TWM544727U - Power line insulator structure improvement - Google Patents

Description

Improvement of insulator structure of power line

This creation is related to the improvement of the insulator structure of a power line, especially a power line that can provide users with a variety of configurations when used to increase the convenience of the overall use.

Press, in the interior decoration, there are usually several mains sockets on the wall to plug in the power supply, but there are many kinds of electrical appliances. The existing mains sockets are often not enough, or the location of the electrical appliances is too far from the mains outlet. In order to meet the basic needs of the user, the user must purchase an additional expansion socket (or extension cord) to increase the number of original utility outlets or extend the position of the mains outlet.

With the advancement of the technology era and the improvement of the quality of life, through the operation of various electronic and electrical products, such as desktop computers, notebook computers, personal digital assistants, photo printers for office appliances, fax machines, printers, Household televisions, stereos, air conditioners, refrigerators, washing machines, fans, electric cookers, etc., using the use of electronic and electrical products, assisting in the work and life of many things, smooth operation, and in daily life or work environment To achieve convenient, rapid, safe and comfortable effects, but because of the ever-increasing technology, various types of electronic and electrical products are constantly being introduced and developed, and in the family life and working environment of the office, the use of electronics, Electrical products are also increasing, resulting in human life is inseparable from electrical energy, and generally there will be multiple power outlets on the indoor walls, but due to the limited number of power outlets, and the location of the configuration does not necessarily meet user needs. Therefore, users usually purchase various types of extension cord sockets, and use the extension cord socket to become the best weapon for expanding the power socket.

Generally, the extension cord socket is an intermediate power source and an electric appliance room, so that the power source can smoothly enter the electric appliance for use thereof. Nowadays, the socket and the extension cord are covered with a plastic insulating layer to avoid leakage.

However, as far as the above is concerned, the socket is protected from leakage by covering the plastic insulating layer, so that the user can avoid the short circuit during use, and the safety of the overall use is improved. It is impossible to provide other effective use states, which makes the structure more tedious, tedious, and lack of practicality, thereby reducing the consumer's willingness to purchase, and it is not economically beneficial, and needs to be improved.

The present invention provides an improvement of the insulator structure of the power line, comprising: a housing unit integrally formed in a predetermined pattern; a power switch module assembled in the housing unit, the top end of the power switch module A push switch formed on one side of the housing unit is disposed; a power socket module is disposed in the housing unit, and the power socket module is coupled to the power switch module and electrically a joint state; and an insulator, which is located at an outer edge of the shell unit and is in a coated state; The insulating system comprises a cladding shell and an assembly, wherein: the cladding shell is integrally presented at an outer edge of the shell unit in an injection coating manner, and the cladding shell is surrounded by the shell a plurality of jack ends are disposed, and a plurality of jacks are disposed at each of the jack ends; and a cover end of the covering shell is provided with a push switch for the power switch module to be exposed. a through hole, the other end surface of the cladding shell is provided with an assembly area formed by joining the assembly; and the assembly has a main body portion formed at a predetermined shape at one end and the other end portion And a connecting portion extending at one end of the main body portion for being disposed at an assembly area of the covering shell to connect the assembly with the covering shell to form a movable adjustable assembly The structure of the tilt angle.

The through hole and the assembly area of the covering shell are disposed at any side of the covering shell; wherein the main body portion of the assembly is entirely in a non-rotating or rotating structure and located at the joint The upper end of the region; wherein the overall shape of the main body of the assembly is represented by any one of a hook, a lifting ring, an adsorbing member or a buckle; wherein the assembly area of the covering shell has two upwardly extending And forming a pivoting arm, and a nesting hole formed between the two pivoting ears, wherein one of the pivoting ears is provided with a pivoting hole formed in a laterally penetrating shape, and the other pivoting ear is provided with a a stepped through hole formed in a transverse direction; the joint region of the assembly has a pivoting ear disposed at an embedding hole of the assembly area of the covering shell, and the pivoting ear system is provided with a transverse through shape Pivot hole; Wherein the pivoting ears of the two pivots of the assembly area of the covering shell and the joining area of the assembly are coupled with a connecting device through the pivoting holes and stepped perforations of the two pivots of the assembly area; a pivoting hole of the pivoting lug of the connecting area is in a connected state; wherein the assembling area of the covering shell has a pivoting ear formed extending upwardly, and the pivoting ear is provided with a laterally penetrating shape The connecting portion of the assembly has two pivoting ears formed to extend downwardly, and a pivoting insertion hole formed between the two pivoting ears for assembling the covering shell The pivot pin is disposed, and each of the two pivoting ear systems is provided with a pivot hole formed in a laterally through shape; wherein the pivoting ear of the assembly area of the covering case and the two pivoting ears of the connecting area of the assembly The two are connected to each other by a connecting device through a pivot hole of the two pivoting ears of the connecting portion and a pivot hole of the pivoting portion of the assembly area; wherein the connecting device has a bolt and is inserted Provided at the joint area of the assembly area of the cladding shell and the assembly; and a nut for the bolt Solidally used to fasten or loosen the fixed joint between the assembly and the cladding shell; wherein the assembly area of the cladding shell has a groove formed downwardly recessed, the groove has two inner walls The pivoting hole formed by the lateral recess is formed; and the connecting region of the assembly has a pivoting ear formed to extend downwardly, and the pivoting ear is provided with a pivoting hole formed by the transverse penetrating shape. The pivoting ears of the connecting portion of the assembly are disposed in a joint state in the groove of the assembly area of the covering shell; wherein the groove of the assembly area of the covering shell and the joint of the assembly are pivoted Ear, both The connecting device is disposed in the pivoting hole of the pivoting ear of the connecting area, and the two ends of the connecting device are placed in the pivoting hole of the groove of the assembling area to be in a connected state; wherein the bag is in a connected state; The assembly area of the shell has two grooves formed by recessing downwards, and the inner walls of the two grooves are provided with a pivot hole formed by lateral depression; and the joint area of the assembly has two a pivoting ear formed by extending downwardly, and a pivoting insertion hole formed between the two pivoting ears, and each of the two pivoting ear systems is provided with a pivot hole formed in a laterally penetrating shape, The two pivoting ears of the joint region of the assembly are disposed in a joint state of the two grooves of the assembly area of the cladding shell; wherein the two trenches of the assembly area of the cladding shell and the joint region of the assembly The two pivoting ears are respectively disposed in the pivoting holes of the pivoting ears of the connecting zone, and the two ends of the connecting device are placed in the grooves of the assembling zone. The connecting hole of the slot is in a connected state; wherein the connecting device is selected from a spring latch and is inserted The assembly area of the assembly and the assembly area of the cladding shell, the fixed connection between the assembly and the cladding shell; wherein the insulator further comprises a power cord located at the rear end of the cladding shell In an extended state, one end is coupled to the power socket module and electrically connected, and a plug is coupled to the other end of the power line and electrically connected.

The main purpose of this creation is to provide a power line that allows users to achieve a variety of configurations when used to increase the convenience of the overall use.

Due to the improved insulator structure of the power line of this creation, the effect is: When the power line is created by the present invention, the assembly area of the covering shell of the insulator and the connecting area of the assembly are disposed, and the connecting device is fixedly coupled to the assembly section of the covering shell by the connecting device. Having the assembly in a joined state with the cladding shell to form a structure that is movable to adjust the angle of inclination of the assembly; thereby, the body portion of the assembly is non-rotating or The structure of the rotary body is such that when the overall shape of the main body of the assembly is in the form of a loop, the user can pass through the main body of the fitting body to the external positioning member. The power line can be created to be displaced on the positioning member; or the user can pass through the body of the assembly to the external hook frame to prevent the power line from moving or dislocating during use. The situation occurs; even when the overall shape of the main body of the assembly is presented in the form of an adsorbent, the user can pass through the main body of the assembly to an external support surface (eg, a wall, a floor or a table top... And pressing downward to be in close contact with the supporting surface, so that the power line can be fixed to the supporting surface, so that the user can insert and remove the electrical plug without worrying about the power line moving or The displacement occurs to increase the convenience of the overall use; thereby providing a power line that allows the user to achieve a variety of configurations when used to increase the convenience of the overall use.

This creation:

1‧‧‧Sheet unit

2‧‧‧Power switch module

21‧‧‧Press switch

3‧‧‧Power socket module

4‧‧‧Insulator

41‧‧‧Covered shell

411‧‧‧ jack end

4111‧‧‧ jack

412‧‧‧through hole

413‧‧‧ Assembly area

4131‧‧‧ 枢 ear

41311‧‧‧Pivot hole

41312‧‧‧ stepped perforation

4132‧‧‧Inlay

4133‧‧‧ 耳耳

41331‧‧‧Pivot hole

4134‧‧‧ trench

41341‧‧‧Pivot hole

4135‧‧‧ trench

41351‧‧‧Pivot hole

42‧‧‧Assemblies

421‧‧‧ Main body

422‧‧‧ Linked area

4221‧‧‧ pivoting ears

42211‧‧‧Pivot hole

4222‧‧‧ pivoting ears

42221‧‧‧Pivot hole

4223‧‧‧Pivot inlay

4224‧‧‧ pivoting ears

42241‧‧‧Pivot hole

4225‧‧‧ pivoting ears

42251‧‧‧Pivot hole

4226‧‧‧Pivot inlay

43‧‧‧Linking device

431‧‧‧ bolt

432‧‧‧ nuts

433 ‧ ‧ spring latch

44‧‧‧Power cord

45‧‧‧ plug

5‧‧‧Power socket

6‧‧‧Electrical plug

7‧‧‧ Positioning parts

8‧‧‧hook frame

9‧‧‧ support surface

Fig. 1 is a perspective view showing the first embodiment of the present creation.

Fig. 2 is an exploded perspective view showing the first embodiment of the present creation.

Fig. 3 is a perspective exploded view of the second embodiment of the present creation.

Fig. 4 is a perspective exploded view of the third embodiment of the present creation.

Fig. 5 is a perspective exploded view of the fourth embodiment of the present creation.

Fig. 6 is a view showing the state of use of the first embodiment of the present creation (1).

Fig. 7 is a diagram showing the state of use of the first embodiment of the present creation (2).

Fig. 8 is a diagram showing the state of use (3) of the first embodiment of the present creation.

First of all, please refer to Figure 1 to Figure 5, which is the "Improvement of Insulator Structure of Power Line". This creation consists of: a housing unit 1, a power switch module 2, and a power socket module. 3 and an insulator 4; wherein: the housing unit 1 is formed in a predetermined shape as a whole; the power switch module 2 is assembled in the housing unit 1, and the top end of the power switch module 2 is The power socket module 3 is disposed in the housing unit 1 , and the power socket module 3 is coupled to the power switch module 2 . The power socket module 3 is coupled to the power switch module 2 . And the electrical connection state; and the insulator 4 is located at the outer edge of the housing unit 1 and is in a covered state; in particular, the housing unit 1, the power switch module 2 and the power supply The socket module 3 is not the focus of the present invention, so it is described in a brief description. The insulator 4 includes a cladding shell 41 and an assembly 42. The cladding shell 41 is integrally formed to be ejected. Presented in the housing unit 1 The outer edge of the cover 41 is provided with a plurality of jack ends 411, and a plurality of jacks 4111 are disposed at each of the jack ends 411. The cover 41 is provided with a power supply. The pressing switch 21 of the switch module 2 is disposed to be in the exposed shape through hole 412, and the other end surface of the covering shell 41 is provided with an assembly area 413 formed by joining the assembly 42; the assembly The main body portion 421 is formed at one end of the main body portion 421, and the other end is provided with a connecting portion 422 extending at one end of the main body portion 421. The connecting portion 422 is used for the bag. At the assembly area 413 of the cladding 41, the assembly 42 and the cladding shell 41 are connected to each other to form a structure for actively adjusting the inclination angle of the assembly 42; as described in the above structure, further For example, the through hole 412 and the assembly area 413 of the covering shell 41 are disposed at any side of the covering shell 41; the main body portion 421 of the assembly 42 is non-rotating or rotating as a whole. Any one of the structures is located at the upper end of the joint region 422; wherein the body of the assembly 42 The overall shape of the 421 is either a hook (as shown in Figure 1, 2), a lifting ring (as shown in Figure 3), an adsorbing member (as shown in Figure 4) or a buckle (not shown). In addition, when the cladding shell 41 and the assembly 42 of the insulator 4 are assembled and coupled, a plurality of different structural patterns are presented, as follows: Type 1: The foregoing cladding shell 41 The assembly area 413 has two extending upwards to form a pivot 4131, and a nesting hole 4132 formed between the two pivoting ears 4131, wherein one of the pivoting ears 4131 is provided with a pivot hole 41311 formed in a laterally penetrating shape, and the other pivoting ear 4131 is The stepped through hole 41312 is formed in a laterally penetrating shape. The connecting portion 422 of the assembly 42 has a pivoting lug 4221 disposed at the embedding hole 4132 of the assembly area 413 of the covering shell 41. The pivoting lug 4221 is provided with a pivoting hole 42211 extending in a lateral direction, and the pivoting hole 42211 of the pivoting lug 4221 of the connecting portion 422 and the pivoting hole 41311 and the step of the second pivot 4131 of the assembling portion 413 The perforations 41312 are concentric circles; wherein the two pivots 4131 of the assembly area 413 of the cladding shell 41 and the pivoting lugs 4221 of the joint region 422 of the assembly 42 are coupled with a connecting device 43 through the assembly. The pivoting hole 41311 and the stepped through hole 41312 of the second pivot 4131 of the region 413 are connected to the pivot hole 42211 of the pivoting lug 4221 of the connecting portion 422; the connecting device 43 has a bolt 431. The pivot hole 41311 and the stepped through hole 41312 of the assembly area 413 of the cladding shell 41 are connected to the assembly 42 a pivot hole 42211 of the region 422; and a nut 432 disposed in the stepped through hole 41312 of the assembly area 413 of the cladding shell 41 for locking the bolt 431 and for tightening or loosening the bolt 431 A fixed connection between the joint region 422 of the assembly 42 and the assembly area 413 of the cladding shell 41 (as shown in FIG. 2); the second type: the assembly area 413 of the cladding shell 41 has an upwardly extending direction Forming a pivot 4133, the pivot 4133 is provided with a pivot hole formed in a laterally through shape The connecting portion 422 of the assembly 42 has two pivoting ears 4222 extending downwardly, and a pivoting hole 4223 formed between the two pivoting ears 4222 for providing the covering shell. The pivoting hole 4133 of the assembly area 413 of the 41 is disposed, and the pivotal hole 42221 formed by the laterally extending shape is disposed on the two pivoting ears 4222, and even the pivoting hole 42221 of the one pivoting lug 4222 is The pivoting hole 4222 is provided with a pivoting hole 42211 which is transversely penetrating, and the pivoting hole 42221 of the two pivoting ears 4222 of the connecting portion 422 is The pivoting holes 41331 of the two pivots 4133 of the assembly area 413 are concentric; wherein the pivoting ears 4133 of the assembly area 413 of the covering shell 41 and the two pivoting ears 4222 of the joining area 422 of the assembly 42 The connecting device 43 is connected to the pivoting hole 42221 of the pivoting lug 4222 of the connecting portion 422 and the pivoting hole 41313 of the pivot 4133 of the assembling portion 413; the connecting device 43 is connected; The utility model has a bolt 431 which is inserted into the joint region 422 of the assembly area 413 of the cladding shell 41 and the joint region 422 of the assembly 42. And a nut 432 is located outside one of the pivoting ears 4222 of the joint region 422 of the assembly 42 for locking the bolt 431 and for tightening or loosening the assembly 42 and The fixed connection between the cladding shells 41 (as shown in FIG. 3); the third type: the assembly area 413 of the cladding shell 41 has a groove 4134 formed by being recessed downward, the groove 4134 The side inner wall is provided with a pivot hole 41341 formed by lateral depression; and the joint region 422 of the assembly 42 has a downwardly extending direction The pivoting lug 4224 is formed with a pivoting hole 42241 formed in a laterally extending shape. The pivoting lug 4224 of the connecting portion 422 of the assembly 42 is disposed on the covering shell 41. The groove 4134 of the assembly area 413 is in a connected state; and the groove 4134 of the assembly area 413 of the cladding case 41 is long enough for the pivoting lugs 4224 of the joint region 422 of the assembly 42 to be assembled and connected. An angle of inclination is obtained; wherein the groove 4134 of the assembly area 413 of the cladding shell 41 and the pivoting lug 4224 of the joint area 422 of the assembly 42 are coupled to the pivoting portion of the joint area 422 The connecting member 43 is inserted into the pivot hole 42241 of the mounting portion 413 and is connected to the pivot hole 41341 of the assembly area 413 to be in a connected state; wherein the connecting device 43 is selected from a spring. The latch 433 is inserted into the joint region 422 of the assembly 42 and the assembly area 413 of the cladding shell 41 to fix the joint between the assembly 42 and the cladding shell 41 (as shown in FIG. 4). State 4: the assembly area 413 of the cladding case 41 has two grooves 4135 formed by recessing downward, and the two grooves 4135 are The inner wall of each of the two sides is provided with a pivot hole 41351 formed by a lateral recess; and the connecting portion 422 of the assembly 42 has two pivoting ears 4225 extending downwardly, and one of the two pivoting ears A pivoting hole 4226 is formed in the 4225, and a pivot hole 42251 is formed in the horizontal direction through the two pivoting ears 4225, and the two pivoting ears of the connecting portion 422 of the assembly 42 are transmitted through the pivoting hole 42251. 4225 is disposed in the two trenches 4135 of the assembly area 413 of the cladding shell 41. The two slots 4135 of the assembly area 413 of the cladding 41 have a length sufficient to allow the two pivoting ears 4225 of the joint region 422 of the assembly 42 to be assembled and connected to each other to exhibit an oblique angle; The two grooves 4135 of the assembly area 413 of the shell 41 and the two pivoting ears 4225 of the joint area 422 of the assembly 42 are respectively provided with at least one connecting device 43 and are respectively disposed on the pivoting ears of the connecting area 422. In the pivot hole 42251 of the 4225, the two ends of the connecting device 43 are placed in the connecting hole 41351 of the groove 4135 of the assembly area 413 to be in a connected state; wherein the connecting device 43 is selected from a spring. The latch 433 is inserted into the joint region 422 of the assembly 42 and the assembly area 413 of the cladding shell 41 to fix the joint between the assembly 42 and the cladding shell 41 (as shown in FIG. 5); however, When the packaged shell 41 and the assembly 42 of the insulator 4 are assembled and coupled, the insulator 4 further includes a power cord 44 located in the cladding shell, regardless of the structural type. 41 is extended at the rear end thereof, and one end thereof is coupled to the power socket module 3 and electrically connected The junction state is coupled to the other end of the power line 44 and electrically connected to the plug 45.

Continued, please refer to Fig. 6 to Fig. 8 and with reference to Fig. 1, which is a schematic diagram of the use state of the embodiment of "Improvement of Insulator Structure of Power Line", the present invention includes: a housing unit 1. A power switch module 2, a power socket module 3 and an insulator 4, the overall structure of which has been described above, and therefore will not be described again, the assembly area 413 and assembly of the cladding case 41 through the insulator 4 The connecting area 422 of the object 42 is disposed and passed through the connecting device 43 The fixed connection between the joint region 422 of the assembly 42 and the assembly region 413 of the cladding shell 41 is such that the assembly 42 and the cladding shell 41 are coupled to each other to form an adjustable angle of the assembly 42. However, when the cladding shell 41 and the assembly 42 of the insulator 4 are assembled and joined together, a variety of different structural patterns are exhibited, and various different structural patterns are described above, and thus will not be described again; In the schematic diagram of the state of use of the present embodiment, the assembled connection between the assembly area 413 of the cladding 41 and the connection area 422 of the assembly 42 is represented by the above-described configuration; thereby, the use of the creation When the power line is connected to the power socket 5 at the wall or other switching device by the plug 45 at one end of the power cord 44 of the insulator 4, the power supply is introduced into the power source disposed in the housing unit 1. The socket module 3 controls the power socket module 3 to be electrically turned on/off (ON/OFF) as a whole by the push switch 21 of the power switch module 2. When the user presses the push switch 21, the switch is switched to When the (ON) position is turned on, its power supply is The power switch module 2 is transmitted to the power socket module 3 for an electrical plug 6 of the foreign household appliance to pass through the two jacks 4111 of the jack ends 411 of the covering shell 41 of the insulator 4 Wherein, the conduction power supply is completed; and during use, the main body portion 421 of the assembly 42 is entirely represented by either a non-rotating or rotating structure, and when the main body portion 421 of the assembly 42 is entirely When the modeling is in the form of a loop, the main body 421 is presented in a non-rotating structure in the present drawing, and the user can pass through the main body 421 of the assembly 42 on the external positioning member 7. To make this creation the power The wire can be displaced on the positioning member 7 (as shown in FIG. 6); or the user can pass through the main body portion 421 of the assembly 42 to the external hook frame 8 to avoid the power line. Movement or displacement occurs during use (as shown in Figure 7), thereby increasing the overall ease of use; further, during use, the body portion 421 of the assembly 42 is integrally In the non-rotating or rotating structure, when the main body portion 421 of the assembly 42 is formed by the adsorbent type (as shown in FIG. 8 ), in the embodiment, the The absorbing member refers to a suction cup type, and in the present drawing, the main body portion 421 is represented by a non-rotating structure, and the user can pass the main body portion 421 of the assembly 42 to the external supporting surface 9 (eg, a wall). Pressing down the floor, the table top, etc., forcing the air in the body portion 421 of the assembly 42 to be squeezed out, so that the body portion 421 of the assembly 42 is in close contact with the support surface 9, The power line can be created to be in a fixed state on the support surface 9 for the user to enter the electrical plug 6 When inserting and unplugging, there is no need to worry about the movement or displacement of the power line, thereby increasing the convenience of the overall use; and when the user uses the household appliance, the push switch 21 can be pressed to switch to Turning off the (OFF) position, thereby cutting off the electrical connection between the power socket module 3 and the power source to be in an OFF state, without pulling the electrical plug 6 of the household appliance away, so that the household appliance no longer consumes power. Providing that the electrical connection state between the household electrical appliance and the present power socket module 3 can be controlled directly and easily by using the push switch 21 without removing the electrical plug 6 of the household electrical appliance to prevent the power supply A situation in which a short circuit occurs due to an overload, thereby affecting public safety.

In summary, the improvement of the insulator structure of a power line has not been seen in various books or publicly used, and it is in line with the requirements of the new patent application, and it is requested to express the patent as soon as possible. To be clear, the above is the specific embodiment of the creation and the technical principles applied. If the changes made according to the concept of this creation, the functional role produced by it does not exceed the spirit of the manual and the drawings. At the time, it should be combined with Chen Ming within the scope of this creation.

1‧‧‧Sheet unit

4‧‧‧Insulator

41‧‧‧Covered shell

411‧‧‧ jack end

4111‧‧‧ jack

413‧‧‧ Assembly area

4131‧‧‧ 枢 ear

41311‧‧‧Pivot hole

41312‧‧‧ stepped perforation

4132‧‧‧Inlay

42‧‧‧Assemblies

421‧‧‧ Main body

422‧‧‧ Linked area

4221‧‧‧ pivoting ears

42211‧‧‧Pivot hole

43‧‧‧Linking device

431‧‧‧ bolt

432‧‧‧ nuts

44‧‧‧Power cord

45‧‧‧ plug

Claims (15)

An improvement of the insulator structure of the power line includes: a housing unit integrally formed in a predetermined pattern; a power switch module assembled in the housing unit, the power switch module having a top end a push-pull switch formed on a side of the housing unit; a power socket module is disposed in the housing unit, the power socket module is coupled to the power switch module and electrically connected; And an insulator, which is in a cladding shape at an outer edge of the housing unit, wherein the insulating system comprises a cladding shell and an assembly, wherein: the cladding shell is integrally fired The cover is disposed at an outer edge of the housing unit, and the cover is provided with a plurality of jack ends around the cover, and a plurality of jacks are disposed at each of the jack ends; The end surface is provided with an through hole for the exposed switch of the power switch module to be exposed, and the other end surface of the cover is provided with an assembly area for connecting the assembly; and the assembly , one end of which is provided with a predetermined The other end of the main body is formed with a connecting portion extending at one end of the main body portion, and is disposed at an assembly area of the covering shell, so that the assembly and the covering shell are The connection state forms a structure that can move the adjustment of the tilt angle of the assembly. The insulator structure of the power line according to claim 1 is improved, wherein the through hole and the assembly area of the cladding shell are disposed at either side of the cladding shell. The insulator structure of the power line according to claim 1 is improved, wherein the body portion of the assembly is entirely in a non-rotating or rotating configuration at the upper end of the joint region. The insulator structure of the power line according to claim 3 is improved, wherein the overall shape of the main body of the assembly is represented by any one of a hook, a lifting ring, an adsorbing member or a buckle. The insulation structure of the power line according to claim 1 is improved, wherein the assembly area of the cladding shell has two pivots formed to extend upwardly, and a nest formed between the two pivots, wherein A pivotal ear is provided with a pivoting hole formed in a laterally penetrating shape, and the other pivoting ear is provided with a stepped through hole formed in a laterally penetrating shape; and the connecting portion of the assembly has a pivoting ear , the system is disposed at the embedding hole of the assembly area of the covering shell, and the pivoting ear system is provided with a pivoting hole extending in a transverse direction. The insulator structure of the power line according to claim 5 is improved, wherein the pivoting ears of the two pivots of the assembly area of the covering shell and the connecting portion of the assembly are coupled with a connecting device through the assembly area. The two pivoting holes and the stepped through holes are connected to the pivoting holes of the pivoting ears of the connecting portion. The insulator structure of the power line according to claim 1 is improved, wherein the assembly area of the cladding case has a pivot hole formed to extend upward, and the pivot ear is provided with a pivot hole formed in a laterally penetrating shape. And the connecting region of the assembly has two pivoting ears formed to extend downward, and a pivoting insertion hole formed between the two pivoting ears, which is a pivotal ear for the assembly area of the covering shell The two pivoting ear systems are each provided with a pivot hole formed in a laterally penetrating shape. The insulator structure of the power line according to claim 7 is improved, wherein the assembly area of the cladding shell is Two pivoting ears of the pivoting portion and the connecting portion of the assembly, the two of which are coupled with a connecting device through the pivoting holes of the two pivoting ears of the connecting portion and the pivoting holes of the pivoting ears of the assembly area Link status. The improvement of the insulator structure of the power line according to claim 6 or 8, wherein the connecting device has a bolt inserted into the joint area of the assembly area of the covering shell and the assembly; and a nut The bolt is locked and used to tighten or loosen the fixed connection between the assembly and the cladding. The insulator structure of the power line according to claim 1 is improved, wherein the assembly area of the cladding shell has a groove formed downwardly and recessed, and the inner walls of the two sides of the groove are formed by lateral depression. The pivoting hole of the assembly has a pivoting ear formed to extend downwardly, and the pivoting ear is provided with a pivoting hole formed in a laterally penetrating shape, and the connecting member is connected through the assembly The pivoting ears of the region are disposed in the groove of the assembly area of the covering shell to be in a connected state. The insulator structure of the power line according to claim 10 is improved, wherein the groove of the assembly area of the cladding case and the pivoting ear of the connection area of the assembly are provided with the connecting device at the connection. The pivoting hole of the pivoting portion of the region is disposed, and the two ends of the connecting device are placed in the pivoting hole of the groove of the assembling region to be in a connected state. The insulator structure of the power line according to claim 1 is improved, wherein the assembly area of the cladding shell has two grooves formed by recessing downward, and the inner walls of the two grooves are laterally recessed. And forming a pivot hole; the connecting portion of the assembly has two pivoting ears formed to extend downward, and a pivoting insertion hole formed between the two pivoting ears, and the two pivoting Each of the ear systems is provided with a pivot hole formed in a transversely penetrating shape, which penetrates the joint region of the assembly The two pivoting ears are disposed in the two grooves of the assembly area of the covering shell to be in a connected state. The insulator structure of the power line according to claim 12 is improved, wherein the two grooves of the assembly area of the cladding shell and the two pivoting ears of the joint region of the assembly are matched with at least one connecting device and respectively The connecting holes are disposed in the pivoting holes of the pivoting ears of the connecting region, and the connecting ends of the connecting devices are placed in the pivoting holes of the grooves of the assembling region to be in a connected state. The improvement of the insulator structure of the power line according to claim 11 or 13, wherein the connecting device is selected from a spring latch, which is inserted into the joint region of the assembly and the assembly area of the cladding shell, so that the assembly and the assembly A fixed connection between the cladding shells. The insulator structure of the power line according to claim 1 is improved, wherein the insulator further comprises a power cord extending in a rear end of the covering shell, the one end of which is coupled to the power socket module and The electrical connection state is coupled to the other end of the power line and electrically connected to the plug.