical welding is referred to as straight plate, and the same applies hereafter for the sake of description) left straight plate 20, the lower end of the left straight plate 20 is connected with the left end plate 10, the left half of the inner side of the horizontal plate 40 (the horizontal plate is the main plate, and the others are welded on it) and the lower half of the inner side of the left straight plate 20 are connected with the left inclined plate 30, the right end of the horizontal plate 40 is vertically connected with the right straight plate 60, the lower end of the right straight plate 60 is connected with the right end plate 70, the right half of the inner side of the horizontal plate 40 and the lower half of the inner side of the right straight plate 60 are connected with the right inclined plate 50, and the left straight plate 20 and the right straight plate 60, the left inclined plate 30 and the right inclined plate 50, the left end plate 10 and the right end plate 70 are symmetrical to the left and right with the center line of the horizontal plate 40, that is, the same size and symmetrical welding angle.

[0015] When the horizontal plate 40 is welded with the left inclined plate 30, there will be two included angles, of which the obtuse angle is 120 degrees, and by analogy, the obtuse angle between the left straight plate 20 and the left end plate 10 on the inner side is 150 degrees, and the obtuse angle between the left straight plate 20 and the left inclined plate 30 is 150 degrees. Such welding angle and the above-mentioned symmetrical relationship ensure that each side of the polygon formed by welding around is: the left end plate 10, the left inclined plate 30, the horizontal plate 40, the right inclined plate 50, and the right end plate 70, which forms an open polygonal channel, and is tangent to the same circle. The holes are opened at the tangent points of the polygonal channel cross-section inscribed circle, and the corresponding first holes are: a hole 11, b hole 31, c hole 41, d hole 51, and e hole 71, which are respectively opened at the tangent points of the left end plate 10, the left inclined plate 30, the horizontal plate 40, the right inclined plate 50, and the right end plate 70 and the polygonal channel cross-section inscribed circle. The corresponding holes are: a hole 11, b hole 31, c hole 41, d hole 51, and e hole 71, and are distributed in a helical line on the left end plate 10, the left inclined plate 30, the horizontal plate 40, the right inclined plate 50, and the right end plate 70, respectively, and each has equidistant, same diameter, and vertical linear arrangement holes for installing Figure 4 the roller 90 shown in FIG. 6, and the roller 90 also forms a helical line arrangement. The axial included angle between the two adjacent holes of a hole 11, b hole 31, c hole 41, d hole 51, and e hole 71 is 60 degrees, and the axial included angle between a hole 11 and e hole 71 is 120 degrees.

[0016] Here, it needs to be explained that the application uses the situation and background, and the matching equipment parts, although not within the scope of the claims, is also for the convenience of understanding the related technology of the application.

[0017] The application is a polygonal slot, one side open to form a slot, each plate has a hole (installed), longitudinal (axial section) to form a column, transverse (radial section) to each layer is a spiral line type arrangement, when all the holes are installed with bearing rollers 90, they are still spiral line type arrangement, a diameter, pitch matching screw rod is rotated in the spiral line channel formed by the rollers 90, the motor is installed on the screw rod, the screw rod is fixed on the special "U" shaped mounting frame by the corresponding shaft seat, the "U" shaped mounting frame is driven to move up and down along the polygonal slot of the application due to the rotation of the screw rod, each group of limit sliding blocks on the inner side of the "U" shaped mounting frame are matched together to move up and down on the straight guide rail 80.

[0018] Although the embodiments of the application have been shown and described, it is to be understood that the application is not limited to these embodiments. It will be obvious to a person skilled in the art that various changes, modifications, replacements and variations can be made to these embodiments without departing from the principles and spirit of the application, and the scope of the application is defined by the appended claims and their equivalents.

Claims

1. A multi-plate spliced ​​screw mounting channel, consisting of seven butt-jointed steel plates, characterized in that: The left end of the horizontal plate (40) is connected perpendicularly to the left straight plate (20), the lower end of which is connected to the left end plate (10), and the left half of the inner side of the horizontal plate (40) and the lower half of the inner side of the left straight plate (20) are connected to the left inclined plate (30). The right end of the horizontal plate (40) is connected perpendicularly to the right straight plate (60), the lower end of which is connected to the right end plate (70), and the right half of the inner side of the horizontal plate (40) and the lower half of the inner side of the right straight plate (60) are connected to the right inclined plate (50). The left straight plate (20) and the right straight plate (60), the left inclined plate (30) and the right inclined plate (50), and the left end plate (10) and the right end plate (70) are all symmetrical about the center line of the horizontal plate (40). On the left end plate (10), the left inclined plate (30), the horizontal plate (40), the right inclined plate (50), and the right end plate (70), there are respectively arranged equidistantly and identically in diameter and axially linearly holes, the first holes of each column being respectively a hole (11), a hole (31), a hole (41), a hole (51), and a hole (71), and being distributed in a helical line in the circumferential direction. Rollers (90) are installed in the above holes and all the holes in the same column.

2. The multi-board spliced screw mounting channel according to claim 1, characterized by: The obtuse angle between the horizontal plate (40) and the left inclined plate (30) is 120 degrees, the obtuse angle between the left straight plate (20) and the left end plate (10) is 150 degrees, and the obtuse angle between the left straight plate (20) and the left inclined plate (30) is 150 degrees.

3. The multi-board spliced screw mounting channel according to claim 1 or 2, characterized by: The left end plate (10), the left inclined plate (30), the horizontal plate (40), the right inclined plate (50), and the right end plate (70) enclose a polygonal channel with one open side. The a hole (11), the b hole (31), the c hole (41), the d hole (51), and the e hole (71) are respectively arranged at the tangent points of the left end plate (10), the left inclined plate (30), the horizontal plate (40), the right inclined plate (50), and the right end plate (70) and the inscribed circle of the cross section of the polygonal channel.

4. The multi-board spliced screw mounting channel according to claim 1, characterized by: The circumferential included angle between the a hole (11) and the b hole (31), the b hole (31) and the c hole (41), the c hole (41) and the d hole (51), and the d hole (51) and the e hole (71) is 60 degrees, and the smaller circumferential included angle between the a hole (11) and the e hole (71) is 120 degrees.

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