阅读说明：本技术 一种井罐对位工装 (Well jar counterpoint frock ) 是由 卓本育 于 2020-11-30 设计创作，主要内容包括：本发明提供一种井罐对位工装,包括捞罐器,其包括一根金属棒、两根木棒和一个活扣细钢丝圈,所述金属棒垂直设置,且金属棒的上端连接一提拉绳,该提拉绳的自由端延伸至井外,两木棒分立于金属棒的两侧,且三者通过一水平设置的活动螺丝串接在一起,两木棒均能够以活动螺丝为中心轴自由转动；两木棒的长度均略长于所述井罐的内径；所述活扣细钢丝圈环套在金属棒的上端,且两木棒的上端也同时插设在该活扣细钢丝圈内,其中一根木棒的下端一侧壁上连接一捞罐钢丝绳、另一木棒的下端对称侧壁上连接另一捞罐钢丝绳,该两捞罐钢丝绳等长,且两捞罐钢丝绳的上端伸出井外,木棒的上端插设在活扣细钢丝圈时捞罐钢丝绳放松放置。(The invention provides a well tank aligning tool, which comprises a tank fishing device, wherein the tank fishing device comprises a metal bar, two wood bars and a slipknot thin steel wire ring, the metal bar is vertically arranged, the upper end of the metal bar is connected with a lifting rope, the free end of the lifting rope extends out of a well, the two wood bars are respectively arranged on two sides of the metal bar in a standing manner, the metal bar, the lifting rope and the metal bar are connected in series through a horizontally arranged movable screw, and the two wood bars can freely rotate by taking the movable screw as a central shaft; the length of each wood rod is slightly longer than the inner diameter of the well tank; the slipknot thin steel wire ring is sleeved at the upper end of the metal rod, the upper ends of the two wood rods are also inserted into the slipknot thin steel wire ring, one fishing tank steel wire rope is connected to one side wall of the lower end of one wood rod, the other fishing tank steel wire rope is connected to the symmetrical side wall of the lower end of the other wood rod, the two fishing tank steel wire ropes are equal in length, the upper ends of the two fishing tank steel wire ropes extend out of the well, and the fishing tank steel wire ropes are placed in a loosening manner when the upper ends of the wood rods are inserted into the slipknot thin steel wire ring.)

1. A well tank alignment tool is characterized by comprising a support frame erected right above a deep well, a first pulley and a second pulley which are installed on the support frame, and a tank fishing device hung in the deep well, wherein the tank fishing device comprises a metal rod, two wood rods and a slipknot thin steel wire ring, the metal rod is vertically arranged, the upper end of the metal rod is connected with a lifting rope, the lifting rope upwards rounds the first pulley, the free end of the lifting rope extends to the outer side of the deep well, the middle part of the metal rod is horizontally provided with a shaft hole, the two wood rods are symmetrically erected on two sides of the metal rod, and the middle positions of the two wood rods are also horizontally provided with hinge holes; a movable screw horizontally passes through the hinge hole of one wood bar, the shaft hole of the metal bar and the hinge hole of the other wood bar in sequence, and a limit nut is arranged at the tail end of the movable screw; the length of each wood rod is slightly longer than the inner diameter of the well tank; the slipknot thin steel wire ring is sleeved at the upper end of the metal rod, the upper ends of the two wood rods are also inserted into the slipknot thin steel wire ring, one fishing tank steel wire rope is connected to one side wall of the lower end of one wood rod, the other fishing tank steel wire rope is connected to the symmetrical side wall of the lower end of the other wood rod, the two fishing tank steel wire ropes are equal in length, the upper ends of the two fishing tank steel wire ropes are wound into one steel wire rope and upwards wind around a second pulley and then are connected with a winch positioned outside the deep well, and the fishing tank steel wire ropes are loosened and placed when the upper ends of the wood rods are inserted into the slipknot thin steel wire ring.

2. The well tank alignment tool according to claim 1, wherein the lifting rope is a steel wire rope.

Technical Field

The invention relates to the field of well drilling equipment, in particular to a well tank alignment tool.

Background

When the well is dug manually, a deep well is drilled on the ground by a well drilling machine, then the prepared well tank is placed on a well tank chassis and is hung by four steel wire ropes, and the well tank chassis are put into the well one by one. Sometimes, some of the canisters may slide down the bottom of the well or get stuck at the waist of the well due to the slipping and twisting of the steel wire rope. If the sliding well tank is not fished out and put down again, the upper well tank and the lower well tank are not connected, so that the mud sand is put into the well to block the tank guide, and a waste well is formed.

Disclosure of Invention

The invention aims to provide a well tank alignment tool which can be transversely clamped in a well tank body when being unfolded, can be pulled upwards to salvage well tanks accidentally falling off, is convenient to lower the tanks again, avoids waste of the well tanks and formation of waste wells, and is simple in structure, easy to manufacture and convenient to carry.

A well tank alignment tool comprises a support frame erected right above a deep well, a first pulley and a second pulley which are installed on the support frame, and a tank fishing device hung in the deep well, wherein the tank fishing device comprises a metal rod, two wood rods and a slipknot thin steel wire ring, the metal rod is vertically arranged, the upper end of the metal rod is connected with a lifting rope, the lifting rope upwards rounds the first pulley, the free end of the lifting rope extends to the outer side of the deep well, the middle part of the metal rod is horizontally provided with a shaft hole, the two wood rods are symmetrically arranged on two sides of the metal rod, and hinge holes are also horizontally formed in the middle positions of the two wood rods; a movable screw horizontally passes through the hinge hole of one wood bar, the shaft hole of the metal bar and the hinge hole of the other wood bar in sequence, and a limit nut is arranged at the tail end of the movable screw; the length of each wood rod is slightly longer than the inner diameter of the well tank; the slipknot thin steel wire ring is sleeved at the upper end of the metal rod, the upper ends of the two wood rods are also inserted into the slipknot thin steel wire ring, one fishing tank steel wire rope is connected to one side wall of the lower end of one wood rod, the other fishing tank steel wire rope is connected to the symmetrical side wall of the lower end of the other wood rod, the two fishing tank steel wire ropes are equal in length, the upper ends of the two fishing tank steel wire ropes are wound into one steel wire rope and upwards wind around a second pulley and then are connected with a winch positioned outside the deep well, and the fishing tank steel wire ropes are loosened and placed when the upper ends of the wood rods are inserted into the slipknot thin steel wire ring.

When the fishing pot device moves downwards into a well to be fished in a deep well, the steel wire rope of the fishing pot is lifted upwards to fish the pot, at the moment, the two wood bars rotate in opposite directions by taking the movable screw as a central shaft, the upper ends of the two wood bars are separated, the distance is increased continuously, and the slipknot thin steel wire ring bundled at the upper ends of the two wood bars is propped open; the two wood bars are tightly and transversely clamped in the well tank; continue to upwards to move and drag for a jar wire rope, just can drag for a jar ware even the area and wait to drag for well jar and salvage together, be convenient for lower jar again, avoid extravagant well jar and formation useless well, simultaneously, it is big to carry the dynamics of drawing, efficient to, this frock simple structure, easy preparation, also portable.

Preferably, the lifting rope is a steel wire rope, so that the pressure bearing is large, and the lifting rope is firm and durable.

Drawings

FIG. 1 is a side view of the canister scooper of the present invention as it moves downward;

FIG. 2 is a side view structural diagram of the can scooper of the present invention when moving upward;

FIG. 3 is a top view of the wooden stick of the present invention in a horizontal position inside the well;

FIG. 4 is a schematic view showing an assembled structure of a metal bar and a wood bar according to the present invention, wherein the metal bar and the wood bar have cross-sectional structures;

FIG. 5 is a perspective view of the well-tank aligning tool of the present invention when the well-tank aligning tool is moved upwards to catch the tank.

Detailed Description

Embodiments of the present invention will now be described in detail with reference to the accompanying drawings:

with reference to fig. 1 to 5, a well and tank alignment tool comprises a support frame 2 erected right above a deep well 1, a first pulley 3 and a second pulley 4 mounted on the support frame 2, and a tank scooping device 5 suspended in the deep well 1, wherein the tank scooping device 5 comprises a metal bar 51, two wood bars 52 and a slipknot thin steel wire ring 53, the metal bar 51 is vertically arranged, the upper end of the metal bar 51 is connected with a lifting rope 54, the lifting rope 54 upwards winds around the first pulley 3, the free end of the lifting rope extends to the outer side of the deep well 1, the middle of the metal bar 51 is horizontally provided with a shaft hole 510, the two wood bars 52 are symmetrically arranged on two sides of the metal bar 51, and the middle positions of the two wood bars 52 are also horizontally provided with hinge holes 520; a movable screw 55 horizontally passes through the hinge hole 520 of one of the wood bars 52, the shaft hole 510 of the metal bar 51 and the hinge hole 520 of the other wood bar 52 in sequence, and the tail end of the movable screw is provided with a limit nut 56, and the two wood bars 52 can freely rotate by taking the movable screw 55 as a central shaft; the length of each wood rod 52 is slightly longer than the inner diameter of the well tank 6; the slipknot thin steel wire ring 53 is sleeved at the upper end of the metal rod 51 in a sleeving manner, the upper ends of the two wood rods 52 are also inserted into the slipknot thin steel wire ring 53, one side wall of the lower end of one wood rod 52 is connected with a fishing tank steel wire rope 57, the symmetrical side wall of the lower end of the other wood rod 52 is connected with the other fishing tank steel wire rope 57, the two fishing tank steel wire ropes 57 are equal in length, the upper ends of the two fishing tank steel wire ropes 57 are wound into a strand of steel wire rope and upwards wound around the second pulley 4 to be connected with the winch 7 positioned outside the deep well 1, and the fishing tank steel wire rope 57 is placed in a loosening manner when the upper end of the wood rod 52 is inserted into the slipknot thin steel.

When the deep well fishing device works, the lifting rope is controlled to enable the deep well fishing device to move downwards in the deep well 1, and the steel wire rope 57 of the deep well fishing device is placed in a loosening mode all the time in the process of moving downwards; when the fishing pot device moves downwards into the well pot 6 to be fished in the deep well 1, the steel wire rope of the fishing pot is lifted upwards to fish the pot, at the moment, the two wood rods 52 rotate in opposite directions by taking the movable screw 55 as a central shaft, the upper ends of the two wood rods 52 are separated, and the distance is continuously increased, so that the loose-thread thin steel wire ring 53 bundled at the upper ends of the two wood rods 52 is propped open; the two wooden rods 52 are tightly and transversely clamped in the well tank 6; continue to upwards to move and drag for a jar wire rope 57, just can drag for jar ware 5 and wait to drag for well jar 6 and fish out together, be convenient for lower jar again, avoid extravagant well jar 6 and form the useless well, simultaneously, it is big to carry the dynamics of pulling, efficient to, this frock simple structure, easy preparation, also portable.

Preferably, the lifting rope 54 is a steel wire rope, so that the bearing pressure is high, and the steel wire rope is firm and durable.

The free end of the lifting rope 54 of the present invention may be manually held or may be connected to another winch located outside the deep well 1. The metal rod 51 and the wood rod 52 of the present invention may be square columns, rectangular columns or circular columns.