TW201435186A - Jointing and positioning method for heavy/bulky objects and structure thereof - Google Patents

Abstract

Disclosed are a jointing and positioning method for heavy/bulky objects and a structure thereof, in which a first heavy/bulky object is jointed to a second heavy/bulky object with the following process. Firstly, a first auxiliary jointing member is arranged at an adjacent position of an end-to-be-jointed of any one heavy/bulky object of two heavy/bulky objects including the first heavy/bulky object and the second heavy/bulky object. Then, an end-to-be-jointed of the other one heavy/bulky object of the two heavy/bulky objects including the first heavy/bulky object and the second heavy/bulky object is placed to contact the first auxiliary jointing member to allow the end-to-be-jointed of said the other heavy/bulky object to be more easily aligned and jointed with the end-to-be-jointed of said one heavy/bulky object.

Description

Joining and positioning method for heavy/large objects and its construction

The invention relates to a method for constructing a joint of a heavy/large object and a structure thereof, in particular to the method of constructing and positioning and the structure thereof provided by the invention, which can easily and easily align the heavy/large objects which are not easily aligned. Smoothly and accurately connect to each other for profit.

In many large projects, it is often necessary to connect heavy/large objects (such as large-diameter water pipes and mud pipes) to each other. Even if these heavy/large objects are hoisted by strange hands or cranes for interconnection, but because these heavy/large objects are heavy and bulky, it is extremely difficult to accurately measure the dynamic heavy/large objects in the lifting. The alignment of another heavy/large object that has been statically made, resulting in the connection of heavy/large objects to each other section by section, is extremely time consuming, difficult, labor intensive, and extremely inefficient. If the above heavy/large objects are to be operated under the surface of the water, it is more difficult.

In view of the problems encountered in the above construction, no effective improvement has been achieved so far. Therefore, the present invention is directed to a method for locating a heavy/large object and a configuration thereof, which can easily and smoothly and accurately connect the heavy/large objects that are not easily aligned with each other to facilitate the connection. When the present invention is directed to providing a method for locating a heavy/large object and its structure for use in a large underwater project, it is easier, accurate, time-saving, labor-saving, and labor-saving to engage heavy/large objects in the water. And reduce construction costs.

The present invention is directed to providing a method for articulating a heavy/large object by attaching a first heavy/large object to a second heavy/large object by first: first heavy/large object and second heavy/large The first auxiliary connecting member is set in the adjacent position of any one of the two heavy/large objects, such as an object, and the first heavy/large object and the second heavy/large object. The other part of the heavy/large object is to be engaged with the first auxiliary connecting member, so that the connecting end of the other heavy/large object is aligned to the above. A heavy/large object is intended to be connected.

According to the method for engaging and positioning a heavy/large object as described above, wherein the first heavy/large object is in a static state during the joining process, and the second heavy/large object is in a dynamic state during the joining process, characterized in that: The first auxiliary connecting member is disposed at a lower edge of the first heavy/large object to be engaged to facilitate the joining operation.

According to the method for engaging and positioning a heavy/large object as described above, wherein the first heavy/large object is in a static state during the joining process, and the second heavy/large object is in a dynamic state during the joining process, characterized in that: The first auxiliary connecting member is disposed on the upper edge of the second heavy/large object to be engaged to facilitate the joining operation.

According to the method for engaging and positioning a heavy/large object as described above, the first auxiliary connecting member is removed after the joining work is completed.

According to the method for engaging and positioning a heavy/large object as described above, the first auxiliary connecting member remains in any of the above-mentioned heavy/large objects after the joining work is completed.

A method for articulating a heavy/large object according to any of the preceding claims, The connecting end of the first heavy/large object and the connecting end of the second heavy/large object are each provided with a connecting flange, and the engaging flange of the connecting end of the second heavy/large object is contacted by the above The first auxiliary connecting member is configured to align the intended end of the other heavy/large object to be engaged with the engaging end of any of the above-mentioned heavy/large objects.

A method for articulating a heavy/large object according to any of the preceding claims, The connecting end of the first heavy/large object and the intended connecting end of the second heavy/large object are not provided with the connecting flange, and the connecting end of the second heavy/large object is contacted with the first auxiliary The connecting member is configured such that the intended end of the other heavy/large object is aligned to the desired end of any of the above-mentioned heavy/large objects.

The present invention is directed to providing a method for engaging and positioning a heavy/large object. The second heavy/large object that the first heavy/large object is connected by is the first heavy/large object, and any one of the two heavy/large objects such as the first heavy/large object and the second heavy/large object. The first auxiliary connecting member is disposed adjacent to the object to be connected; and the other heavy/large object in the two heavy/large objects such as the first heavy/large object and the second heavy/large object is intended to be connected. In the ortho position, the second auxiliary connecting member is disposed; and the second auxiliary connecting member of the other heavy/large object of the two heavy/large objects such as the first heavy/large object and the second heavy/large object is contacted The first auxiliary connecting member is configured such that the connecting end of the other heavy/large object is aligned to the connecting end of any of the above-mentioned heavy/large objects. 〕

According to the method for engaging and positioning a heavy/large object as described above, wherein the first heavy/large object is in a static state during the joining process, and the second heavy/large object is in a dynamic state during the joining process, characterized in that: The first auxiliary connecting member is disposed at a lower edge of the first heavy/large object to be engaged to facilitate the joining operation.

According to the method for positioning a heavy/large object as described above, wherein the above A heavy/large object is static during the joining process, and the second heavy/large object is dynamic during the joining process, wherein the first auxiliary connecting member is disposed at the end of the second heavy/large object. The upper edge is to facilitate the connection work.

According to the method for positioning a heavy/large object as described above, wherein the first The auxiliary connecting member is removed after the joining work is completed.

According to the method for positioning a heavy/large object as described above, wherein the first The auxiliary articulating member remains in any of the above-mentioned heavy/large objects after the engagement work is completed.

A method for articulating a heavy/large object according to any of the preceding claims, The connecting end of the first heavy/large object and the connecting end of the second heavy/large object are each provided with a connecting flange, and the engaging flange of the connecting end of the second heavy/large object is contacted by the above The first auxiliary connecting member is configured to align the intended end of the other heavy/large object to be engaged with the engaging end of any of the above-mentioned heavy/large objects.

A method for engaging and positioning a heavy/large object according to any of the preceding claims, The connecting end of the first heavy/large object and the intended connecting end of the second heavy/large object are not provided with the connecting flange, and the connecting end of the second heavy/large object is contacted with the first auxiliary The connecting member is configured such that the intended end of the other heavy/large object is aligned to the desired end of any of the above-mentioned heavy/large objects.

The present invention is directed to providing a cohesive positioning structure for a heavy/large object. The first heavy/large object is connected to the second heavy/large object, and the connection positioning structure of the heavy/large object comprises: the first auxiliary connecting member, which is installed on the first heavy/large object and the second heavy/large object, etc. The adjacent position of the joint of any two heavy/large objects, the auxiliary joint member has a first positioning portion for the first heavy/large object and the second heavy/large object, etc. Another of the two heavy/large objects, the intended end of the heavy/large object is in contact with the first positioning portion of the auxiliary connecting member, so that the desired joint of the other heavy/large object is aligned. In the above-mentioned one of the heavy/large objects, the intended connection end is to facilitate the engagement of the first heavy/large object to be engaged with the second heavy/large object.

According to the articulated positioning structure of the heavy/large object described above, wherein the above A heavy/large object is in a static state during the articulation process, and the second heavy/large object is dynamic during the engagement process, wherein the first auxiliary articulating member is disposed at the desired end of the first heavy/large object. The lower edge is to facilitate the work of the joint work.

According to the articulated positioning structure of the heavy/large object described above, wherein the above A heavy/large object is static during the joining process, and the second heavy/large object is dynamic during the joining process, wherein the first auxiliary connecting member is disposed at the end of the second heavy/large object. The upper edge is to facilitate the connection work.

According to the articulated positioning structure of the heavy/large object described above, wherein the above A heavy/large object is static during the joining process, and the second heavy/large object is dynamic during the joining process, wherein the first auxiliary connecting member is disposed at the end of the second heavy/large object. The upper edge is to facilitate the connection work.

A joint positioning structure of a heavy/large object according to any of the preceding claims, The connecting end of the first heavy/large object and the intended connecting end of the second heavy/large object are not provided with the connecting flange, and the connecting end of the second heavy/large object is contacted with the first auxiliary Connecting the member such that the desired end of the other heavy/large object is aligned to the above The connection of any heavy/large object in any section.

A joint positioning structure of a heavy/large object according to any of the preceding claims,

The connecting end of the first heavy/large object and the connecting end of the second heavy/large object are each provided with a connecting flange, and the engaging flange of the connecting end of the second heavy/large object is contacted by the above The first auxiliary connecting member is configured to align the intended end of the other heavy/large object to be engaged with the engaging end of any of the above-mentioned heavy/large objects.

A joint positioning structure of a heavy/large object according to any of the preceding claims, The first auxiliary connecting member further has a retaining portion, and the connecting end of the first heavy/large object and the intended connecting end of the second heavy/large object are respectively provided with connecting flanges, and the second weight/ The engaging flange of the large object is in contact with the first auxiliary connecting member, so that the connecting end of the other heavy/large object is aligned and connected to any of the above-mentioned heavy/large objects. End, and by the second heavy/large object, the connecting flange of the connecting end is slid on the anti-detachment part of the first auxiliary connecting member, and prevents the first heavy/large object from separating from the second heavy/large object during the joining process. .

A joint positioning structure of a heavy/large object according to any of the preceding claims, The first auxiliary connecting member further has a retaining portion and a guiding portion provided on the retaining portion and having a guiding inclined surface, and the intended connection end of the first heavy/large object and the second heavy/large object are intended to be connected Each of the ends is provided with a connecting flange, and the connecting flange of the connecting end of the second heavy/large object is smoothly guided by the guiding inclined surface of the guiding portion to be buckled in the retaining portion, thereby preventing the first weight /The large object is separated from the second heavy/large object during the joining process, so that the above-mentioned other heavy/large object's intended end can be smoothly aligned to the above-mentioned any heavy/large object. .

The present invention is directed to providing a cohesive positioning structure for a heavy/large object. The first heavy/large object is connected to the second heavy/large object, and the connection positioning structure of the heavy/large object comprises: the first auxiliary connecting member, which is installed on the first heavy/large object and the second heavy/large object, etc. An adjacent position of any one of the two heavy/large objects, the auxiliary connecting member has a first positioning portion; and the second auxiliary connecting member is mounted on the first heavy/large object And an adjacent position of the other heavy/large object of the two heavy/large objects, such as the second heavy/large object, the second auxiliary connecting member has a second positioning portion; The second auxiliary connecting member of the other heavy/large object of the two heavy/large objects such as the object and the second heavy/large object is in contact with the first auxiliary connecting member to make the above-mentioned other heavy/large object The adapter end is alignably coupled to the desired end of any of the above-mentioned heavy/large objects, so as to facilitate the engagement of the first heavy/large object with the intended end of the second heavy/large object. .

According to the articulated positioning structure of the heavy/large object described above, wherein the above A heavy/large object is static during the joining process, and the second heavy/large object is dynamic during the joining process, wherein the first auxiliary connecting member and the second auxiliary connecting member are both disposed at the first weight. / The lower edge of the joint of the large object is intended to facilitate the work of the joint work.

According to the articulated positioning structure of the heavy/large object described above, wherein the above A heavy/large object is in a static state during the joining process, and the second heavy/large object is dynamic during the joining process, wherein the first auxiliary connecting member and the second auxiliary connecting member are disposed at the second weight/ The upper edge of the large object is intended to be connected to the joint.

A joint positioning structure of a heavy/large object according to any of the preceding claims, The first auxiliary connecting member further has a retaining portion, and the second auxiliary engaging member that is to be engaged with the connecting end of the second heavy/large object is in contact with the first auxiliary connecting member, so that the other The intended end of the heavy/large object is aligned to the desired end of any of the above-mentioned heavy/large objects, and the second auxiliary connecting member is slidably fastened to the retaining portion of the first auxiliary connecting member.俾 Prevent the separation of the first heavy/large object from the second heavy/large object during the engagement process.

A joint positioning structure of a heavy/large object according to any of the preceding claims, The first auxiliary connecting member further has a retaining portion and a guiding portion provided on the retaining portion and having a guiding inclined surface, and is guided by the second auxiliary connecting member of the second heavy/large object to be engaged The guidance of the guiding slope is smoothly guided and buckled in the anti-detachment portion to prevent the separation of the first heavy/large object from the second heavy/large object during the joining process, so that the above-mentioned additional heavy/large object The engaging end is smoothly aligned to the desired end of any of the above-mentioned heavy/large objects.

The invention utilizes pre-set on the first heavy/large object and the second heavy/large object The first auxiliary connecting member of the adjacent position of the joint of the heavy/large object of any two heavy/large objects; and the weight of the first heavy/large object and the second heavy/large object The other auxiliary connecting member of the other heavy/large object among the large objects, or the first auxiliary connecting member disposed at the connecting end of the other heavy/large object, is in contact with the first auxiliary connecting member to make the above-mentioned additional The desired end of a heavy/large object can be more easily aligned to the desired end of any of the above-mentioned heavy/large objects. It is possible to easily and smoothly and accurately connect the heavy/large objects that are not easily aligned with each other to facilitate the connection. When the present invention is directed to providing a method for locating a heavy/large object and its structure for use in a large underwater project, it is easier, accurate, time-saving, labor-saving, and labor-saving to engage heavy/large objects in the water. And reduce construction costs.

(30)‧‧‧First heavy/large objects

(31)‧‧‧ want to connect

(32)‧‧‧Connecting flange

(40) ‧‧‧Second/large objects

(41) ‧‧‧To connect

(42) ‧‧‧Connecting flange

(50) ‧‧‧ Third/large objects

(60) ‧‧‧First Auxiliary Connection Member

(61) ‧‧‧First Positioning Department

(62) ‧ ‧ defensive department

(63) ‧ ‧ Guidance Department

(70) ‧‧‧Second auxiliary articulating members

(71) ‧‧‧Second Positioning Department

(72) ‧‧‧Bolts

First Figure: Assembly diagram (1) of the first embodiment of the present invention.

Second Figure: Assembly diagram (2) of the first embodiment of the present invention.

Third Figure: Assembly diagram (3) of the first embodiment of the present invention.

Fourth Figure: Assembly diagram (4) of the first embodiment of the present invention.

Fifth Figure: A side view of a first embodiment of a first auxiliary engagement member of the present invention.

Figure 6 is a front elevational view of a first embodiment of the first auxiliary engagement member of the present invention.

Figure 7 is a side elevational view of a second embodiment of the first auxiliary engagement member of the present invention.

Figure 8 is a front elevational view of a second embodiment of the first auxiliary engagement member of the present invention.

Figure 9 is a schematic view (1) of the assembly of the second embodiment of the present invention.

Figure 11 is a schematic view showing the assembly of the second embodiment of the present invention (2).

Figure 11 is a schematic view showing the assembly of the second embodiment of the present invention (3).

Twelfth Figure: Assembly diagram (4) of the second embodiment of the present invention.

Thirteenth View: Side view of a third embodiment of the first auxiliary engaging member of the present invention.

Figure 14 is a front elevational view of a third embodiment of the first auxiliary engaging member of the present invention.

Fifteenth Figure: A side view of a fourth embodiment of the first auxiliary engaging member of the present invention.

Figure 16 is a front elevational view of a fourth embodiment of the first auxiliary engaging member of the present invention.

Figure 17 is a schematic view showing the assembly of the third embodiment of the present invention (1).

Figure 18 is a schematic view showing the assembly of the third embodiment of the present invention (2).

Fig. 19 is a schematic view showing the assembly of the third embodiment of the present invention (3).

Fig. 20 is a schematic view showing the assembly of the third embodiment of the present invention (4).

Twenty-first drawing: side view of a fifth embodiment of the first auxiliary engaging member of the present invention.

Twenty-second drawing: a front view of a fifth embodiment of the first auxiliary engaging member of the present invention.

Twenty-third drawing: side view of a sixth embodiment of the first auxiliary engaging member of the present invention.

Figure 24 is a front elevational view of a sixth embodiment of the first auxiliary engaging member of the present invention.

Twenty-fifth Figure: Side view of a seventh embodiment of the first auxiliary engaging member of the present invention.

Figure 26 is a front elevational view of a seventh embodiment of the first auxiliary engaging member of the present invention.

Figure 27 is a schematic view showing the assembly of the fourth embodiment of the present invention (1).

Twenty-eighthth drawing: assembly diagram (2) of the fourth embodiment of the present invention.

Twenty-ninth Figure: Assembly diagram (3) of the fourth embodiment of the present invention.

Fig. 30 is a schematic view showing the assembly of the fourth embodiment of the present invention (4).

Figure 31 is a side view showing a seventh embodiment of the first auxiliary engaging member of the present invention.

Figure 32 is a front elevational view of a seventh embodiment of the first auxiliary engaging member of the present invention.

Thirty-third drawing: side view of an eighth embodiment of the first auxiliary engaging member of the present invention.

Figure 34 is a front elevational view of an eighth embodiment of the first auxiliary engaging member of the present invention.

Figure 35 is a side view showing a ninth embodiment of the first auxiliary engaging member of the present invention.

Figure 36 is a front elevational view of a ninth embodiment of the first auxiliary engaging member of the present invention.

Figure 37 is a schematic view showing the assembly of the fifth embodiment of the present invention (1).

Thirty-eighth drawing: assembly diagram (2) of the fifth embodiment of the present invention.

Thirty-ninth Figure: Assembly diagram (3) of the fifth embodiment of the present invention.

Fig. 40 is a schematic view showing the assembly of the fifth embodiment of the present invention (4).

A forty-first drawing: a side view of a ninth embodiment of the first auxiliary engaging member of the present invention.

Figure 42 is a front elevational view of a ninth embodiment of the first auxiliary engaging member of the present invention.

Figure 43 is a side view showing a tenth embodiment of the first auxiliary engaging member of the present invention.

Figure 44 is a front elevational view of a tenth embodiment of the first auxiliary engaging member of the present invention.

Forty-fifth Figure: Assembly diagram (1) of the sixth embodiment of the present invention.

Forty-sixth drawing: assembly diagram (2) of the sixth embodiment of the present invention.

Figure 47 is a schematic view showing the assembly of the sixth embodiment of the present invention (3).

Forty-eighth Figure: Assembly diagram (4) of the sixth embodiment of the present invention.

Figure 49 is a side view showing a twelfth embodiment of the first auxiliary engaging member of the present invention.

Fig. 50 is a front elevational view showing a twelfth embodiment of the first auxiliary engaging member of the present invention.

Figure 51 is a side view showing a thirteenth embodiment of the first auxiliary engaging member of the present invention.

Figure 52 is a front elevational view of a thirteenth embodiment of the first auxiliary engaging member of the present invention.

Fig. 53 is a schematic view showing the assembly of the seventh embodiment of the present invention (1).

Figure 54 is a schematic view showing the assembly of the seventh embodiment of the present invention (2).

Fifty-fifth Figure: Assembly diagram (3) of the seventh embodiment of the present invention.

Figure 56 is a schematic view showing the assembly of the seventh embodiment of the present invention (4).

Figure 57 is a schematic view showing the assembly of the seventh embodiment of the present invention (5).

Fig. 58 is a schematic view showing the assembly of the seventh embodiment of the present invention (6).

Figure 59 is a side view showing a fifteenth embodiment of the first auxiliary engaging member of the present invention.

Figure 60 is a front elevational view of a fifteenth embodiment of the first auxiliary engaging member of the present invention.

Sixty-first drawing: side view of a sixteenth embodiment of the first auxiliary engaging member of the present invention.

Figure 62 is a front elevational view of a sixteenth embodiment of the first auxiliary engaging member of the present invention.

Figure 63 is a side view showing a seventeenth embodiment of the first auxiliary engaging member of the present invention.

Figure 64 is a front elevational view of the seventeenth embodiment of the first auxiliary engaging member of the present invention.

Sixty-fifth Figure: Assembly diagram (1) of the eighth embodiment of the present invention.

Sixty-sixth drawing: assembly diagram (2) of the eighth embodiment of the present invention.

Sixty-seventh drawing: assembly diagram (3) of the eighth embodiment of the present invention.

Sixty-eighth drawing: assembly diagram (four) of the eighth embodiment of the present invention.

Sixty-ninth drawing: assembly diagram (5) of the eighth embodiment of the present invention.

Seventyth Figure: Assembly diagram (6) of the eighth embodiment of the present invention.

Figure 71 is a side view showing an eighteenth embodiment of the first auxiliary engaging member of the present invention.

Figure 72 is a front elevational view of an eighteenth embodiment of the first auxiliary engaging member of the present invention.

Figure 73 is a side view showing a nineteenth embodiment of the first auxiliary engaging member of the present invention.

Seventy-fourth embodiment: a front view of a nineteenth embodiment of the first auxiliary engaging member of the present invention.

Seventy-fifth Figure: A side view of a twentieth embodiment of the first auxiliary engaging member of the present invention.

Figure 76 is a front elevational view of a twentieth embodiment of the first auxiliary engaging member of the present invention.

Referring to Figures 1 to 8, the first embodiment of the method for engaging and positioning a heavy/large object of the present invention connects the first heavy/large object (30) to the second heavy/large object by the following method ( 40): Please refer to the first and second figures, first in any of the two heavy/large objects such as the first heavy/large object (30) and the second heavy/large object (40). For the adjacent position of the object (31) or (41), the first auxiliary connecting member (60) is provided by a bolt (72) (please refer to the second figure); please refer to the third figure, and then The other heavy/large object of the first heavy/large object (30) and the second heavy/large object (40) are connected to the above-mentioned joints (31) or (41) of the heavy/large object. The first auxiliary connecting member (60) is configured such that the connecting end (31) or (41) of the other heavy/large object is alignedly engaged with the engaging end of any of the above-mentioned heavy/large objects (31). ) or (41).

Referring to the fourth figure, according to the above example, the third/large object (50) can be continuously connected to the intended end (41) of the second heavy/large object (40).

The first auxiliary connecting member (60) has a first positioning portion (61) for contacting the connecting end (31) or (41) of the other heavy/large object against the first auxiliary connecting member (60). The first positioning portion (61) is alignedly engaged with the intended end (31) or (41) of any of the above-mentioned heavy/large objects.

Please refer to Figures 1 to 4 and 9 to 12, wherein the first heavy/large object (30) is static during the engagement process, and the second heavy/large object (40) is in the engagement process. Dynamically, the first auxiliary connecting member (60) is disposed at a lower edge of the first heavy/large object (30) to be engaged (31) or (41) to facilitate the joining operation.

Please refer to Figures 17 to 20, 25 to 28, wherein the first heavy/large object (30) is static during the engagement process and the second heavy/large object (40) is The connection process is dynamic, and the first auxiliary connecting member (60) is disposed on the upper edge of the second heavy/large object (40) to be engaged (31) or (41) to facilitate the connection. The work is carried out.

Please refer to the fourth, twelfth, nineteenth, twenty-eighth, thirty-sixth, forty-sixth, fifty-sixth and sixty-sixth drawings, wherein the first auxiliary connecting member (60) is completed in the connection work. Then dismantle it. If necessary, the first auxiliary engaging member (60) can also remain in any of the above-mentioned heavy/large objects (not shown) after the joining work is completed.

Please refer to Figures 1 to 4, 9 to 12, 17 to 20, and 27 to 30, wherein the first heavy/large object (30) is to be joined (31) and the second weight / The connecting ends (41) of the large objects (40) are each provided with a connecting flange (32), (42), and the connecting flange of the connecting end (41) of the second heavy/large object (40) (42) abutting against the first auxiliary engaging member (60) to make the above additional The desired end (41) [or (31)] of a heavy/large object is aligned to the desired end (31) [or (41)] of any of the above-mentioned heavy/large objects.

If the first heavy/large object (30) is to be connected (31) and the second heavy/large The connecting end (41) of the type object (40) is not provided with the engaging flange (32) (42), and the first connecting end (41) of the second heavy/large object (40) is first contacted with the above An auxiliary connecting member (60) can still alignably engage the connecting end (41) [or (31)] of the other heavy/large object described above to any of the above-mentioned heavy/large objects. Terminal (31) [or (41)] (but this embodiment is not shown).

The method for connecting and positioning a heavy/large object provided by the present invention is the first The heavy/large object (30) is connected to the second heavy/large object (40) by the following methods: first weighting on the first heavy/large object (30) and the second heavy/large object (40)/ The first auxiliary connecting member (60) is disposed in any one of the large objects, or the adjacent position of the connecting end (31) or (41), and the first heavy/large object (30) and the first A second auxiliary structure member (70) is provided for the other of the two heavy/large objects such as the double/large object (40) and the adjacent position of the heavy/large object to be engaged (31) or (41). The second positioning portion (71); the first heavy/large object (30) and the second heavy/large object (40) and the other two heavy/large objects The auxiliary engaging member (70) abuts against the first auxiliary connecting member (60), so that the connecting end (41) (or (31)) of the other heavy/large object is aligned to the above. The joint end (31) [or (41)] of any heavy/large object (only this embodiment is not shown).

Similarly, the first heavy/large object (30) is in the process of convergence. And the second heavy/large object (40) is dynamic during the engagement process, characterized in that: the first auxiliary connecting member (60) is disposed at the intended end of the first heavy/large object (30) ( The lower edge of 31), In order to facilitate the work of the joint operation (only this embodiment is not shown).

Similarly, the first heavy/large object (30) is in the process of convergence. And the second heavy/large object (40) is dynamic during the engagement process, characterized in that: the first auxiliary connecting member (60) is disposed at the intended end of the second heavy/large object (40) ( The upper edge of 41) is used to facilitate the work of the joining operation (only the embodiment is not shown).

Similarly, the first auxiliary connecting member (60) is given after the joining work is completed. tear down. If necessary, the first auxiliary engaging member (60) remains in any of the above-mentioned heavy/large objects (but not shown in the embodiment) after the engagement work is completed.

Similarly, in the above-mentioned method of coordinating positioning of heavy/large objects, when When the intended end (31) of the first heavy/large object (30) and the intended end (41) of the second heavy/large object (40) are each provided with a connecting flange (32), (42), Similarly, the first auxiliary connecting member (60) can be contacted by the engaging flange (42) of the connecting end (41) of the second heavy/large object (40) to make the above-mentioned additional heavy/large object The engaging end (31) or (41) is aligned to engage the engaging end (31) or (41) of any of the above-mentioned heavy/large objects (but not shown in this embodiment).

Please refer to Articles 37 to 40, 45 to 48, and 53 to 50. The eight-fifth-seventh-seventh figure shows the aforementioned method for locating a heavy/large object, wherein the first heavy/large object (30) is to be connected (31), the second heavy/large object (40) Each of the intended ends (41) is not provided with a connecting flange, and the first auxiliary connecting member (60) is contacted by the intended connecting end (41) of the second heavy/large object (40), so that the above additional The desired end (41) [or (31)] of a heavy/large object is aligned to the desired end (31) [or (41)] of any of the above-mentioned heavy/large objects.

Please refer to the seventh, fifteen, twenty-three, twenty-five, thirty-two, thirty-five, four 13, 51, 61, 63, 73 and 75, wherein the first auxiliary connecting member (60) further has a retaining portion (62), and the first weight / The connecting end (31) of the large object (30) and the intended connecting end (41) of the second heavy/large object (40) are each provided with a connecting flange (42), and the second heavy/large object ( 40) The engaging flange (42) of the intended end (41) abuts against the first auxiliary engaging member (60), so that the desired joint (31) or (41) of the other heavy/large object is Aligningly engaging the desired end (31) or (41) of any of the above-mentioned heavy/large objects, and engaging the connecting flange (42) of the second heavy/large object (40) The slide is fastened to the retaining portion (62) of the first auxiliary engaging member (60) to prevent the first heavy/large object (30) from being separated from the second heavy/large object (40) during the joining process.

Please refer to the seventh, fifteen, twenty-three, thirty-three figures, where the first auxiliary The engaging member (60) further has a retaining portion (62) and a guiding portion (63) provided on the retaining portion (62) and having a guiding slope, and the first heavy/large object (30) is intended to be connected The end of the end (31) and the second heavy/large object (40) are each provided with a connecting flange (32), (42), and are connected by a second heavy/large object (40). The engaging flange (42) of the end (41) smoothly slides into the retaining portion (62) by the guiding of the guiding slope of the guiding portion (63), and prevents the first heavy/large object (30) from being The second heavy/large object (40) is separated during the joining process so that the desired end (31) or (41) of the other heavy/large object is smoothly aligned to engage any of the above weights/ The connection of a large object (31) or (41).

Please refer to the figures in the 53rd, 55th, 65th and 67th, the above The intended end (31) of the heavy/large object (30) and the intended end (41) of the second heavy/large object (40) are not provided with the connecting flange, but in the first heavy/large object (30) And the second heavy/large object (40) and the other one of the two heavy/large objects, the adjacent end of the heavy/large object to be connected (31) or the adjacent position of the (41), the second auxiliary connecting member (70) is provided. The above-mentioned retaining portion (62) may be a socket for the second auxiliary connecting member The second positioning portion (71) of (70) is inserted therein to be positioned.

The embodiments disclosed in the present invention are merely exemplary for the content of the present invention. It should be noted that it is not intended to limit the scope of the patent application of the present invention. Where the first auxiliary/connecting member (60) or/and the second auxiliary connecting member (70) are used, the intended end of the first heavy/large object (30) is to be connected (31). The above method and configuration of the joint (41) to be coupled to the second heavy/large object (40) are all within the scope of the present invention.

(30)‧‧‧First heavy/large objects

(31)‧‧‧ want to connect

(32)‧‧‧Connecting flange

(40) ‧‧‧Second/large objects

(41) ‧‧‧To connect

(42) ‧‧‧Connecting flange

(60) ‧‧‧First Auxiliary Connection Member

(61) ‧‧‧First Positioning Department

Claims (26)

A method for locating a heavy/large object is to connect the first heavy/large object to the second heavy/large object by the following methods: firstly, the first heavy/large object and the second heavy/large object / In the middle of any large object, the adjacent position of the desired end of the heavy/large object, the first auxiliary connecting member is set; and the first heavy/large object and the second heavy/large object are two heavy/large objects. In another section of the heavy/large object, the intended end of the heavy/large object is in contact with the first auxiliary connecting member, so that the connecting end of the other heavy/large object is aligned to any of the above-mentioned heavy/large objects. The desire to connect. According to the method for coordinating positioning of heavy/large objects according to claim 1, wherein the first heavy/large object is in a static state during the joining process, and the second heavy/large object is in a dynamic state during the joining process. The first auxiliary connecting member is disposed at a lower edge of the first heavy/large object to be engaged to facilitate the joining operation. According to the method for coordinating positioning of heavy/large objects according to claim 1, wherein the first heavy/large object is in a static state during the joining process, and the second heavy/large object is in a dynamic state during the joining process. The first auxiliary connecting member is disposed on the upper edge of the second heavy/large object to be engaged to facilitate the joining operation. The method for engaging and positioning a heavy/large object according to claim 1, wherein the first auxiliary connecting member is removed after the joining work is completed. The method for engaging and positioning a heavy/large object according to claim 1, wherein the first auxiliary connecting member remains in any of the above-mentioned heavy/large objects after the joining work is completed. The method for engaging and positioning a heavy/large object according to any one of claims 1 to 5, wherein the intended connection end of the first heavy/large object and the intended connection end of the second heavy/large object Each of the connecting flanges is provided, and the connecting flange of the second heavy/large object is connected to the first auxiliary connecting member, so that the connecting end of the other heavy/large object is aligned. Connect to any of the above mentioned heavy/large objects. The method for engaging and positioning a heavy/large object according to any one of claims 1 to 5, wherein the intended connection end of the first heavy/large object and the intended connection end of the second heavy/large object Either there is no connecting flange, and the connecting end of the second heavy/large object is in contact with the first auxiliary connecting member, so that the connecting end of the other heavy/large object is aligned with the above. Any of these heavy/large objects are intended to be connected. A method for locating a heavy/large object is a second heavy/large object that connects the first heavy/large object by the following methods: first in the first heavy/large object and the second heavy/large object One of the heavy/large objects, the adjacent position of the desired end of the heavy/large object, the first auxiliary connecting member; and the two heavy/large objects such as the first heavy/large object and the second heavy/large object In the other section of the heavy/large object, the second auxiliary connecting member is set in the ortho position of the connecting end; and the other one of the two heavy/large objects such as the first heavy/large object and the second heavy/large object The second auxiliary engaging member of the heavy/large object is in contact with the first auxiliary connecting member, so that the desired connecting end of the other heavy/large object is alignedly engaged with any of the above-mentioned heavy/large objects. Cohesive end. According to the method for locating a heavy/large object according to the scope of claim 8, wherein the first heavy/large object is in a static state during the joining process, and the second heavy/large object is connected The process is dynamic, and the first auxiliary connecting member is disposed at a lower edge of the first heavy/large object to be engaged to facilitate the joining operation. According to the method for joining and positioning a heavy/large object according to claim 8, wherein the first heavy/large object is in a static state during the joining process, and the second heavy/large object is in a dynamic state during the joining process. The first auxiliary connecting member is disposed on the upper edge of the second heavy/large object to be engaged to facilitate the joining operation. According to the method for joining and positioning a heavy/large object according to claim 8, wherein the first auxiliary connecting member is removed after the joining work is completed. The method for engaging and positioning a heavy/large object according to the invention of claim 8, wherein the first auxiliary connecting member remains in any of the above-mentioned heavy/large objects after the joining work is completed. The method for engaging and positioning a heavy/large object according to any one of claims 8 to 12, wherein the intended connection end of the first heavy/large object and the intended connection end of the second heavy/large object Each of the connecting flanges is provided, and the connecting flange of the second heavy/large object is connected to the first auxiliary connecting member, so that the connecting end of the other heavy/large object is aligned. Connect to any of the above mentioned heavy/large objects. The method for engaging and positioning a heavy/large object according to any one of claims 8 to 12, wherein the intended connection end of the first heavy/large object and the intended connection end of the second heavy/large object Either there is no connecting flange, and the connecting end of the second heavy/large object is in contact with the first auxiliary connecting member, so that the connecting end of the other heavy/large object is aligned with the above. Any of these heavy/large objects are intended to be connected. A joint positioning structure of a heavy/large object connects a first heavy/large object to a second heavy/large object, and the joint positioning structure of the heavy/large object comprises: a first auxiliary connecting member, which is installed at the first The adjacent position of the joint of any two heavy/large objects such as a heavy/large object and a second heavy/large object, the auxiliary connecting member has a first positioning portion for the first The other part of the heavy/large object of the heavy/large object and the second heavy/large object touches the first positioning part of the auxiliary connecting member, so that the other part of the above is heavy The intended connection of the large object is aligned to the desired end of any of the above-mentioned heavy/large objects, so that the intended connection of the first heavy/large object is aligned with the second heavy/large object. The desire to connect. The articulated positioning structure of the heavy/large object according to the fifteenth aspect of the patent application, wherein the first heavy/large object is in a static state during the joining process, and the second heavy/large object is in a dynamic state during the joining process. The first auxiliary connecting member is disposed at a lower edge of the first heavy/large object to be engaged to facilitate the joining operation. The articulated positioning structure of the heavy/large object according to the fifteenth aspect of the patent application, wherein the first heavy/large object is in a static state during the joining process, and the second heavy/large object is in a dynamic state during the joining process. The first auxiliary connecting member is disposed on the upper edge of the second heavy/large object to be engaged to facilitate the joining operation. The articulated positioning structure of the heavy/large object according to any one of claims 15 to 17, wherein the intended connection end of the first heavy/large object and the intended connection end of the second heavy/large object There is no connecting flange, and the connecting end of the second heavy/large object is in contact with the first auxiliary connecting member, so that the other heavy/large object is connected. It is possible to align to the desired end of any of the above-mentioned heavy/large objects. The articulated positioning structure of the heavy/large object according to any one of claims 15 to 17, wherein the intended connection end of the first heavy/large object and the intended connection end of the second heavy/large object Each of the connecting flanges is provided, and the connecting flange of the second heavy/large object is connected to the first auxiliary connecting member, so that the connecting end of the other heavy/large object is aligned. Connect to any of the above mentioned heavy/large objects. The articulated positioning structure of the heavy/large object according to any one of claims 15 to 17, wherein the first auxiliary engaging member further has a retaining portion, and the first heavy/large object is desired The connecting end and the connecting end of the second heavy/large object are each provided with a connecting flange, and the connecting flange of the second heavy/large object to be engaged with the first auxiliary connecting member makes the above-mentioned additional The desired end of a heavy/large object is aligned to the desired end of any of the above-mentioned heavy/large objects, and the first auxiliary is slid by the connecting flange of the second heavy/large object The retaining portion of the engaging member prevents the first heavy/large object from separating from the second heavy/large object during the joining process. The articulated positioning structure of the heavy/large object according to any one of claims 15 to 17, wherein the first auxiliary engaging member further has a retaining portion and is provided on the retaining portion and has a guiding slope a guiding portion, wherein the connecting end of the first heavy/large object and the intended end of the second heavy/large object are each provided with a connecting flange, and the engaging end of the second heavy/large object The edge is smoothly buckled in the retaining portion by the guiding of the guiding inclined surface of the guiding portion, and prevents the first heavy/large object from separating from the second heavy/large object during the joining process, so that the other weights mentioned above are/ The intended connection of a large object is smoothly aligned to the above Any of these heavy/large objects are intended to be connected. A joint positioning structure of a heavy/large object connects a first heavy/large object to a second heavy/large object, and the joint positioning structure of the heavy/large object comprises: a first auxiliary connecting member, which is installed at the first The adjacent position of the joint of any two heavy/large objects such as heavy/large objects and second heavy/large objects, the auxiliary connecting member has a first positioning portion; the second auxiliary joint The component is installed in the ortho position of the other heavy/large object of the two heavy/large objects such as the first heavy/large object and the second heavy/large object, and the second auxiliary connecting member has a second positioning portion; in order to contact the first auxiliary connecting member of the other heavy/large object of the two heavy/large objects such as the first heavy/large object and the second heavy/large object; The member is configured such that the connecting end of the other heavy/large object is aligned to the desired end of any of the above-mentioned heavy/large objects, so as to facilitate the alignment of the first heavy/large object. Connected to the desired end of the second heavy/large object. The articulated positioning structure of the heavy/large object according to claim 22, wherein the first heavy/large object is in a static state during the joining process, and the second heavy/large object is in a dynamic state during the joining process. The first auxiliary connecting member and the second auxiliary connecting member are disposed at a lower edge of the first heavy/large object to be engaged to facilitate the joining operation. The articulated positioning structure of the heavy/large object according to claim 22, wherein the first heavy/large object is in a static state during the joining process, and the second heavy/large object is in a dynamic state during the joining process. The first auxiliary connecting member and the second auxiliary bearing The component is placed on the upper edge of the second heavy/large object to be engaged to facilitate the joining operation. The articulated positioning structure of the heavy/large object according to any one of claims 22 to 24, wherein the first auxiliary engaging member further has a retaining portion and is attached to the second heavy/large object The second auxiliary engaging member of the connecting end is in contact with the first auxiliary connecting member, so that the connecting end of the other heavy/large object is alignedly engaged with any of the above-mentioned heavy/large objects. And sliding the second auxiliary connecting member to the retaining portion of the first auxiliary connecting member to prevent the first heavy/large object from separating from the second heavy/large object during the joining process. The articulated positioning structure of the heavy/large object according to any one of claims 22 to 24, wherein the first auxiliary engaging member further has a retaining portion and is provided on the retaining portion and has a guiding bevel And guiding the second auxiliary connecting member of the second heavy/large object to be engaged by the guiding inclined surface of the guiding portion to smoothly slide into the retaining portion, thereby preventing the first weight /The large object is separated from the second heavy/large object during the joining process, so that the above-mentioned other heavy/large object's intended end can be smoothly aligned to the above-mentioned any heavy/large object. .