TWM581612U - Positioning joint structure of steel beam column or steel cage or diaphragm wall having infinitely extending connection - Google Patents

Abstract

A positioning joint structure of steel beam columns or steel cages or diaphragm walls having infinitely extending connection comprises a first joint piece, a second joint piece, and a pivot device. The first joint piece is formed by joining the first steel beam section and a first pivot section, which has the first external teeth, through fiction welding wherein the location of friction welding has a first protruding part and a first mounting element is installed on the first pivot section. In addition, the second joint piece is formed by joining the second steel bean section and a second pivot section, which has the second external teeth, through fiction welding wherein the location of friction welding has a second protruding part. Both ends of the pivot device are screwed to the first joint piece and the second joint piece respectively.

Description

Positioning joint structure of reinforced beam column or steel cage or continuous wall with infinitely extending connection

The present invention relates to a positioning engagement structure; more particularly, to a locating joint structure of a reinforced beam column or a steel cage or a continuous wall that can be infinitely extended.

Whether in construction or civil engineering, the construction of beams, columns, steel cages, continuous walls, etc. will use the method of continuous reinforcement, and the traditional continuous connection method is divided into two types, namely, lashing and welding. The traditional construction method relies heavily on the worker's technology. Therefore, in order to avoid the deviation of the susceptor and make the spliced structure skew, it is necessary to constantly adjust the angle of the steel bar so that each steel bar and the pedestal can be horizontal or vertical. The construction progress is slow and labor-intensive.

In view of this, I have been engaged in research and development in related fields for many years, and have conducted in-depth discussions on the above-mentioned shortcomings, and actively sought solutions based on the above-mentioned needs. After a long period of hard work and many tests, I finally completed this creation.

The main purpose of this creation is to reduce the time required to join reinforced beams or columns or steel cages or continuous walls.

In order to achieve the above purposes, the author creates two different types according to the way of joining, and the first type of creation can extend the joint of the reinforced beam column or the steel cage or the continuous wall. The first joint member, the second joint member and the pivot joint are included.

The first engaging member is formed by joining the first reinforcing bar segment and the first pivoting portion by friction crimping, and is provided with a first protruding portion at the joint of the first reinforcing bar segment and the first pivoting segment, and the first engaging portion a first outer thread and a first fixing element screwed to the first outer thread, wherein the first outer thread is a single thread, a double thread or a double thread or more, and the first outer thread The first outer thread is provided with a first outer lead tooth at the inlet end.

The second engaging member is formed by joining the second reinforcing bar segment and the second pivoting portion by friction welding, and providing a second protruding portion at the joint of the second reinforcing bar segment and the second pivoting portion, and the a second outer thread is disposed on the second pivoting portion, wherein the second outer thread is a single thread, a double thread or a double thread or more threaded thread, and the second outer thread has a second end at the inlet end The length of the outer lead tooth and the second pivoting section is smaller than the length of the first pivoting section.

The pivoting device has a consistent perforation and is provided with an internal thread corresponding to the first outer thread and the second outer thread in the through hole, and the two ends of the pivoting device respectively correspond to the first outer thread and The second outer threads are screwed to each other, and the pivot joint is attached to the first fixing member at one end that is screwed to the first outer screw.

In addition, the second type of the present invention can extend the joined reinforcing beam column or the reinforcing cage or the continuous wall positioning joint structure, and includes the first engaging member, the second engaging member and the pivoting assembly.

The first engaging member is formed by joining the first reinforcing bar segment and the first pivoting portion by friction crimping, and is provided with a first protruding portion at the joint of the first reinforcing bar segment and the first pivoting segment, and the first engaging portion a first outer thread is disposed on the first pivoting portion, and a first fixing element is screwed to the first outer thread, wherein the first outer thread is a single thread, a double thread or a double thread or more thread .

The second engaging member is formed by joining the second reinforcing bar segment and the second pivoting portion by friction welding, and providing a second protruding portion at the joint of the second reinforcing bar segment and the second pivoting portion, and the The second pivoting portion is provided with a second outer thread and a second fixing element screwed to the second outer thread, and the second outer thread is a single thread, a double thread or a double thread or more.

The pivoting assembly is provided with a plurality of positioning holes for inserting the first pivoting section and the second pivoting section, and a receiving hole communicating with the positioning hole for receiving the first pivoting section and the second pivoting section. The pivoting assembly screws the third fixing member from the accommodating space to the first pivoting portion and the second pivoting portion to fix the first engaging member and the second engaging member to the pivoting assembly.

In summary, the advantage of the positioning joint structure of the reinforced beam column or the steel cage or the continuous wall which can be extended infinitely in this creation is that the constructor can complete the continuous operation of the steel bar or the steel cage or the continuous wall in a short time.

For a more detailed understanding of the purpose, function, features and structure of the present invention, the preferred embodiment is described in the accompanying drawings.

First, please refer to FIG. 1 to FIG. 3 at the same time. FIG. 1 is a schematic diagram of the first type of creation (1), and FIG. 2 is a schematic cross-sectional view of the first type of creation (1), and FIG. 3 is a first type decomposition of the creation. Schematic (a).

The author creates two different types according to the way of joining, and the first type of the original can extend the connected reinforced beam column or the reinforcing cage or the continuous wall positioning joint structure 1, which includes the first type. Engagement member 11, second joint member  12 and the pivoter 13.  

The first joint member 11 is configured to pass the frictional crimping to the first steel segment  The first pivoting portion 113 is disposed at the joint of the first reinforcing steel segment 111 and the first pivoting portion 112, and the first pivoting portion is disposed at the joint of the first reinforcing steel segment 111 and the first pivoting portion 112.  The first outer thread 1121 and the first fixing element 114 screwed to the first outer thread 1121 are provided on the 112, and the first outer thread 1121 adopts a single thread, a double thread or a double thread or more. The use of the double-wire or double-threaded screw can shorten the time required for the first pivoting segment 112 to be screwed with other objects, and the first outer thread 1121 has a first outer wire 1122 at the inlet end, and The first outer lead tooth 1122 is processed to cut off most of the peaks of a thread of the thread at the entrance end of the first outer thread 1121, so that the first pivoting section 112 is more easily screwed with other objects.  

The second joint member 12 is connected to the second steel segment by friction welding  The second pivoting portion 123 is disposed at the joint of the second steel segment 121 and the second pivoting portion 122, and the second pivoting portion is  The second outer thread 1221 is provided on the 122, and the second outer thread 1221 adopts a single thread, a double thread or a double thread or more thread, and the double thread or the double thread thread can shorten the second pivot. The time required for the connecting portion 122 to be screwed with other objects, and the second outer thread 1222 is provided with a second outer lead tooth 1222, and the second outer lead tooth 1222 is cut through the second outer thread. The majority of the peaks of the threaded portion of the 1221 at the entrance end make the second pivoting section 122 easier to screw with other objects, and the length of the second pivoting section 122 is smaller than the length of the first pivoting section 112.  

The pivotal connector 13 has a consistent through hole 131 and is in the through hole  The internal thread corresponding to the first outer screw 1121 and the second outer screw 1221 is disposed in the 131, and the two ends of the pivoter 13 are respectively screwed with the first outer screw 1121 and the second outer screw 1221. And the pivoting member 13 is attached to the first fixing member 114 at one end screwed to the first outer thread 1121, and the first fixing member 114 is disposed to lock the pivoting member 13 to the first pivoting connection. The gap between the pivotal member 13 and the first pivotal section 112 is eliminated on the segment 112.  

In addition, the first outer thread 1121 and the second outer thread 1221 are preferably selected by using a double thread thread or a multi-line thread of a double thread or more, and the use of the multi-thread thread can improve the efficiency of the locking operation. Taking the double-threaded thread as an example, the screw thread is formed by the difference of the opening angles of the two threaded teeth by 180 degrees, and the three-threaded threading is formed by screwing the angle of the opening angle of the three threaded teeth by 120 degrees, and so on. The opening angle of the multi-thread thread is divided by 360 degrees divided by the number of threads of the thread. Therefore, the advantage of screwing with the multi-thread thread is that the locking lead is large and the tightening speed is fast, and in terms of the speed of the screwing, the rotation is fast. The speed of the tight double thread is about twice that of the single thread, that is, the double thread is equivalent to the two thread single thread, and the speed of the three thread is about 3 times that of the single thread. That is, turning a three-threaded screw is equivalent to turning a three-turn single-threaded screw, so the design of the multi-threaded thread can effectively improve the efficiency of the locking action.

Continuing to refer to FIG. 4A and FIG. 4B and FIG. 3 together, FIG. 4A is a schematic view of the first type of the creation (2), and FIG. 4B is a cross-sectional view of the pivotal connector of the first type diagram (2).

In addition, in addition to the first outer lead teeth 1122 and the second outer lead teeth 1222 at the inlet ends of the first outer thread 1121 and the second outer thread 1221 as shown in FIG. 3, the present invention may also be as shown in FIG. 4A. As shown in FIG. 4B, the inner lead teeth 132 are disposed at the two ends of the inner screw of the pivoting device 13 in the same manner as the majority of the peaks at both ends of the inner thread are cut through the processing, so that the first pivoting section 112 and the second The pivoting section 122 can be inserted into the pivoting device 13 more easily. Therefore, in order to make the first pivoting section 112, the second pivoting section 122 and the pivotal connector 13 more easily screwed together, it can be selected only in the first outer portion. The first outer lead teeth 1122 and the second outer lead teeth 1222 are disposed at the inlet ends of the threaded teeth 1121 and the second outer thread 1221, or the inner lead teeth 132 are disposed only at the inner ends of the inner thread of the pivotal joint 13, or The first outer lead tooth 1122 and the second outer lead tooth 1222 are respectively disposed at the inlet end of the first outer screw 1121 and the second outer screw 1221 and the inner screw ends of the pivoter 13 respectively. The wire 132 tooth Jieneng arbitrarily selected.

Continue to refer to Figure 5, Figure 5 is a schematic diagram of the first type of creation (3).

In addition, a second fixing member 124 screwed to the second outer thread 1221 may be added to the second pivoting portion 122 of the present invention, and the pivoting member 13 and the first pivoting portion 112 and the second pivoting portion are added. After being screwed into the 122, the two ends are respectively engaged with the first fixing component 114 and the second fixing component 124, and the first fixing component 114 and the second fixing component 124 are locked and attached to the two ends of the pivoting device 13, The gap between the pivoting member 13, the first pivoting section 112 and the second pivoting section 122 is eliminated.

Continuing to refer to FIG. 6A, FIG. 6B and FIG. 6C, FIG. 6A is a schematic diagram of the first type of creation (four), FIG. 6B is a schematic diagram of the first type of creation (5), and FIG. 6C is a schematic diagram of the first type of creation. (six).

As shown in the figure, the creation is described here as a continuation between the reinforcing cage and the reinforcing cage, and the method of continuing the connection between the reinforcing cage and the reinforcing cage is also to screw the first pivot through the pivoting member 13. The connecting portion 112 and the second pivoting portion 122 (shown in FIG. 5), and then locking the first fastening member 114 and attaching to the pivoting member 13 to complete the renewal of the reinforcing cage, wherein, FIG. 6A and FIG. 6B The difference is that the various pivoters of Figure 6A  13 is the same plane disposed on the reinforcing cage, and each of the pivoting members 13 of FIG. 6B is a different plane staggered on the reinforcing cage, and the pivotal arrangement of the pivoting members 13 is advantageous in that the reinforcing cage can be prevented from being subjected to external force. At the time of impact, the splicing between the reinforcing cage and the reinforcing cage is simultaneously broken. In addition, the difference between FIG. 6B and FIG. 6C is that the reinforcing cage shown in FIG. 6B bends the bottom of the first engaging member 11 into an L shape. The overall weight is supported, and the reinforcing cage shown in Fig. 6C is provided with a supporting surface at the bottom of the first engaging member 11 to support the overall weight.  

Continuing to refer to FIG. 7A and FIG. 7B, FIG. 7A is a schematic diagram (7) of the first type of creation, and FIG. 7B is a schematic diagram (8) of the first type of creation.

As shown in the figure, the present invention is described here as a continuation between the reinforcing bar and the reinforcing beam, and the method of continuing the connection between the reinforcing bar and the reinforcing beam is also the first pivoting through the pivoting member 13 The segment 112 and the second pivoting segment 122 (shown in FIG. 5), and then the first fixing member 114 is locked and attached to the pivoting member 13 to complete the splicing of the reinforcing bar and the reinforcing beam, wherein FIG. 7A and FIG. 7B differs in that each of the pivotal members 13 of FIG. 7A is the same plane disposed on the reinforcing beam, and the bottom of the reinforcing bar is bent into an L shape to support the overall weight, and the reinforcing beam is bent at one end. L-shaped to be connected with the steel column, and each of the pivotal members 13 of FIG. 7B is staggered on different planes of the steel beam, and is provided with a support surface at the bottom of the steel column to support the overall weight, and the steel bar The beam is connected to the steel column by providing a supporting surface at one end, and the pivoting device is connected to the pivoting bridge.  The advantage of the 13-staggered arrangement is that it can avoid simultaneous breakage of the splicing between the steel column and the steel beam when subjected to an external force.  

Continuing to refer to FIG. 8A and FIG. 8B, FIG. 8A is a schematic diagram (9) of the first type of creation, and FIG. 8B is a schematic diagram (10) of the first type of creation.

As shown, the present invention is described herein as a continuation between the continuous wall and the continuous wall, and the method of continuing the connection between the continuous wall and the continuous wall is also the first pivoting of the first pivot through the pivoting member 13. The connecting portion 112 and the second pivoting portion 122 relock the first fixing member 114 and conform to the pivoting member 13 to complete the continuous wall. The difference between FIG. 8A and FIG. 8B is that each of FIG. 8A The pivoting members 13 are the same planes disposed on the continuous wall, and the respective pivoting members 13 of FIG. 8B are different planes staggered on the continuous wall, and the staggered arrangement of the pivoting members 13 is advantageous in that continuous walls can be avoided. When subjected to an external force, the continuation between the continuous wall and the continuous wall is simultaneously broken.

The implementation of the first type of this creation and the related reference drawings are as follows:

Please refer to FIG. 9 and FIG. 10 at the same time. FIG. 9 is a schematic diagram of the first type of implementation of the creation (1), and FIG. 10 is a schematic diagram of the first type of implementation of the creation (2).

This creation must have a first joint piece in advance when carrying out the continuation work.  11 reinforced beam or steel cage or continuous wall fixed positioning, then remove the bridge  After the first pivoting section 112 is screwed into the bottom of the first pivoting section 112 and screwed into the bottom of the first pivoting section 112, the reinforcing bar or the reinforcing cage to be continued or the second pivoting section 122 on the continuous wall is aligned with the pivoting member 13 Rotating the pivotal member 13 in the direction of the second pivoting section 122, and screwing the pivotal joint 13 to the first pivotal section 112 and the second pivotal section 122 simultaneously, and finally through the locking first The fixing member 114 is used to eliminate the gap between the pivoting member 13 and the first pivoting section 112 and the second pivoting section 122, and the first pivoting section 112 and the second pivoting section 122 are pivoted during the screwing process. The number of teeth to be screwed by the connector 13 must be the same, otherwise the tensile strength of the first engaging member 11 and the second engaging member 12 will be uneven, which may cause damage to the building structure.  

Please refer to FIG. 11 and FIG. 12 at the same time. FIG. 11 is a schematic diagram (1) of the second type of creation, and FIG. 12 is a schematic exploded view of the second type of the creation.

The second type of the present invention can extend the joined reinforcing beam column or the reinforcing cage or the continuous wall positioning engagement structure 1 including the first engaging member 11, the second engaging member 12 and the pivoting assembly 14.

The first joint member 11 is configured to pass the frictional crimping to the first steel segment  The first pivoting portion 113 is disposed at the joint of the first reinforcing steel segment 111 and the first pivoting portion 112, and the first pivoting portion is disposed at the joint of the first reinforcing steel segment 111 and the first pivoting portion 112.  The first outer thread 1121 and the first outer thread 1121 are screwed together with the first fixing element 114 and the spacer 2, and the first outer thread 1121 is single line, double line or double line or more. The thread thereby shortens the time required for the first pivoting section 112 to be screwed with other objects.  

The second joint member 12 is connected to the second steel segment by friction welding  The second pivoting portion 123 is disposed at the joint of the second steel segment 121 and the second pivoting portion 122, and the second pivoting portion is  122 is provided with a second outer thread 1221, a second fixing element 124 and a spacer 2 which are screwed together with the second outer thread 1221. The second outer thread 1221 is a single wire, a double wire or a double wire or more. The thread of the double thread or the double thread or more can shorten the time required for the second pivoting section 122 to be screwed with other objects.  

The pivoting assembly 14 is provided with a plurality of positioning holes 141 for inserting the first pivoting section 112 and the second pivoting section 122, and communicating with the positioning hole 141 for receiving the first pivoting section 112 and the second The accommodating space 142 of the pivoting section 122, the pivoting component 14 is a third fixing component from the accommodating space 142  143 is screwed onto the first pivoting section 112 and the second pivoting section 122 to fix the first engaging member 11 and the second engaging member 12 to the pivoting assembly 14 .  

Please refer to FIG. 13 and FIG. 12 together. FIG. 13 is a schematic diagram (2) of the second type of creation.

As shown in the figure, the creation is described here as a continuation between the reinforcing cage and the reinforcing cage, and the method of continuing the connection between the reinforcing cage and the reinforcing cage is also through the first pivoting section 112 and the The two pivoting sections 122 are inserted into the positioning holes 141 of the pivoting assembly 14 and are screwed together with the first pivoting section 112 and the second pivoting section 122 by the third fixing component 143, and simultaneously tighten the first fixing. The element 114 and the second fixing element 124 combine the first engaging member 11 and the second engaging member 12 with the pivoting assembly 14 to complete the renewal of the reinforcing cage.

Continuing to refer to FIG. 14A and FIG. 14B and FIG. 12 together, FIG. 14A is a schematic diagram of the second type of the creation (3), and FIG. 14B is a schematic diagram of the second type of the creation (4).

As shown, the present invention is described herein as a continuation between the continuous wall and the continuous wall, and the method of continuing the connection between the continuous wall and the continuous wall is also through the first pivoting section 112 and the The two pivoting sections 122 are inserted into the positioning holes 141 of the pivoting assembly 14 and are screwed together with the first pivoting section 112 and the second pivoting section 122 by the third fixing component 143, and simultaneously tighten the first fixing. The element 114 and the second fixing element 124 combine the first engaging member 11 and the second engaging member 12 with the pivoting assembly 14 to complete the continuous wall. The difference between FIG. 14A and FIG. 14B lies in the pivot of FIG. 14A. The connecting assembly 14 is the same plane disposed on the continuous wall, and the pivoting assemblies 14 of FIG. 14B are staggered on different planes on the continuous wall, and the staggered arrangement of the pivoting assemblies 14 is advantageous in that the continuous wall is protected from external forces. At the time of impact, the continuation between the continuous wall and the continuous wall simultaneously breaks.

The implementation of the second type of this creation and related reference drawings are as follows:

Please refer to FIG. 15 to FIG. 18 at the same time. FIG. 15 is a second embodiment of the creation (1), FIG. 16 is a second embodiment of the creation (II), and FIG. 17 is a second type of creation. The implementation intention (3) is shown in Figure 2, and Figure 18 is the second implementation of the creation (4).

This creation must have a first joint piece in advance when carrying out the continuation work.  11 steel bars or reinforcing cages or continuous walls fixed to the position, then the first fixing element  114 and the spacer 2 are disposed on the first pivoting section 112, and then the pivoting component is taken out  After the positioning hole 141 is aligned with the first pivoting portion 112, the pivoting assembly 14 is inserted into the first engaging member 11, and the third fixing member 143 and the spacer 2 are attached to the first pivoting portion 112, respectively. The first fixing member 114 and the third fixing member 143 are screwed, and the first engaging member 11 is coupled with the pivoting assembly 14, and if two or more third fixing members 143 are used in the screwing process, each The torque values of the third fixing elements 143 must be the same. If the torque values of the third fixing elements 143 are different, when the building structure is subjected to a large external force, the external force will be preferentially transmitted to the lowest torque. The third fixing member 143 breaks when the third fixing member 143 having the lowest torque value can not be loaded, thereby increasing the load of the other third fixing member 143, and the torque of the other third fixing member 143 exceeds the upper limit. After that, it will follow the break and cause damage to the safety structure of the whole building.  

Next, after the second fixing member 124 and the spacer 2 are disposed on the second pivoting portion 122, the second engaging member 12 is aligned with the positioning hole 141 (shown in FIG. 15), and then inserted in the second engaging member. After the insertion 12, the third fixing component 143 and the spacer 2 are disposed on the second pivoting section 122, and then the second fixing component 124 and the third fixing component 143 are respectively locked, so that the second engaging component 12 is pivotally connected. After the assembly 14 is engaged, the reinforcement or the reinforcing cage or the continuous wall is completed. In addition, if more than two third fixing members 143 are used in the screwing process, the torque value of each third fixing member 143 is locked. Must also be the same.

In summary, the advantage of the positional joint structure of the reinforced beam column or the steel cage or the continuous wall in which the creation can be infinitely extended is that the constructor can complete the continuous operation of the steel bar or the steel cage or the continuous wall in a short time.

Therefore, this creation has excellent progress and practicality in similar products. At the same time, after checking the technical literature on such structures at home and abroad, it has not been found that the same or similar structure exists before the application of this case, so this case It should meet the patent requirements of "creative", "combined with industrial use" and "progressive", and apply in accordance with the law.

It is to be understood that the above-mentioned preferred embodiments of the present invention are intended to be included in the scope of the present invention.

1‧‧‧ Positioning joint structure of reinforced beam columns or steel cages or continuous walls with infinitely extended connections  11‧‧‧First joint  111‧‧‧First steel section  112‧‧‧First pivotal section  1121‧‧‧ first external thread  1122‧‧‧First outer wire teeth  113‧‧‧First bulge  114‧‧‧First fixation element  12‧‧‧Second joint parts  121‧‧‧Second section  122‧‧‧Second pivotal section  1221‧‧‧Second external thread  1222‧‧‧Second outer lead teeth  123‧‧‧second bulge  124‧‧‧Second fixation element  13‧‧‧Bridge  131‧‧‧through holes  132‧‧‧ inner wire teeth  14‧‧‧ pivot assembly  141‧‧‧Positioning holes  142‧‧‧ accommodating space  143‧‧‧3rd fixing element  2‧‧‧shims  

Figure 1: Schematic diagram of the first type of the creation (1);  Figure 2: Schematic diagram of the first type of the creation (1);  Figure 3: Schematic diagram of the first type of decomposition of this creation (1);  Figure 4A: Schematic diagram of the first type of the creation (2);  Figure 4B is a cross-sectional view of the pivoter of the first type diagram (2) of the present creation;  Figure 5: Schematic diagram of the first type of the creation (3);  Figure 6A: Schematic diagram of the first type of the creation (four);  Figure 6B: Schematic diagram of the first type of the creation (5);  Figure 6C: Schematic diagram of the first type of the creation (six);  Figure 7A: Schematic diagram of the first type of the creation (seven);  Figure 7B: Schematic diagram of the first type of the creation (eight);  Figure 8A: Schematic diagram of the first type of the creation (9);  Figure 8B: Schematic diagram of the first type of the creation (10);  Figure 9: Schematic diagram of the first type of implementation of this creation (1);  Figure 10: Schematic diagram of the first type of implementation of this creation (2);  Figure 11: Schematic diagram of the second type of the creation (1);  Figure 12: Schematic diagram of the second type of decomposition of the present creation;  Figure 13: Schematic diagram of the second type of the creation (2);  Figure 14A: Schematic diagram of the second type of the creation (3);  Figure 14B: Schematic diagram of the second type of the creation (four);  Figure 15: Schematic diagram of the second type of implementation of this creation (1);  Figure 16: Schematic diagram of the second type of implementation of this creation (2);  Figure 17: Schematic diagram of the second type of implementation of this creation (3);  Figure 18: Schematic diagram of the second type of implementation of this creation (4).  

Claims (10)

A locating joint structure of an infinitely extending reinforced beam column or a steel cage or a continuous wall, comprising a first joint member, a second joint member and a pivot joint;  The first engaging member is formed by joining the first reinforcing bar segment and the first pivoting portion by friction crimping, and is provided with a first protruding portion at the joint of the first reinforcing bar segment and the first pivoting segment, and the first engaging portion a first outer thread and a first fixing element screwed to the first outer thread, wherein the first outer thread is a single thread, a double thread or a double thread or more;  The second engaging member is formed by joining the second reinforcing bar segment and the second pivoting portion by friction welding, and providing a second protruding portion at the joint of the second reinforcing bar segment and the second pivoting portion, and the a second outer thread is disposed on the second pivoting portion, and the second outer thread is a single thread, a double wire or a thread of a double wire or more, and the length of the second pivoting segment is smaller than the length of the first pivoting segment length;  The pivoting device has a consistent perforation and is provided with an internal thread corresponding to the first outer thread and the second outer thread in the through hole, and the two ends of the pivoting device respectively correspond to the first outer thread and The second outer threads are screwed to each other, and the pivot joint is attached to the first fixing member at one end that is screwed to the first outer screw.   The locating joint structure of the reinforced beam column or the steel cage or the continuous wall of the infinitely extending joint according to the above item 1, wherein the second pivoting section is provided with a second screwing with the second outer screw Fixed component. The locating joint structure of the reinforced beam column or the steel cage or the continuous wall of the infinitely extended joint according to Item 2 of the claim, wherein the second fixing member is attached to the pivotal connector. The reinforced beam column or the steel cage or the continuous wall positioning joint structure of the infinitely extended joint according to claim 1, wherein the first outer thread has an outer diameter at the inlet end of the first outer thread. The reinforced beam column or the steel cage or the continuous wall positioning joint structure of the infinitely extending joint according to the above item 1, wherein the second outer thread has a second outer lead tooth at the inlet end. The reinforced beam column or the steel cage or the continuous wall positioning joint structure of the infinitely extending joint according to Item 1 of the claim, wherein the jointer is provided with inner wire teeth at both ends of the inner thread. A locating joint structure of a reinforced beam column or a steel cage or a continuous wall which can be infinitely extended and connected, comprising a first joint member, a second joint member and a pivot joint assembly;  The first engaging member is formed by joining the first reinforcing bar segment and the first pivoting portion by friction crimping, and is provided with a first protruding portion at the joint of the first reinforcing bar segment and the first pivoting segment, and the first engaging portion a first outer thread is disposed on the first pivoting portion, and a first fixing element is screwed to the first outer thread, wherein the first outer thread is a single thread, a double thread or a double thread or more thread ;  The second engaging member is formed by joining the second reinforcing bar segment and the second pivoting portion by friction welding, and providing a second protruding portion at the joint of the second reinforcing bar segment and the second pivoting portion, and the a second outer thread is disposed on the second pivoting portion, and a second fixing element is screwed to the second outer thread, and the second outer thread is a single thread, a double thread or a double thread or more thread;  The pivoting assembly is provided with a plurality of positioning holes for inserting the first pivoting section and the second pivoting section, and a receiving space communicating with the positioning hole and for receiving the first pivoting section and the second pivoting section; The pivoting assembly screws the third fixing component from the accommodating space to the first pivoting section and the second pivoting section to fix the first engaging component and the second engaging component to the pivoting component.   The locating joint structure of the reinforced beam column or the steel cage or the continuous wall which can be infinitely extended as described in claim 7 , wherein the third fixing element is more than one. The locating joint structure of the reinforced beam column or the steel cage or the continuous wall which can be infinitely extended as described in claim 7 , wherein the first pivoting section is provided with a gasket. The locating joint structure of the reinforced beam column or the steel cage or the continuous wall which can be infinitely extended as described in claim 7 , wherein the second pivoting section is provided with a gasket.