CN218101799U - Switch socket convenient for wiring - Google Patents
Switch socket convenient for wiring Download PDFInfo
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- CN218101799U CN218101799U CN202222175847.6U CN202222175847U CN218101799U CN 218101799 U CN218101799 U CN 218101799U CN 202222175847 U CN202222175847 U CN 202222175847U CN 218101799 U CN218101799 U CN 218101799U
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- connecting hole
- zero line
- live wire
- wire connecting
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Abstract
The utility model relates to a switch socket convenient for wiring, which comprises a base, wherein the base is provided with a power line dismounting component; the base is provided with a live wire connecting hole, a zero line connecting hole and a ground wire connecting hole; the live wire connecting hole and the zero wire connecting hole are positioned on the same horizontal line or different horizontal lines, and a space is formed between the live wire connecting hole and the zero wire connecting hole; the ground wire connecting hole is positioned above or below the live wire connecting hole and the zero line connecting hole; the ground wire connecting hole forms a space with the live wire connecting hole and the zero line connecting hole respectively; the power line dismounting assembly is made of metal materials and is respectively arranged on the live wire connecting hole, the zero line connecting hole and the ground wire connecting hole. Above-mentioned structure can improve wiring accuracy, security, convenience and the efficiency of socket, and ground wire, live wire, zero line after the wiring form certain interval moreover, are in safe distance each other on, make the socket can not appear electric arc when the circular telegram is used, improve user's power consumption security and the life of socket.
Description
Technical Field
The utility model relates to a switch socket technical field specifically is a switch socket convenient to wiring.
Background
Chinese patent document No. CN202817436U discloses a multifunctional socket in 2013, 20 months, it includes panel frame, function piece, the function piece sets up at panel frame middle part, the function piece includes upper cover, shutter, locating plate, electrically conductive piece, connection terminal, base, the base is connected with the panel frame, form the wiring hole on the base, be provided with the connection terminal in the wiring hole, the upper cover lid is on the base, the upper cover forms 5 socket holes, the position that the shutter corresponds the socket hole sets up in the upper cover inboard, the inboard of shutter sets up the locating plate, the locating plate corresponds socket hole and forms the locating hole, the locating hole inboard corresponds and sets up electrically conductive piece, electrically conductive piece is connected with the connection terminal. Said to say, the socket of above-mentioned structure can insert two-pin plug, can insert three-pin plug again to set up locating plate and shutter in the socket and can effectually avoid electrocuteeing, make socket safe and reliable more. However, the zero line hole, the live line hole and the grounding hole of the structure are positioned on the same horizontal line and are relatively close to each other, and the zero line hole, the live line hole and the grounding hole are easily connected with a power line in a wrong way and generate electric leakage, so that the accuracy and the safety of wiring are influenced. Therefore, further improvements are necessary.
SUMMERY OF THE UTILITY MODEL
The utility model aims at providing a switch socket convenient to wiring to overcome the weak point among the prior art.
According to a switch socket of this purpose design convenient to wiring, the on-line screen storage device comprises a base, be provided with power cord dismouting subassembly on the base, its characterized in that: the base is also provided with a live wire connecting hole, a zero line connecting hole and a ground wire connecting hole; the live wire connecting hole and the zero line connecting hole are positioned on the same horizontal line or different horizontal lines, and a space is formed between the live wire connecting hole and the zero line connecting hole; the ground wire connecting hole is positioned above or below the live wire connecting hole and the zero line connecting hole; the ground wire connecting hole is respectively spaced from the live wire connecting hole and the zero line connecting hole; the power line dismounting assembly is made of metal materials and is arranged on the live wire connecting hole, the zero line connecting hole and the ground wire connecting hole respectively.
The live wire connecting hole and the zero line connecting hole are positioned on the same horizontal line; the ground wire connecting hole is positioned above the live wire connecting hole and the zero line connecting hole; the ground wire connecting hole, the live wire connecting hole and the zero line connecting hole form a space.
The center of the ground wire connecting hole, the center of the live wire connecting hole and the center of the zero line connecting hole are connected with each other to form a triangle, and the triangle is an isosceles triangle or an equilateral triangle.
A live wire and zero wire distance A is formed between the center of the live wire connecting hole and the center of the zero wire connecting hole; a ground-fire wire space B is formed between the center of the ground wire connecting hole and the center of the fire wire connecting hole; and a ground-zero line distance C is formed between the center of the ground wire connecting hole and the center of the zero line connecting hole.
The size of the ground and zero line distance A is larger than the size of the ground and zero line distance B and the size of the ground and zero line distance C.
The size of the ground-to-live line spacing B is equal to the size of the ground-to-zero line spacing C.
A live wire connecting boss and a zero line connecting boss are arranged on the base in a protruding mode; the height of the fire wire connecting boss is the same as that of the zero wire connecting boss, and the height of the fire wire connecting boss and the height of the zero wire connecting boss are on the same horizontal line.
The live wire connecting hole is formed in the live wire connecting boss.
The zero line connecting hole is arranged on the zero line connecting boss.
The ground wire connecting hole is arranged between the live wire connecting boss and the zero wire connecting boss and is positioned above the live wire connecting hole and the zero wire connecting hole.
The fire wire connecting boss is provided with a fire wire dismounting member connecting hole; a zero line dismounting part connecting hole is formed in the zero line connecting boss; the base is provided with a groove, and the groove is provided with a ground wire dismounting part connecting hole.
The live wire connecting hole is located below the live wire dismounting member connecting hole.
And the zero line connecting hole is positioned below the zero line dismounting part connecting hole.
The ground wire connecting hole is positioned below the ground wire dismounting member connecting hole.
The power line dismounting assembly comprises a live wire dismounting piece, a zero line dismounting piece and a ground wire dismounting piece.
The live wire dismounting member is arranged on the live wire dismounting member connecting hole in a dismounting manner.
And the zero line dismounting part is arranged on the connecting hole of the zero line dismounting part in a dismounting manner.
The ground wire dismounting part is arranged on the ground wire dismounting part connecting hole in a dismounting mode.
The base is also provided with an electrode sleeve insertion component; the electrode sleeve insert assembly comprises a live wire sleeve insert, a zero wire sleeve insert and a ground wire sleeve insert.
The live wire dismounting part is connected with the live wire sleeve in a plugging and dismounting manner, and at least a live wire is connected when the live wire dismounting part and the live wire sleeve are assembled.
The zero line dismounting part is connected with the zero line sleeve plug in a dismounting and mounting mode, and at least when the zero line dismounting part and the zero line sleeve plug are assembled, a zero line is connected.
The ground wire dismounting part is connected with the ground wire sleeve in a dismounting way, and at least when the ground wire dismounting part and the ground wire sleeve are assembled, a ground wire is connected.
Still fixedly on the base be provided with the panel, the panel is provided with the jack corresponding to electrode cover and inserts the subassembly.
A sliding block used for protecting the electrode sleeve insertion assembly is arranged between the base and the panel; the slider slides behind the jack.
The utility model discloses an improvement of above-mentioned structure, the live wire connecting hole on the base, the zero line connecting hole is in and sets up on same water flat line or the different water flat lines, and at the live wire connecting hole, zero line connecting hole top or below are provided with the ground wire connecting hole, subsequently with the live wire connecting hole, the zero line connecting hole, the mode that ground wire connecting hole three adopted mutual partition fan is provided with the interval, so that the live wire connecting hole, the zero line connecting hole, the ground wire connecting hole is in different positions and sets up, and form sufficient distance each other, thereby avoid the live wire connecting hole of prior art, the zero line connecting hole, the adjacent distance of ground wire connecting hole is little, lead to the user at the connection ground wire, the live wire, the easy mistake that connects when the zero line, or the ground wire, the problem of electric leakage appears in zero line mutual contact, thereby improve the wiring accuracy of socket, the security, convenience and efficiency, and ground wire after the wiring, the live wire, the zero line forms the certain interval, be in each other on the safe distance, make the socket can not appear electric arc when the circular telegram is used, thereby improve user's power consumption security and the life of socket.
Comprehensively, the wire distribution device has the characteristics of simple and reasonable structure, low manufacturing cost, accurate, safe, convenient and fast wire distribution, high efficiency, safe and reliable use, long service life and the like, and is high in practicability.
Drawings
Fig. 1 and fig. 2 are schematic views of an assembly structure according to an embodiment of the present invention.
Fig. 3 is a schematic view of an assembly cross-sectional structure according to an embodiment of the present invention.
Fig. 4 is an exploded schematic view of an embodiment of the present invention.
Fig. 5 is an exploded view of the base, the power cord assembly and disassembly assembly, and the electrode socket assembly according to an embodiment of the present invention.
Fig. 6 is a schematic view of a base structure according to an embodiment of the present invention.
Detailed Description
The present invention will be further described with reference to the accompanying drawings and examples.
Referring to fig. 1-6, the switch socket convenient for wiring comprises a base 1, wherein a power line dismounting assembly X is arranged on the base 1; the base 1 is also provided with a live wire connecting hole 2, a zero line connecting hole 3 and a ground wire connecting hole 4; the live wire connecting hole 2 and the zero line connecting hole 3 are positioned on the same horizontal line or different horizontal lines, and a space is formed between the live wire connecting hole and the zero line connecting hole; the ground wire connecting hole 4 is positioned above or below the live wire connecting hole 2 and the zero line connecting hole 3; a space is formed between the ground wire connecting hole 4 and the live wire connecting hole 2 and between the ground wire connecting hole 4 and the zero line connecting hole 3 respectively; the power line dismounting component X is made of metal materials and is respectively arranged on the live wire connecting hole 2, the zero line connecting hole 3 and the ground wire connecting hole 4.
This embodiment is with live wire connecting hole 2 on base 1, zero line connecting hole 3 is in same horizontal line or setting on the different horizontal lines, and at live wire connecting hole 2, zero line connecting hole 3 top or below are provided with ground wire connecting hole 4, subsequently with live wire connecting hole 2, zero line connecting hole 3, ground wire connecting hole 4 three adopts the mode of mutual partition to be provided with the interval, so that live wire connecting hole 2, zero line connecting hole 3, ground wire connecting hole 4 is in different positions and sets up, and form sufficient distance each other, thereby avoid live wire connecting hole 2 of prior art, zero line connecting hole 3, the adjacent distance of ground wire connecting hole 4 is little, lead to the user at the connection ground wire, live wire, the easy misconnection of zero line, or ground wire, the live wire, the problem of electric leakage appears in the mutual contact of zero line, thereby improve the wiring accuracy of socket, the security, convenience and efficiency, and ground wire after the wiring, the zero line, the live wire forms certain interval, be in the safe distance each other, make the socket can not appear electric arc when the circular telegram uses, thereby improve user's power consumption security and socket's life.
Specifically, the live wire connecting hole 2 and the zero line connecting hole 3 are positioned on the same horizontal line; the ground wire connecting hole 4 is positioned above the live wire connecting hole 2 and the zero line connecting hole 3; the ground wire connecting hole 4, the live wire connecting hole 2 and the zero line connecting hole 3 form a space.
Furthermore, the connecting lines among the center of the ground wire connecting hole 4, the center of the live wire connecting hole 2 and the center of the zero wire connecting hole 3 form a triangle, and the triangle is an isosceles triangle or an equilateral triangle.
In this embodiment, a fire-zero line distance a is formed between the center of the fire line connecting hole 2 and the center of the zero line connecting hole 3; an earth-live wire space B is formed between the center of the ground wire connecting hole 4 and the center of the live wire connecting hole 2; and a ground-zero line distance C is formed between the center of the ground wire connecting hole 4 and the center of the zero line connecting hole 3.
And the size of the live wire and neutral wire distance A is larger than the size of the ground and live wire distance B and the size of the ground and neutral wire distance C.
The size of the ground-to-live line spacing B is equal to the size of the ground-to-zero line spacing C.
Namely, a triangle formed by connecting the centers of the ground wire connecting hole 4, the fire wire connecting hole 2 and the zero line connecting hole 3 is an isosceles triangle, so that a user can conveniently identify the ground wire connecting hole 4, the fire wire connecting hole 2 and the zero line connecting hole 3 and can conveniently wire.
A live wire connecting boss 5 and a zero line connecting boss 6 are convexly arranged on the base 1; the height of the fire wire connecting boss 5 is the same as that of the zero line connecting boss 6, and the height of the fire wire connecting boss and the height of the zero line connecting boss are on the same horizontal line.
The live wire connecting hole 2 is formed in the live wire connecting boss 5.
The zero line connecting hole 3 is arranged on the zero line connecting boss 6.
The ground wire connecting hole 4 is arranged between the live wire connecting boss 5 and the zero line connecting boss 6 and is positioned above the live wire connecting hole 2 and the zero line connecting hole 3.
And an enough safe distance is formed among the ground wire connecting hole 4, the live wire connecting hole 2 and the zero line connecting hole 3, and a height difference is formed at the same time, so that the ground wire connecting hole, the live wire connecting hole 2 and the zero line connecting hole are further ensured to be positioned at a safe distance.
The fire wire connecting boss 5 is provided with a fire wire dismounting member connecting hole 7; a zero line dismounting part connecting hole 8 is formed in the zero line connecting boss 6; a groove 9 is formed in the base 1, and a ground wire dismounting part connecting hole 10 is formed in the groove 9.
The live wire connecting hole 2 is located below the live wire dismounting member connecting hole 7.
And the zero line connecting hole 3 is positioned below the zero line dismounting part connecting hole 8.
The ground wire connecting hole 4 is located below the ground wire attaching and detaching member connecting hole 10.
The power line dismounting component X comprises a live wire dismounting part 11, a zero line dismounting part 12 and a ground wire dismounting part 13.
The live wire dismounting part 11 is arranged on the live wire dismounting part connecting hole 7 in a dismounting mode.
And the zero line dismounting part 12 is arranged on the zero line dismounting part connecting hole 8 in a dismounting manner.
The ground wire dismounting member 13 is detachably arranged on the ground wire dismounting member connecting hole 10.
The base 1 is also provided with an electrode sleeve insertion component Y; the electrode sleeve insertion component Y comprises a live wire sleeve insertion 14, a zero wire sleeve insertion 15 and a ground wire sleeve insertion 16.
The live wire dismounting part 11 is detachably connected with the live wire sleeve 14, and at least when the live wire sleeve and the live wire sleeve are assembled, a live wire is connected.
The zero line dismounting part 12 is connected with the zero line sleeve insert 15 in a dismounting way, and at least when the two are assembled, a zero line is connected.
The ground wire dismounting part 13 is detachably connected with the ground wire sleeve 16, and is connected with a ground wire at least when the ground wire sleeve and the ground wire are assembled.
Because the live wire connecting hole 2, the zero line connecting hole 3 and the ground wire connecting hole 4 are respectively located below the live wire dismounting part connecting hole 7, the zero line dismounting part connecting hole 8 and the ground wire dismounting part connecting hole 10, a user can firstly insert the live wire, the zero line and the ground wire into the live wire connecting hole 2, the zero line connecting hole 3 and the ground wire connecting hole 4 respectively, and then respectively install the live wire dismounting part 11, the zero line dismounting part 12 and the ground wire dismounting part 13 which are located above by using tools during wiring, so that the user can conveniently perform the action on the power wire dismounting part X, and the wiring convenience and efficiency are improved.
In order to improve the appearance of the socket, a panel 17 is further fixedly arranged on the base 1, and the panel 17 is provided with a jack 18 corresponding to the electrode sleeve insertion assembly Y.
In order to further improve the user safety of the socket, a sliding block 19 for protecting the electrode sleeve insertion assembly Y is further arranged between the base 1 and the panel 17; the sliding block 19 slides behind the insertion hole 18, and the sliding block 19 can open or close the insertion hole 18 when sliding, so that the electrode sleeve insertion assembly Y is protected in a closed mode or exposed for use.
The foregoing is the preferred embodiment of the present invention, showing and describing the basic principles, main features and advantages of the present invention. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are given by way of illustration only, but that various changes and modifications may be made therein without departing from the spirit and scope of the invention, which is defined by the appended claims and their equivalents.
Claims (10)
1. The utility model provides a switch socket convenient to wiring, includes base (1), be provided with power cord dismouting subassembly (X) on base (1), its characterized in that: the base (1) is also provided with a live wire connecting hole (2), a zero line connecting hole (3) and a ground wire connecting hole (4); the live wire connecting hole (2) and the zero line connecting hole (3) are positioned on the same horizontal line or different horizontal lines, and a space is formed between the live wire connecting hole and the zero line connecting hole; the ground wire connecting hole (4) is positioned above or below the live wire connecting hole (2) and the zero line connecting hole (3); the ground wire connecting hole (4) is respectively spaced from the live wire connecting hole (2) and the zero line connecting hole (3); the power line dismounting assembly (X) is made of metal materials and is respectively arranged on the live wire connecting hole (2), the zero line connecting hole (3) and the ground wire connecting hole (4).
2. The switching jack for facilitating wiring of claim 1, wherein: the live wire connecting hole (2) and the zero line connecting hole (3) are positioned on the same horizontal line; the ground wire connecting hole (4) is positioned above the live wire connecting hole (2) and the zero line connecting hole (3); the ground wire connecting hole (4), the live wire connecting hole (2) and the zero line connecting hole (3) form a space.
3. The switching jack for facilitating wiring of claim 2, wherein: the centers of the ground wire connecting hole (4), the live wire connecting hole (2) and the zero wire connecting hole (3) are connected with one another to form a triangle, and the triangle is an isosceles triangle or an equilateral triangle.
4. The switching jack for facilitating wiring of claim 3, wherein: a fire wire and zero wire distance A is formed between the center of the fire wire connecting hole (2) and the center of the zero wire connecting hole (3); a ground-live wire distance B is formed between the center of the ground wire connecting hole (4) and the center of the live wire connecting hole (2); a ground-zero line distance C is formed between the center of the ground wire connecting hole (4) and the center of the zero line connecting hole (3);
the size of the live wire and neutral wire distance A is larger than the size of the ground and live wire distance B and the size of the ground and neutral wire distance C;
the size of the ground-to-live line interval B is equal to that of the ground-to-zero line interval C.
5. The switching jack for facilitating wiring according to any one of claims 1 to 4, wherein: a live wire connecting boss (5) and a zero line connecting boss (6) are convexly arranged on the base (1); the height of the fire wire connecting boss (5) is the same as that of the zero line connecting boss (6), and the fire wire connecting boss and the zero line connecting boss are on the same horizontal line;
the live wire connecting hole (2) is formed in the live wire connecting boss (5);
the zero line connecting hole (3) is arranged on the zero line connecting boss (6);
the ground wire connecting hole (4) is arranged between the live wire connecting boss (5) and the zero line connecting boss (6) and is positioned above the live wire connecting hole (2) and the zero line connecting hole (3).
6. The switching jack facilitating wiring of claim 5, wherein: the live wire connecting boss (5) is provided with a live wire dismounting member connecting hole (7); a zero line connecting boss (6) is provided with a zero line dismounting part connecting hole (8); a groove (9) is formed in the base (1), and a ground wire dismounting part connecting hole (10) is formed in the groove (9);
the live wire connecting hole (2) is positioned below the live wire dismounting and mounting piece connecting hole (7);
the zero line connecting hole (3) is positioned below the zero line dismounting part connecting hole (8);
the ground wire connecting hole (4) is positioned below the ground wire dismounting part connecting hole (10).
7. The switching jack facilitating wiring of claim 6, wherein: the power line dismounting component (X) comprises a live wire dismounting part (11), a zero line dismounting part (12) and a ground wire dismounting part (13);
the firing line dismounting part (11) is arranged on the firing line dismounting part connecting hole (7) in a dismounting way;
the zero line dismounting part (12) is arranged on the zero line dismounting part connecting hole (8) in a dismounting way;
the ground wire dismounting part (13) is arranged on the ground wire dismounting part connecting hole (10) in a dismounting mode.
8. The switching jack for facilitating wiring of claim 7, wherein: the base (1) is also provided with an electrode sleeve insertion assembly (Y); the electrode sleeve insert assembly (Y) comprises a live wire sleeve insert (14), a zero wire sleeve insert (15) and a ground wire sleeve insert (16);
the live wire dismantling piece (11) is connected with the live wire sleeve plug (14) in a dismantling manner, and at least when the live wire dismantling piece and the live wire sleeve plug are assembled, the live wire is connected;
the zero line dismounting part (12) is connected with the zero line sleeve plug (15) in a dismounting way, and at least when the zero line dismounting part and the zero line sleeve plug are assembled, a zero line is connected;
the ground wire dismounting part (13) is detachably connected with the ground wire sleeve insert (16), and at least when the ground wire dismounting part and the ground wire sleeve insert are assembled, a ground wire is connected.
9. The switching jack for facilitating wiring of claim 8, wherein: still fixedly on base (1) be provided with panel (17), panel (17) correspond electrode cover and insert subassembly (Y) and are provided with jack (18).
10. The switching jack for facilitating wiring of claim 9, wherein: a sliding block (19) used for protecting the electrode sleeve insertion assembly (Y) is further arranged between the base (1) and the panel (17); the sliding block (19) slides behind the insertion hole (18).
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2021219506557 | 2021-08-18 | ||
| CN202121950655 | 2021-08-18 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN218101799U true CN218101799U (en) | 2022-12-20 |
Family
ID=84448342
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202222175847.6U Active CN218101799U (en) | 2021-08-18 | 2022-08-17 | Switch socket convenient for wiring |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN218101799U (en) |
-
2022
- 2022-08-17 CN CN202222175847.6U patent/CN218101799U/en active Active
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