TWM487554U - Heavy load cable adapting plate - Google Patents

Description

High load cable adapter

The present invention relates to a high-load cable adapter disk, and more particularly to a cable adapter disk that can be used in high-tech plant facilities and can be used with high-load cable applications to solve cable interleaving problems.

According to the 18-inch fab and 10 nm process, the next phase of semiconductor technology development is the goal. The design, construction, verification, completion and transfer of facilities such as plant laboratories are an indispensable prerequisite for the development of semiconductor R&D and manufacturing, but the research and development of semiconductor facilities is different from the development of traditional plant facilities. , is a complex process and contains many considerations.

In order to build on the continued leadership of Taiwan's semiconductor technology, semiconductor technology R&D and manufacturing must have high-performance manufacturing equipment and extremely meticulous research and development equipment, and these R&D and manufacturing must be and/or not In the environment of electromagnetic interference, in other words, the issue of electromagnetic interference needs to be solved by a new method.

One of the important problems is the transfer of high-load cables, the general adapter disk, and the high-load cable with the function of reducing electromagnetic interference, the problem of cable interlacing will occur, except that it will appear messy. Let the electromagnetic field, which is not easy to reduce, increase again.

In view of this, how to provide a high-load cable adapter disk that can be used with a high-load cable application having a function of reducing electromagnetic interference has become an object of the present invention.

The purpose of the present invention is to provide a high load cable adapter disk that can be used with high load cable applications without cable interleaving problems.

In order to solve the above problems and achieve the object of the present invention, the technical means of the present invention is realized as a high-load cable adapter disk, which is capable of setting the A-phase line (R) in a manner of rotating the phase line in sequence with the previous direction. a cable adapter (100) for a high load cable (200) of phase B (S) and phase C (T), characterized in that the cable adapter (100) includes one a casing (1), and at least one cable connection group (2) disposed at an end surface of the casing (1); the cable connection group (2) comprising a cable capable of being associated with a corresponding high load cable (200) a first connecting group (21) vertically disposed at one end side of the casing (1), and a second connecting group (22) vertically disposed at the other side of one end of the casing (1) And a third connection group (23) vertically disposed between the first connection group (21) and the second connection group (22); the first connection group (21) and the second connection group (22) And a third connection group (23), each of which includes a first connector (10) connectable to the A phase line (R) in the high load cable (200), and a high load The second connection of the B phase line (S) in the cable (200) a head (20), and a third connector (30) connectable to a C-phase line (T) in the high-load cable (200); the first connection in the first connection group (21) The joint (10), the second joint (20) and the third joint (30) are sequentially disposed from the top end of the casing (1) toward the bottom end; the second joint group (22) The first connector (10), the second connector (20) and the third connector (30) are in a direction from the top end of the box (1) to the bottom end, and the second connector (20) The order of the third connector (30) and the first connector (10) is sequentially set; the first connector (10) of the third connection group (23), the second The connecting head (20) and the third connecting head (30) are from the top end of the box body (1) toward the bottom end, and the third connecting head (30), the first connecting head (10), the The order of the second connectors (20) is sequentially set.

More preferably, the high load cable (200) further includes a neutral line (N); and the first connection group (21), the second connection group (22), and the third connection group ( 23), the three of them Each of them further includes a fourth connector (40) located at the bottom end of each connection group and capable of being connected to the aforementioned neutral line (N).

More preferably, the first connection group (21), wherein the first connection head (10) further passes through at least one conductive element (50) and the second connection group (22), the third connection group ( 23) the corresponding first connector (10) is electrically connected, and the second connector (20), the third connector (30), and the fourth connector (40) are similarly a conductive element (50) and the second connection group (22), the second connection head (20) corresponding to the third connection group (23), the third connection head (30), and the fourth connection Head (40).

More preferably, the high-load cable (200) is connected in a mirrored manner to set the A-phase line (R), the B-phase line (S), and the C-phase line (T). The group (2) is also more capable of mirroring the corresponding first connection group (21), the second connection group (22), and the third connection group (23).

More preferably, when the high-load cable (200) is disposed in a stacked arrangement, the cable connection group (2) is also more capable of setting the corresponding cable connection group in a stacked arrangement. (2).

Compared with the prior art, the effects of the present invention are as follows:

First point: By changing the cable connection group (2), the first connection group (21), the second connection group (22), and the third connection group (23) are configured to perfectly match the high load cable (200). Whether the phase line is rotated clockwise or counterclockwise, or the mirror configuration is added, or a multi-layer high-load cable (200) is added, the A-phase line (R) and the first connector (10) When the B-phase line (S) is connected to the second connector (20) and the C-phase line (T) and the third connector (30), the phase line is not interlaced, and the wiring can be smoothly performed. .

The second point: through the addition of the fourth connector (40), the present invention can be flexibly applied regardless of whether it is a three-phase three-wire or a three-phase four-wire.

The third point: through the use of the conductive element (50), the new type can smoothly operate with the high load cable (200), and smoothly transfer.

1‧‧‧Box

2‧‧‧Cable connection group

21‧‧‧First Connection Group

22‧‧‧Second connection group

23‧‧‧ Third Connection Group

10‧‧‧First connector

20‧‧‧second connector

30‧‧‧ third connector

40‧‧‧fourth connector

50‧‧‧Conducting components

100‧‧‧ cable adapter

200‧‧‧High load cable

R‧‧‧A phase line

S‧‧‧B phase line

T‧‧‧C phase line

N‧‧‧Neutral

Figure 1: Schematic diagram of the new model.

Figure 2: Schematic representation of the internal structure of the present invention.

Figure 3: Schematic diagram of the implementation of the new type of high load cable with the first type.

Figure 4: Side view of the new type of high load cable with the first type.

Figure 5: Schematic diagram of the implementation of the new type of high load cable in combination with the second type.

Figure 6: Side view of the new type of high load cable in combination with the second type.

Figure 7: Schematic diagram of the new type of high load cable with the third type.

Figure 8: Schematic diagram of the new type of application with the fourth type of high load cable.

The following is a detailed description of the following embodiments according to the drawings:

As shown in Fig. 1 to Fig. 7, the figure shows that it is a high-load cable adapter disk, which can set the A-phase line (R) and the B-phase line in a manner that can rotate the phase line in sequence with the previous one. Cable adapter (100) for high load cable (200) of (S) and C phase (T), characterized in that the cable adapter (100) comprises a casing (1) And at least one cable connection group (2) disposed at an end surface of the casing (1); the cable connection group (2) comprising a vertical device connectable to the corresponding high load cable (200) a first connecting group (21) at one end side of the casing (1), a second connecting group (22) vertically disposed at the other side of the end surface of the casing (1), and a vertical setting a third connection group (23) between the first connection group (21) and the second connection group (22); the first connection group (21), the second connection group (22), and the third connection Group (23), all of which comprise a first connector (10) connectable to the A phase line (R) in the high load cable (200), and a high load cable (200) a second connector (20) connected to the B phase line (S), and a third connector (30) connectable to the C phase line (T) in the high load cable (200); The first connector (10), the second connector (20) and the third connector (30) in the first connection group (21) are sequentially from the top end of the box (1) to the bottom The first connector (10), the second connector (20) and the third connector (30) in the second connection group (22) are configured by the box (1) The top end of the second connection head (20), the third connection head (30), and the first connection head (10) are sequentially disposed in the order of the bottom end; the third connection group (23) The first connector (10), the second connector (20) and the third connector (30) are in a direction from the top end of the box (1) to the bottom end, and the third connector ( 30) The order of the first connector (10) and the second connector (20) is sequentially set.

Wherein, the configuration of the first connection group (21), the second connection group (22), and the third connection group (23) can effectively match the high load cable (200) regardless of the phase of the high load cable (200) The line is rotated clockwise or counterclockwise, and the A phase line (R), the B phase line (S), and the C phase line (T) can be made with the first connector (10), When the second connector (20) and the third connector (30) are connected, phase-to-line interlacing and confusion do not occur.

Secondly, the overall improvement of the cable adapter plate (100) is not only low cost, but also easy to use. With the simple structure, it can be quickly put into production and is very beneficial to popularization and application.

In addition, when the cable adapter (100) is connected to the high-load cable (200), whether it is the inverted U setting method [as shown in Figure 4] or the Z setting [as shown in Figure 6], it will be smooth. application.

In the above, the high load cable (200) further includes a neutral line (N); and the first connection group (21), the second connection group (22), and the third connection group (23) Each of the three further includes a fourth connector (40) located at the bottom end of each connection group and capable of being connected to the aforementioned neutral line (N).

Among them, through this type of setting, it is more suitable for the three-phase four-wire high-load cable (200) for plant setting applications.

In the above, the first connection group (21), wherein the first connection head (10) further passes through at least one conductive element (50) and the second connection group (22), the third connection group (23) The corresponding first connector (10) is electrically connected, and the second connector (20), the third connector (30), and the fourth connector (40) are also electrically connected through at least one conductive device. a second connector (20) corresponding to the second connection group (22), the third connection group (23), the third connector (30), and the fourth connector ( 40). Among them, through the application of the conductive element (50), plus the mirror image design, in conjunction with the application of the high load cable (200), the phase line confusion problem that occurs when the phase line and the adapter disk are connected is completely solved.

In the above, the high-load cable (200) is further connected to the A-phase line (R), the B-phase line (S), and the C-phase line (T) by means of mirroring, and the cable connection group ( 2) The corresponding first connection group (21), the second connection group (22), and the third connection group (23) are also more preferably mirrored.

Among them, by changing the cable connection group (2), the mirror arrangement allows the present invention to correspond to the third type of high load cable (200), as shown in Fig. 7, generally, and is convenient for application.

In the above, when the high-load cable (200) is disposed in a stacked arrangement, the cable connection group (2) can also be arranged in a stacked manner to set the corresponding cable connection group (2). ).

Among them, by stacking the cable connection group (2), the stacking arrangement allows the new type to correspond to the fourth type of high load cable (200), as shown in Fig. 8, generally, easy to apply, no need to worry about Since the high load cable (200) becomes large, the problem that cannot be applied occurs.

It can be known that, due to the design of the cable connection group (2) in the present invention, to match different high-load cables (200), the problem of phase-line interleaving is solved, and it is very suitable. Use, practicality, efficacy and industrial use.

The structure, features and effects of the present invention are described in detail above based on the embodiments shown in the drawings. Since the novel and progressive requirements are met, a new patent application is filed according to law; however, the above description is only a preferred embodiment of the present invention. However, the present invention is not limited to the scope of implementation of the present invention, and therefore modifications that are in accordance with the meaning of the present invention are intended to fall within the scope of the present invention as long as they are within the scope of the present invention.

1‧‧‧Box

2‧‧‧Cable connection group

21‧‧‧First Connection Group

22‧‧‧Second connection group

23‧‧‧ Third Connection Group

10‧‧‧First connector

20‧‧‧second connector

30‧‧‧ third connector

40‧‧‧fourth connector

100‧‧‧ cable adapter

Claims (5)

A high-load cable adapter disk, which is a high-load cable (200) capable of setting phase A (R), phase B (S), and phase C (T) in a phase-by-sequence manner. The cable adapter disk (100) of the present invention is characterized in that the cable adapter disk (100) comprises a casing (1) and at least one cable connection disposed at an end surface of the casing (1) Group (2); the cable connection group (2) comprising a first connection group disposed at a side of one end face of the case body (1) connected to the corresponding high load cable (200) ( 21) a second connection group (22) vertically disposed at the other side of the one end of the casing (1), and a vertical connection between the first connection group (21) and the second connection group (22) a third connection group (23); the first connection group (21), the second connection group (22), and the third connection group (23), all of which comprise a high-load cable ( a first connector (10) connected to the A phase line (R) in 200), a second connector (20) connectable to the B phase line (S) in the high load cable (200), And a third connector (30) connectable to the C phase line (T) in the high load cable (200); The first connector (10), the second connector (20) and the third connector (30) in the first connection group (21) are sequentially from the top end of the box (1) to the bottom The first connector (10), the second connector (20) and the third connector (30) in the second connection group (22) are configured by the box (1) The top end of the second connection head (20), the third connection head (30), and the first connection head (10) are sequentially disposed in the order of the bottom end; the third connection group (23) The first connector (10), the second connector (20) and the third connector (30) are in a direction from the top end of the box (1) to the bottom end, and the third connector ( 30) The order of the first connector (10) and the second connector (20) is sequentially set. The high load cable transfer disk of claim 1, wherein: the high load cable (200), Further comprising a neutral line (N); and the first connection group (21), the second connection group (22), and the third connection group (23), each of which further comprises a connection group The fourth connector (40) at the bottom end and capable of being connected to the aforementioned neutral line (N). The high load cable adapter disk of claim 2, wherein: the first connection group (21), wherein the first connector (10) is further connected to the second connection by at least one conductive component (50) The first connector (10) of the group (22), the third connection group (23) is electrically connected, and the second connector (20) of the first connection group (21), the third connection Similarly, the head (30) and the fourth connector (40) are further connected to the second connection group (22) and the second connection group (23) by at least one conductive element (50). a connector (20), the third connector (30), and the fourth connector (40). The high-load cable transfer disk according to claim 3, wherein: the high-load cable (200) further includes a mirroring method to set an A-phase line (R), a B-phase line (S), and The C-phase line (T), the cable connection group (2) is also more capable of mirroring the corresponding first connection group (21), the second connection group (22), and the third Connect the group (23). The high load cable transfer disk according to claim 4, wherein: the high load cable (200) is arranged in a stacked arrangement, and the cable connection group (2) is also arranged in a stack. The way to set the corresponding cable connection group (2).