CN110593261A - Vertically supporting pile vertical adjustment platform and construction method - Google Patents

Abstract

In order to solve the problems that the vertical adjustment device for vertical supporting piles in the prior art is difficult to use and the precision is difficult to control when adjusting the vertical supporting piles, the present invention provides a vertical adjustment platform for vertical supporting piles and a construction method. The vertical adjustment platform for vertical supporting piles of the present invention controls the verticality posture of the vertical supporting piles by controlling the vertical center of the vertical supporting piles. In the process of adjusting the verticality of the vertical supporting piles, the required power is only needed to overcome the friction between the pile clamp and the sliding platform. It is simple to use and easy to control the precision, which solves the problems that the vertical adjustment device for vertical supporting piles in the prior art is difficult to use and the precision is difficult to control when adjusting the vertical supporting piles.

Description

Vertically supporting pile vertical adjustment platform and construction method

technical field

The invention belongs to the technical field of upside-down construction in building construction, and in particular relates to a vertically supporting pile vertical adjustment platform and a construction method.

Background technique

As the core component of the inversion system, the vertical support pile is the core element to ensure the quality and safety of the inversion method in engineering construction, and its vertical accuracy requirement determines the depth and height of the inversion technology.

At present, the commonly used vertical adjustment systems are the vertical adjustment system based on the mechanical principle, the vertical adjustment system by the vertical adjustment plate method, the vertical adjustment system by the vertical adjustment mechanism method under the hole, and the hydraulic vertical adjustment system based on the hydraulic system. . The source of its mechanical external force comes from manpower, hydraulic cylinders, electric cylinders and other components.

Due to the huge volume of the vertical support pile, when using mechanical external force to correct it, the external force required is very large, which will make the mechanical structure larger, which will greatly affect the on-site installation and process operation, and increase the difficulty of use . At the same time, such an adjustment method makes it difficult to control the accuracy of the device.

In addition, due to the lack of an overall position correction function, the existing devices can only correct the verticality of the vertical support piles. However, it lacks the function of correcting its geodetic coordinate position after completing its verticality correction. The geodetic coordinates that lead to the vertical support piles are usually offset during the construction process.

Contents of the invention

In order to solve the problems that the vertical supporting pile vertical adjustment device in the prior art is difficult to use and the accuracy is difficult to control when adjusting the vertical vertical supporting pile, the present invention provides a vertical supporting pile vertical adjustment platform and construction method.

The technical scheme of a vertically supporting pile vertical adjustment platform of the present invention is as follows:

A vertically supporting pile vertical adjustment platform, characterized in that it includes an adjustable base, a spherical sliding table arranged on the upper part of the adjustable base and the upper surface is a concave spherical surface, resting on the upper part of the spherical sliding table and the lower surface and the spherical sliding table The upper surface of the matching sliding platform, and the pile clamp resting on the upper part of the sliding platform; the middle part of the adjustable base, the spherical slide table, the sliding platform, and the pile clamp is provided with a hole for the vertical support pile to pass through.

A vertical support pile vertical adjustment platform of the present invention, when in use, the vertical support pile passes through the vertical support pile vertical adjustment platform arranged above the pile hole and then inserted into the pile hole, and makes its center of gravity lower than the vertical Vertically adjust the platform to the supporting piles. The vertical support piles are fixedly connected with the pile clamps, and rest on the sliding platform through the pile clamps. Since the direction of the gravity of the object is vertically downward, the vertical support pile will drive the sliding platform to slide on the upper surface of the spherical slide table under the influence of gravity, and gradually tend to be stable. At this time, if the vertical support piles have not reached the vertical state, the verticality of the vertical support piles can be adjusted only by fine-tuning the position of the pile clamps relative to the sliding platform.

The vertically supporting pile vertical adjustment platform of the present invention realizes the control of the verticality posture of the vertical supporting pile by controlling the orthocenter of the vertical supporting pile. In the process of adjusting the verticality of the vertical support pile, the required power only needs to overcome the friction between the pile clamp and the sliding platform, which is simple to use and easy to control the accuracy, and solves the problem of vertical support piles in the prior art When the column vertical adjustment device vertically supports the vertical support pile, it is difficult to use and the accuracy is difficult to control.

Further, in the vertical support pile vertical adjustment platform, the adjustable base includes a base frame, and several adjustable legs arranged around the base frame. The adjustable outrigger adjusts the vertical support pile vertical adjustment platform to a horizontal state, which is more conducive to the adjustment of the verticality of the vertical support pile later.

Further, in the vertical support pile vertical adjustment platform, the base frame is triangular, and the adjustable legs are arranged at the three apex ends of the base frame, and the adjustable legs are hydraulic Adjustable legs. Setting the base frame body as a triangle can make the vertical support pile vertical adjustment platform more stable when installed.

Further, in the vertical support pile vertical adjustment platform, the pile clamp includes an annular bottom plate, and several lug plates surrounding the annular bottom plate and arranged at intervals. The pile clamp can be fixedly connected to the vertical support pile by bolts passing through the ear plate.

Further, in the vertical support pile vertical adjustment platform, the sliding platform includes a first sliding platform and a second sliding platform resting on the lower part of the first sliding platform, the first sliding platform, the side of the second sliding platform Fixture position adjustment mechanisms are provided respectively, the fixture position adjustment mechanism of the first sliding platform is used to adjust the relative position between the pile clamp and the first sliding platform, the fixture position adjustment mechanism of the second sliding platform is used to adjust the first sliding platform and the relative position between the first sliding platform In the relative position between the second sliding platforms, the movement directions of the pile clamp and the first sliding platform are perpendicular to each other. The clamp position adjustment mechanism can make the adjustment of the relative position between the pile clamp and the sliding platform more convenient and improve the construction efficiency.

Further, in the vertical support pile vertical adjustment platform, the clamp position adjustment mechanism includes a slot, a screw rod, a fixing buckle, and an adjusting bolt, the fixing buckle is arranged in the slot, and the fixing buckle The top is higher than the slot, and one end of the screw is connected to the side of the fixing buckle in the slot, and the other end is connected to the adjusting bolt, and the fixing buckle moves in the slot along the axial direction of the screw with the rotation of the screw;

The pile clamp is provided with an opening, and the top of the fixing buckle of the clamp position adjustment mechanism of the first sliding platform is arranged in the opening of the pile clamp;

The first sliding platform is provided with an opening, and the top of the fixing buckle of the clamp position adjustment mechanism of the second sliding platform is arranged in the opening of the first sliding platform.

Turning the adjusting bolt can drive the screw mandrel, and the screw mandrel will drive the fixing buckle to move in the slot. At this time, since the fixing buckle is arranged in the opening, the fixing buckle can drive the pile clamp or the first sliding platform to move, thus playing the role of adjusting the position of the vertical support pile.

Further, the vertical support pile vertical adjustment platform also includes a fixed coordinate adjustment structure, which is used to adjust the relative position between the adjustable base and the spherical slide table. Accurately adjust the vertical support piles to the geodetic coordinates of the design installation center.

Further, in the vertically supporting pile vertical adjustment platform, specifically, the fixed coordinate adjustment structure is arranged between the adjustable base and the spherical slide table, including a horizontal adjustment platform, and a vertical adjustment mechanism arranged on the upper part of the horizontal adjustment platform. The platform, the middle part of the horizontal adjustment platform and the longitudinal adjustment platform is provided with a hole for the vertical support pile to pass through, and the lateral adjustment platform and the longitudinal adjustment platform are respectively provided with fixed coordinate adjusters, and the two fixed coordinate adjusters drive the horizontal adjustment respectively. The movement directions of the platform and the longitudinal adjustment platform, and the horizontal adjustment platform and the longitudinal adjustment platform are perpendicular to each other.

Further, in the vertical support pile vertical adjustment platform, specifically, the fixed coordinate adjuster includes a chassis, a motor arranged on the chassis, and an ear plate arranged at the front end of the motor;

The chassis of the fixed coordinate adjuster arranged on the side of the horizontal adjustment platform is fixed on the horizontal adjustment platform, and the ear plate is fixed on the side of the vertical adjustment platform.

The chassis of the fixed coordinate adjuster arranged on the side of the longitudinal adjustment platform is fixed on the longitudinal adjustment platform, and the ear plate is fixed on the side of the spherical slide table.

Turning on the two motors can respectively adjust the positions of the horizontal adjustment platform and the longitudinal adjustment platform, thereby adjusting the installation position of the vertical support pile.

Further, the vertical support pile vertical adjustment platform also includes an inclination sensor for measuring the verticality of the vertical support pile.

The present invention provides a method for using the above-mentioned vertically supporting pile vertical adjustment platform.

The technical scheme of the use method of the vertical support pile vertical adjustment platform of the present invention comprises the following steps:

In the first step, the vertical support pile vertical adjustment platform is arranged on the ground above the pile hole;

In the second step, pile clamps are arranged outside the vertical support pile;

The third step is to insert the vertical support pile through the vertical support pile vertical adjustment platform and insert the pile hole, and make its center of gravity lower than the vertical support pile vertical adjustment platform, and wait for the vertical support pile to adjust to a stable posture Location;

The fourth step is to adjust the verticality of the vertical supporting pile by adjusting the position of the pile clamp relative to the sliding platform.

The use method of the vertical support pile vertical adjustment platform of the present invention, when in use, the vertical support pile passes through the vertical support pile vertical adjustment platform arranged above the pile hole and is inserted into the pile hole, and its center of gravity is lower than The vertical support pile vertical adjustment platform. The vertical support piles are fixedly connected with the pile clamps, and rest on the sliding platform through the pile clamps. Since the direction of the gravity of the object is vertically downward, the vertical support pile will drive the sliding platform to slide on the upper surface of the spherical slide table under the influence of gravity, and gradually tend to be stable. At this time, if the vertical support piles have not reached the vertical state, the verticality of the vertical support piles can be adjusted only by fine-tuning the position of the pile clamps relative to the sliding platform.

The use method of the vertical support pile vertical adjustment platform of the present invention realizes the control of the verticality posture of the vertical support pile by controlling the orthocenter of the vertical support pile. In the process of adjusting the verticality of the vertical support pile, the required power only needs to overcome the friction between the pile clamp and the sliding platform, which is simple to use and easy to control the accuracy, and solves the problem of vertical support piles in the prior art When the column vertical adjustment device vertically supports the vertical support pile, it is difficult to use and the accuracy is difficult to control.

Further, in the method of using the vertical support pile vertical adjustment platform, the adjustable base includes several adjustable legs, and in the first step, the vertical support pile vertical adjustment platform is adjusted to the level through the adjustable legs state. The adjustable outrigger adjusts the vertical support pile vertical adjustment platform to a horizontal state, which is more conducive to the adjustment of the verticality of the vertical support pile later.

Further, the method for using the vertical support pile vertical adjustment platform also includes the fifth step:

The vertical support pile vertical adjustment platform also includes a fixed coordinate adjustment structure, and the relative position between the adjustable base and the spherical sliding table is adjusted through the fixed coordinate adjustment structure, so as to realize the adjustment of the position of the vertical support pile.

The fixed coordinate adjustment structure can adjust the relative position between the adjustable base and the spherical sliding table, so as to realize the adjustment of the position of the vertical support pile. The fixed coordinate adjustment structure realizes the correction function of the geodetic coordinate position of the vertical support pile, solves the problem that the geodetic coordinate of the vertical support pile usually has a deviation phenomenon during the construction process, and improves the construction accuracy.

Description of drawings

Fig. 1 is the schematic diagram of a kind of vertical supporting pile vertical adjustment platform of the present invention;

Fig. 2 is a top view of a vertically supporting pile vertical adjustment platform of the present invention;

Fig. 3 is a cross-sectional view of a vertically supporting pile vertical adjustment platform of the present invention;

Fig. 4 is a schematic diagram of a clamp position adjustment mechanism of a vertical support pile vertical adjustment platform of the present invention;

Fig. 5 is a top view of a clamp position adjustment mechanism for a vertical support pile vertical adjustment platform of the present invention;

Fig. 6 is a schematic diagram of a fixed coordinate adjuster for vertically supporting the vertical adjustment platform of piles according to the present invention.

Detailed ways

The present invention will be described in further detail below in conjunction with the accompanying drawings and specific embodiments. Advantages and features of the present invention will be apparent from the following description and claims. It should be noted that all the drawings are in a very simplified form and use imprecise scales, and are only used to facilitate and clearly assist the purpose of illustrating the embodiments of the present invention.

Example 1:

Referring to Fig. 1 to Fig. 6, a vertically supporting pile vertical adjustment platform is characterized in that it includes an adjustable base 1, a spherical slide table 2 arranged on the upper part of the adjustable base 1 and the upper surface is a concave spherical surface, resting on the spherical surface The upper part of the sliding table 2 and the sliding platform 3 whose lower surface matches the upper surface of the spherical sliding table 2, and the pile clamp 4 resting on the upper part of the sliding platform 3; the adjustable base 1, the spherical sliding table 2, and the sliding platform 3 , The middle part of the pile clamp 4 is provided with a hole for the vertical support pile 5 to pass through.

The vertical support pile vertical adjustment platform of this embodiment, when in use, the vertical support pile 5 passes through the vertical support pile vertical adjustment platform arranged above the pile hole and is inserted into the pile hole, and the center of gravity is lowered. It is used to vertically support the vertical adjustment platform of the pile column. The vertical support piles 5 are fixedly connected with the pile clamps 4 and rest on the sliding platform 3 through the pile clamps 4 . Since the direction of the gravity of the object is vertically downward, the vertical support pile 5 will drive the sliding platform 3 to slide in the upper surface of the spherical slide 2 under the influence of gravity, and gradually become stable. At this time, if the vertical support pile 5 has not reached the vertical state, the verticality of the vertical support pile 5 can be adjusted only by fine-tuning the position of the pile clamp 4 relative to the sliding platform 3 .

A vertically supporting pile vertical adjustment platform in this embodiment controls the verticality attitude of the vertical supporting pile 5 by controlling the vertical center of the vertical supporting pile 5 . In the process of adjusting the verticality of the vertical support pile 5, the required power only needs to overcome the friction between the pile clamp 4 and the sliding platform 3, which is simple to use and easy to control the accuracy, and solves the problem of the prior art. The vertical adjustment device for supporting piles has problems such as difficulty in use and difficult control of precision when vertically adjusting vertical supporting piles 5 .

As a preferred embodiment, in the vertical support pile vertical adjustment platform, the adjustable base 1 includes a base frame body 1a, and several adjustable legs 1b arranged around the base frame body 1a. The adjustable leg 1b adjusts the vertical support pile vertical adjustment platform to a horizontal state, which is more conducive to the adjustment of the verticality of the vertical support pile 5 afterwards.

As a preferred embodiment, in the vertical support pile vertical adjustment platform, the base frame body 1a is triangular, and the adjustable legs 1b are arranged at the three apex ends of the base frame body 1a. The adjustable outrigger 1b is a hydraulic adjustable outrigger. Setting the base frame body 1a as a triangle can make the vertical support pile vertical adjustment platform more stable when installed.

As a preferred embodiment, in the vertical support pile vertical adjustment platform, the pile clamp 4 includes an annular bottom plate 4a, and several ear plates 4b arranged at intervals around the annular bottom plate 4a. The pile clamp 4 can be fixedly connected with the vertical supporting pile 5 by bolts passing through the ear plate 4b.

As a preferred embodiment, in the vertical support pile vertical adjustment platform, the sliding platform 3 includes a first sliding platform 3a and a second sliding platform 3b resting on the lower part of the first sliding platform 3a, the first sliding platform Platform 3a, second slide platform 3b side parts are respectively provided with clamp position adjustment mechanism 3c, the clamp position adjustment mechanism 3c of the first slide platform 3a is used for adjusting the relative position between pile clamp 4 and the first slide platform 3a, the second The clamp position adjustment mechanism 3c of the sliding platform 3b is used to adjust the relative position between the first sliding platform 3a and the second sliding platform 3b, and the movement directions of the pile clamp 4 and the first sliding platform 3a are perpendicular to each other. The clamp position adjustment mechanism 3c can make the adjustment of the relative position between the pile clamp 4 and the sliding platform 3 more convenient, and improve the construction efficiency.

As a preferred embodiment, in the vertical support pile vertical adjustment platform, the clamp position adjustment mechanism 3c includes a card slot 3c1, a screw rod 3c2, a fixing buckle 3c3, and an adjusting bolt 3c4, and the fixing buckle 3c3 is set In the slot 3c1, the top of the fixing buckle 3c3 is higher than the slot 3c1, one end of the screw rod 3c2 is connected to the side of the fixing buckle 3c3 in the slot 3c1, and the other end is connected to the adjusting bolt 3c4. The fixing buckle 3c3 moves in the slot 3c1 along the axial direction of the screw rod 3c2 with the rotation of the screw rod 3c2;

The pile clamp 4 is provided with an opening 6, and the top of the fixing buckle 3c3 of the clamp position adjustment mechanism 3c of the first sliding platform 3a is arranged in the opening 6 of the pile clamp 4;

The first sliding platform 3a is provided with an opening 6, and the top of the fixing buckle 3c3 of the clamp position adjustment mechanism 3c of the second sliding platform 3b is disposed in the opening 6 of the first sliding platform 3a.

Turning the adjusting bolt 3c4 can drive the screw rod 3c2, and the screw rod 3c2 will drive the fixing buckle 3c3 to move in the slot 3c1. At this time, since the fixing buckle 3c3 is disposed in the opening 6, the fixing buckle 3c3 can drive the pile clamp 4 or the first sliding platform 3a to move, thereby adjusting the position of the vertical support pile 5 .

As a preferred embodiment, the vertical support pile vertical adjustment platform further includes a fixed coordinate adjustment structure 7 for adjusting the relative position between the adjustable base 1 and the spherical slide 2 . Accurately adjust the vertical support pile 5 to the geodetic coordinate position of the design installation center.

As a preferred embodiment, in the vertical support pile vertical adjustment platform, specifically, the fixed coordinate adjustment structure 7 is arranged between the adjustable base 1 and the spherical slide table 2, including a horizontal adjustment platform 7a, and The vertical adjustment platform 7b is arranged on the upper part of the horizontal adjustment platform 7a, the middle part of the horizontal adjustment platform 7a and the longitudinal adjustment platform 7b is provided with a hole for the vertical support pile 5 to pass through, and the lateral adjustment platform 7a and the longitudinal adjustment platform 7b are respectively provided on the side The fixed coordinate adjuster 7c, the two fixed coordinate adjusters 7c respectively drive the horizontal adjustment platform 7a and the vertical adjustment platform 7b, and the movement directions of the horizontal adjustment platform 7a and the vertical adjustment platform 7b are perpendicular to each other.

As a preferred embodiment, in the vertical support pile vertical adjustment platform, specifically, the fixed coordinate adjuster 7c includes a chassis 7c1, a motor 7c2 arranged on the chassis 7c1, and an ear arranged at the front end of the motor 7c2 plate 7c3;

The chassis 7c1 of the fixed coordinate adjuster 7c arranged on the side of the horizontal adjustment platform 7a is fixed on the horizontal adjustment platform 7a, and the ear plate 7c3 is fixed on the side of the longitudinal adjustment platform 7b.

The chassis 7c1 of the fixed coordinate adjuster 7c arranged on the side of the longitudinal adjustment platform 7b is fixed on the longitudinal adjustment platform 7b, and the ear plate 7c3 is fixed on the side of the spherical slide table 2 .

Turning on the two motors 7c2 can respectively adjust the positions of the horizontal adjustment platform 7a and the longitudinal adjustment platform 7b, thereby adjusting the installation position of the vertical support pile 5.

As a preferred embodiment, the vertical support pile vertical adjustment platform further includes an inclination sensor for measuring the verticality of the vertical support pile 5 .

Example 2:

Referring to Fig. 1 to Fig. 6, the present embodiment provides a method of using the above-mentioned vertical support pile vertical adjustment platform. The technical scheme of the use method of the vertical support pile vertical adjustment platform of the present embodiment comprises the following steps:

In the first step, the vertical support pile vertical adjustment platform is arranged on the ground above the pile hole;

In the second step, a pile clamp 4 is placed outside the vertical support pile 5;

The third step is to insert the vertical support pile 5 into the pile hole after passing through the vertical support pile vertical adjustment platform, and make its center of gravity lower than the vertical support pile vertical adjustment platform, and wait for the vertical support pile 5 to be adjusted to Stable attitude position;

The fourth step is to adjust the verticality of the vertical support pile 5 by adjusting the position of the pile clamp 4 relative to the sliding platform 3 .

The use method of the vertical support pile vertical adjustment platform of the present embodiment, when in use, the vertical support pile 5 passes through the vertical support pile vertical adjustment platform arranged above the pile hole and inserts the pile hole, and makes its center of gravity Lower than the vertical support pile vertical adjustment platform. The vertical support piles 5 are fixedly connected with the pile clamps 4, and rest on the sliding platform 3 through the pile clamps 4. Since the direction of the gravity of the object is vertically downward, the vertical support pile 5 will drive the sliding platform 3 to slide on the upper surface of the spherical sliding table 2 under the influence of gravity, and gradually become stable. At this time, if the vertical support pile 5 has not reached the vertical state, the verticality of the vertical support pile 5 can be adjusted only by fine-tuning the position of the pile clamp 4 relative to the sliding platform 3 .

The use method of the vertical support pile vertical adjustment platform of this embodiment realizes the control of the verticality posture of the vertical support pile 5 by controlling the orthocenter of the vertical support pile 5 . In the process of adjusting the verticality of the vertical support pile 5, the required power only needs to overcome the friction between the pile clamp 4 and the sliding platform 3, which is simple to use and easy to control the accuracy, and solves the problem of the prior art. The vertical adjustment device for supporting piles has problems such as difficulty in use and difficult control of precision when vertically adjusting vertical supporting piles 5 .

As a preferred embodiment, in the method of using the vertically supporting pile vertical adjustment platform, the adjustable base 1 includes several adjustable legs 1b, and in the first step, the vertical supporting pile is adjusted by the adjustable legs 1b. The column vertical adjustment platform is adjusted to the horizontal state. The adjustable leg 1b adjusts the vertical support pile vertical adjustment platform to a horizontal state, which is more conducive to the adjustment of the verticality of the vertical support pile 5 afterwards.

As a preferred embodiment, the method for using the vertical support pile vertical adjustment platform also includes a fifth step:

The vertical support pile vertical adjustment platform also includes a fixed coordinate adjustment structure 7, through which the relative position between the adjustable base 1 and the spherical sliding table 2 is adjusted, so as to realize the adjustment of the vertical support pile 5 position.

The fixed coordinate adjustment structure 7 can adjust the relative position between the adjustable base 1 and the spherical sliding table 2, so as to realize the adjustment of the position of the vertical support pile 5. The fixed coordinate adjustment structure 7 realizes the correction function of the geodetic coordinate position of the vertical support pile 5, solves the problem that the geodetic coordinate of the vertical support pile 5 usually deviates during the construction process, and improves the construction accuracy.

The above description is only a description of the preferred embodiments of the present invention, and does not limit the scope of the present invention. Any changes and modifications made by those of ordinary skill in the field of the present invention based on the above disclosures shall fall within the protection scope of the claims.

Claims (13)

1. A vertically supporting pile vertical adjustment platform, characterized in that it comprises an adjustable base (1), a spherical sliding table (2) that is arranged on the top of the adjustable base (1) and whose upper surface is a concave spherical surface, rests on The upper part of the spherical slide (2) and the sliding platform (3) whose lower surface matches the upper surface of the spherical slide (2), and the pile clamp (4) resting on the upper part of the sliding platform (3); the adjustable The base (1), the spherical sliding platform (2), the sliding platform (3), and the middle part of the pile clamp (4) are provided with holes for the vertical support piles (5) to pass through. 2. The vertically supporting pile vertical adjustment platform according to claim 1, characterized in that, the adjustable base (1) comprises a base frame (1a), and several Adjustable legs (1b). 3. The vertically supporting pile vertical adjustment platform according to claim 2, characterized in that, the base frame (1a) is triangular, and the adjustable legs (1b) are arranged on the base frame (1a) The three apex ends of the adjustable outrigger (1b) are hydraulically adjustable outriggers. 4. The vertical support pile vertical adjustment platform according to claim 1, characterized in that, the pile clamp (4) comprises an annular bottom plate (4a), and several ears surrounding the annular bottom plate (4a) and arranged at intervals Plate (4b). 5. The vertical support pile vertical adjustment platform according to claim 1, characterized in that, the sliding platform (3) comprises a first sliding platform (3a), and a platform resting on the lower part of the first sliding platform (3a). The second sliding platform (3b), the first sliding platform (3a), the side parts of the second sliding platform (3b) are respectively provided with a clamp position adjustment mechanism (3c), and the clamp position adjustment mechanism (3c) of the first sliding platform (3a) It is used to adjust the relative position between the pile clamp (4) and the first sliding platform (3a), and the clamp position adjustment mechanism (3c) of the second sliding platform (3b) is used to adjust the first sliding platform (3a) and the second sliding platform (3a). The relative position between the two sliding platforms (3b), the movement direction of the pile clamp (4) and the first sliding platform (3a) are perpendicular to each other. 6. The vertically supporting pile vertical adjustment platform according to claim 5, characterized in that, the clamp position adjustment mechanism (3c) comprises a card slot (3c1), a screw rod (3c2), a fixing buckle (3c3), and the adjusting bolt (3c4), the fixing buckle (3c3) is arranged in the slot (3c1), the top of the fixing buckle (3c3) is higher than the slot (3c1), and one end of the screw rod (3c2) is The card slot (3c1) is connected to the side of the fixing buckle (3c3), and the other end is connected to the adjusting bolt (3c4). The fixing buckle (3c3) moves along the screw rod (3c2) axially Move in the card slot (3c1); The pile clamp (4) is provided with an opening (6), and the top of the fixing buckle (3c3) of the clamp position adjustment mechanism (3c) of the first sliding platform (3a) is arranged on the opening of the pile clamp (4). in the hole (6); The first sliding platform (3a) is provided with an opening (6), and the top of the fixing buckle (3c3) of the clamp position adjustment mechanism (3c) of the second sliding platform (3b) is arranged on the first sliding platform (3a) in the opening (6). 7. The vertically supporting pile vertical adjustment platform according to claim 1, characterized in that it also includes a fixed coordinate adjustment structure (7) for adjusting the distance between the adjustable base (1) and the spherical slide (2). relative position. 8. The vertically supporting pile vertical adjustment platform according to claim 7, characterized in that, the fixed coordinate adjustment structure (7) is arranged between the adjustable base (1) and the spherical slide (2), comprising The horizontal adjustment platform (7a), and the vertical adjustment platform (7b) arranged on the upper part of the horizontal adjustment platform (7a), the middle part of the horizontal adjustment platform (7a) and the longitudinal adjustment platform (7b) is provided for vertical support piles (5) Through the hole, the lateral adjustment platform (7a) and the longitudinal adjustment platform (7b) are respectively provided with fixed coordinate adjusters (7c), and the two fixed coordinate adjusters (7c) drive the horizontal adjustment platform (7a) and the vertical adjustment platform (7b) respectively. The movement directions of the platform (7b), the horizontal adjustment platform (7a) and the longitudinal adjustment platform (7b) are perpendicular to each other. 9. The vertically supporting pile vertical adjustment platform according to claim 8, characterized in that, the fixed coordinate adjuster (7c) comprises a chassis (7c1), a motor (7c2) arranged on the chassis (7c1), And the ear plate (7c3) arranged at the front end of the motor (7c2); The chassis (7c1) of the fixed coordinate adjuster (7c) arranged on the side of the horizontal adjustment platform (7a) is fixed on the horizontal adjustment platform (7a), and the ear plate (7c3) is fixed on the side of the vertical adjustment platform (7b). The chassis (7c1) of the fixed coordinate adjuster (7c) arranged on the side of the longitudinal adjustment platform (7b) is fixed on the longitudinal adjustment platform (7b), and the ear plate (7c3) is fixed on the side of the spherical slide (2). 10. The vertical support pile vertical adjustment platform according to claim 1, further comprising an inclination sensor for measuring the verticality of the vertical support pile (5). 11. A method for using a vertically supporting pile vertical adjustment platform according to any one of claims 1-10, characterized in that it comprises the following steps: In the first step, the vertical support pile vertical adjustment platform is arranged on the ground above the pile hole; In the second step, a pile clamp (4) is arranged outside the vertical support pile (5); The third step is to insert the vertical support pile (5) into the pile hole after passing through the vertical support pile vertical adjustment platform, and make its center of gravity lower than the vertical support pile vertical adjustment platform, and wait for the vertical support pile ( 5) Adjust to a stable attitude position; The fourth step is to adjust the verticality of the vertical supporting pile (5) by adjusting the position of the pile clamp (4) relative to the sliding platform (3). 12. A method of using the vertical support pile vertical adjustment platform as claimed in claim 11, characterized in that the adjustable base (1) includes several adjustable legs (1b), in the first step, through the Adjusting the legs (1b) adjusts the vertical supporting pile vertical adjustment platform to a horizontal state. 13. A method for using the vertical support pile vertical adjustment platform according to claim 11, further comprising a fifth step: The vertical support pile vertical adjustment platform also includes a fixed coordinate adjustment structure (7), through which the relative position between the adjustable base (1) and the spherical sliding table (2) is adjusted, thereby realizing vertical Adjustment of the position of the support pile (5).