CN203415730U - All-in-one copper-sleeve non-welding socket - Google Patents
All-in-one copper-sleeve non-welding socket Download PDFInfo
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- CN203415730U CN203415730U CN201320520761.0U CN201320520761U CN203415730U CN 203415730 U CN203415730 U CN 203415730U CN 201320520761 U CN201320520761 U CN 201320520761U CN 203415730 U CN203415730 U CN 203415730U
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- copper sheathing
- plug
- zero line
- live wire
- assembly
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Abstract
The utility model discloses an all-in-one copper-sleeve non-welding socket which comprises an upper panel and a lower panel. The upper and lower panels are fixedly connected together. A copper sleeve assembly is disposed between the upper and lower panels. The copper sleeve assembly comprises a two-plug copper sleeve and a three-plug copper sleeve. The two-plug copper sleeve comprises a two-plug fire-wire copper sleeve and a two-plug zero-line copper sleeve. The three-plug copper sleeve comprises a three-plug fire-wire copper sleeve, a three-plug zero-line copper sleeve, and a ground-wire copper sleeve. The upper panel is provided with a two-pin jack and a three-pin jack, wherein the two-pin jack and the three-pin jack are respectively corresponding to the two-plug copper sleeve and the three-plug copper sleeve. The two-plug fire-wire copper sleeve and the three-plug fire-wire copper sleeve are arranged in an all-in-one manner to form a fire-wire copper sleeve assembly. The two-plug zero-line copper sleeve and the three-plug zero-line copper sleeve are arranged in an all-in-one manner to form a zero-line copper sleeve assembly. The ground wire copper sleeve is located between the fire-wire copper sleeve assembly and the zero-line copper sleeve assembly. The socket provided by the utility model is firm in structure and convenient to assemble.
Description
Technical field
The utility model relates to a kind of socket, especially a kind of integral type copper sheathing welding socket.
Background technology
Supply socket is for the insertion by external plug, to realize the electric equipment that household electrical appliance are connected with alternating current in people's daily life.Socket of the prior art generally comprises upper and lower panel, upper and lower panel is connected to form integral body by buckle, between upper and lower panel, be provided with copper sheathing assembly, copper sheathing assembly comprises two plug copper sheathings and three plug copper sheathings and copper sheathing support, two plug copper sheathings and three plug copper sheathings are embedded at respectively on copper sheathing support, and top panel is provided with corresponding with three plug copper sheathings and two plug copper sheathings respectively tripod jack and bipod jack.Yet because between two plug copper sheathings and three plug copper sheathings and copper sheathing support being installs by buckle mode respectively, structural instability, and troublesome poeration during assembling.
Utility model content
In order to overcome the deficiencies in the prior art, the utility model provides a kind of sound construction, integral type copper sheathing welding socket easy to assembly.
To achieve these goals, the technical solution adopted in the utility model is: a kind of integral type copper sheathing welding socket, comprise top panel and lower panel, upper and lower panel is fixedly connected with, between upper and lower panel, be provided with copper sheathing assembly, copper sheathing assembly comprises two plug copper sheathings and three plug copper sheathings, two plug copper sheathings comprise two plug live wire copper sheathings and two plug zero line copper sheathings, three plug copper sheathings comprise three plug live wire copper sheathings, three plug zero line copper sheathings and ground wire copper sheathing, top panel is provided with corresponding with two plug copper sheathings and three plug copper sheathings respectively bipod jack and tripod jack, it is characterized in that: described two plug live wire copper sheathings and three plug live wire copper sheathings are wholely set and form live wire copper sheathing assembly, described two plug zero line copper sheathings and three plug zero line copper sheathings are wholely set and form zero line copper sheathing assembly, described ground wire copper sheathing is between described live wire copper sheathing assembly and zero line copper sheathing assembly.
As further setting of the present utility model, described two plug live wire copper sheathings comprise two plug live wire copper sheathing bodies, the rectangular structure of described two plug live wire copper sheathing body, described three plug live wire copper sheathings comprise three plug live wire copper sheathing bodies, the rectangular structure of described three plug live wire copper sheathing body, described three plug live wire copper sheathing bodies are connected with described two plug live wire copper sheathing bodies by trapezoidal transition plate, two waists of described transition plate respectively with the coincident of edge and the three plug live wire copper sheathing bodies of described two plug live wire copper sheathing bodies, described two plug live wire copper sheathing bodies, transition plate and described three plug live wire copper sheathing bodies are wholely set, on two plug live wire copper sheathing bodies and three plug live wire copper sheathing bodies, be equipped with live wire pin.
As further setting of the present utility model, described two plug zero line copper sheathings comprise two plug zero line copper sheathing bodies, the rectangular structure of described two plug zero line copper sheathing body, described three plug zero line copper sheathings comprise three plug zero line copper sheathing bodies, the rectangular structure of three plug zero line copper sheathing bodies, described three plug zero line copper sheathing bodies are connected with described two plug zero line copper sheathing bodies by trapezoidal transition plate, two waists of described transition plate respectively with the coincident of edge and the three plug zero line copper sheathing bodies of two plug zero line copper sheathing bodies, two plug zero line copper sheathing bodies, transition plate and three plug zero line copper sheathing bodies are wholely set, on two plug zero line copper sheathing bodies and three plug zero line copper sheathing bodies, be equipped with zero line pin.
As further setting of the present utility model, described transition plate is right-angled trapezium transition plate, and the right-angle side of described transition plate overlaps with described two plug copper sleeve edges, and another stringcourse of described transition plate overlaps with described three plug copper sleeve edges.
As further setting of the present utility model, between described upper and lower panel, be provided with at least 2 copper sheathing assemblies, be respectively the first copper sheathing assembly and the second copper sheathing assembly, described the first copper sheathing assembly comprises the first live wire copper sheathing assembly and the first zero line copper sheathing assembly and the first ground wire copper sheathing assembly, described the second copper sheathing assembly comprises the second live wire copper sheathing assembly and the second zero line copper sheathing assembly and the second ground wire copper sheathing assembly, described the first live wire copper sheathing assembly is connected with described the second live wire copper sheathing assembly one by the first brace, described the second zero line copper sheathing assembly is connected with described the second zero line copper sheathing assembly one by the second brace, described the first zero line copper sheathing assembly is between described the first live wire copper sheathing assembly and the second live wire copper sheathing assembly, described the second live wire copper sheathing assembly is between described the first zero line copper sheathing assembly and the second zero line copper sheathing assembly, described the first ground wire copper sheathing assembly is connected with described the second ground wire copper sheathing assembly by the 3rd brace.
As further setting of the present utility model, described the first brace and described the second brace be arranged in parallel, described the first brace and the rectangular structure of the second brace, described the first brace is provided with the joining piece of the projection being connected with described the first live wire copper sheathing assembly and the second live wire copper sheathing assembly respectively towards the end face of described the second brace, described the second brace is provided with the joining piece of the projection being connected with described the first zero line copper sheathing assembly and the second zero line copper sheathing assembly respectively towards the end face of described the first brace, described joining piece is spaced apart.
As further setting of the present utility model, described top panel comprises main panel and 4 side panels, described bipod jack and tripod jack are all arranged on main panel, main panel is provided with upper reference column towards the end face of described lower panel, described lower panel is provided with the lower positioning screw hole with the corresponding setting of described upper reference column, in described lower positioning screw hole, be provided with dog screw, dog screw is threaded with upper reference column through lower positioning screw hole.
As further setting of the present utility model, described top panel is provided with upper support seat towards the end face of described lower panel, described lower panel is provided with the lower support seat coordinating with described upper support seat, the end face of described upper support seat and the laminating of lower support seat offers first hole, on described lower support seat, offer second hole coordinating with first hole, first hole coordinates with second hole and forms the wire hole passing for socket electric wire, offers the through hole with wire hole dead in line on described top panel on the side panel relative with described wire hole position.
As further setting of the present utility model, in described second hole, be embedded with some semicircle spacers, described spacer is arranged in described wire hole axially spaced-apart, and the height of described spacer is lower than the height of described lower support seat.
Adopt such scheme, the utility model is wholely set structure in the form of sheets by two plug live wire copper sheathings and three plug live wire copper sheathings, two plug zero line copper sheathings and three plug zero line copper sheathings are also wholely set to structure in the form of sheets, more convenient during assembling, save time efficiency of assembling is provided, especially when socket has a plurality of copper sheathing module composition, two plug live wire copper sheathings in a plurality of copper sheathing assemblies and three plug live wire copper sheathings are all connected on the first brace, two plug zero line copper sheathings in a plurality of copper sheathing assemblies and three plug zero line copper sheathings are all connected on the second brace, three plug ground wire copper sheathing assemblies in a plurality of copper sheathing assemblies are all connected on the 3rd brace, during installation, only the first brace and the second brace need be shifted to install in opposite directions, and the 3rd brace is arranged on to the first brace below, three plug live wire copper sheathings and three plug zero line copper sheathings are coordinated, structure is more stable, be not prone to the shaking phenomenon that single copper sheathing is installed, assemble more laborsaving.
Below in conjunction with accompanying drawing, the utility model is further described.
Accompanying drawing explanation
Accompanying drawing 1 is the utility model specific embodiment schematic appearance;
Accompanying drawing 2 is 3 copper sheathing modular construction schematic diagrames of the utility model specific embodiment;
Accompanying drawing 3 is the single copper sheathing modular construction of the utility model specific embodiment schematic diagram;
Accompanying drawing 4 is the upward view of the utility model specific embodiment top panel;
Accompanying drawing 5 is the vertical view of the utility model specific embodiment lower panel;
Accompanying drawing 6 is 3 copper sheathing modular construction vertical views of the utility model specific embodiment.
Embodiment
Specific embodiment of the utility model is integral type copper sheathing welding socket as Figure 1-3, comprise top panel 1 and lower panel 2, top panel 1 is fixedly connected with lower panel 2, between top panel 1 and lower panel 2, be provided with copper sheathing assembly, copper sheathing assembly comprises two plug copper sheathings 31 and three plug copper sheathings 32, two plug copper sheathings 31 comprise two plug live wire copper sheathings 311 and two plug zero line copper sheathings 312, three plug copper sheathings 32 comprise three plug live wire copper sheathings 321, three plug zero line copper sheathing 322 and ground wire copper sheathings 323, top panel 1 is provided with corresponding with two plug copper sheathings 31 and three plug copper sheathings 32 respectively bipod jack 41 and tripod jack 42, two plug live wire copper sheathings 311 and three plug live wire copper sheathings 321 are wholely set and form live wire copper sheathing assembly, two plug zero line copper sheathings 212 and three plug zero line copper sheathings 322 are wholely set and form zero line copper sheathing assembly, ground wire copper sheathing 323 is between live wire copper sheathing assembly and zero line copper sheathing assembly.
As Fig. 3, shown in 6, above-mentioned two plug live wire copper sheathings 311 comprise two plug live wire copper sheathing body 311a, the rectangular structure of two plug live wire copper sheathing body 311a, three plug live wire copper sheathings 321 comprise three plug live wire copper sheathing body 321a, the rectangular structure of three plug live wire copper sheathing body 321a, three plug live wire copper sheathing body 321a are connected with two plug live wire copper sheathing body 311a by trapezoidal transition plate 5, two waists of transition plate 5 respectively with the edge of two plug live wire copper sheathing body 311a and the coincident of three plug live wire copper sheathing body 321a, two plug live wire copper sheathing body 311a, transition plate 5 and three plug live wire copper sheathing body 321a are wholely set, on two plug live wire copper sheathing body 311a and three plug live wire copper sheathing body 321a, be equipped with live wire pin.
As shown in Figure 3, above-mentioned two plug zero line copper sheathings 312 comprise two plug zero line copper sheathing body 312a, the rectangular structure of two plug zero line copper sheathing body 312a, three plug zero line copper sheathings 322 comprise three plug zero line copper sheathing body 322a, the rectangular structure of three plug zero line copper sheathing body 322a, three plug zero line copper sheathing body 322a are connected with two plug zero line copper sheathing body 312a by trapezoidal transition plate 5, two waists of transition plate 5 respectively with the edge of two plug zero line copper sheathing body 312a and the coincident of three plug zero line copper sheathing body 322a, two plug zero line copper sheathing body 312a, transition plate 5 and three plug zero line copper sheathing body 322a are wholely set, on two plug zero line copper sheathing body 312a and three plug zero line copper sheathing body 322a, be equipped with zero line pin.
Above-mentioned transition plate 5 is right-angled trapezium transition plate 5, the right-angle side of transition plate 5 and two plug copper sheathing 31 coincident, another stringcourse of transition plate 5 and three plug copper sheathing 32 coincident.
As Figure 2-3, be provided with at least 2 copper sheathing assemblies between above-mentioned top panel 1 and lower panel 2, copper sheathing assembly can be increased to 3,4,5 or more according to the actual requirements, is provided with 3 copper sheathing assemblies in the present embodiment.Be respectively the first copper sheathing assembly 61 and the second copper sheathing assembly 62 and the 3rd copper sheathing assembly 63, the first copper sheathing assembly 61 comprises the first live wire copper sheathing assembly 611 and the first zero line copper sheathing assembly 612 and the first ground wire copper sheathing assembly 613, the second copper sheathing assembly 62 comprises the second live wire copper sheathing assembly 621 and the second zero line copper sheathing assembly 622 and the second ground wire copper sheathing assembly 623, the 3rd copper sheathing assembly 63 comprises the 3rd live wire copper sheathing assembly 631 and the 3rd zero line copper sheathing assembly 632 and the 3rd ground wire copper sheathing assembly 633, the first live wire copper sheathing assembly 611 is connected with the 3rd live wire copper sheathing assembly 631 one with the second live wire copper sheathing assembly 621 by the first brace 71, the first zero line copper sheathing assembly 612 is connected with the 3rd zero line copper sheathing assembly 632 one with the second zero line copper sheathing assembly 622 by the second brace 72, the first zero line copper sheathing assembly 612 is between the first live wire copper sheathing assembly 612 and the second live wire copper sheathing assembly 621, the second live wire copper sheathing assembly 621 is between the first zero line copper sheathing assembly 612 and the second zero line copper sheathing assembly 622, the 3rd live wire copper sheathing assembly 631 is between the second zero line copper sheathing assembly 622 and the 3rd zero line copper sheathing assembly 632.Above-mentioned the first ground wire copper sheathing assembly 613 is connected with the 3rd ground wire copper sheathing assembly 633 with the second ground wire copper sheathing assembly 623 by the 3rd brace 74, above-mentioned the first brace 71 and the second brace 72 and the 3rd brace 74 all be arranged in parallel and the 3rd brace 74 is positioned at the below of the first brace 71, the first ground wire copper sheathing assembly 613 is between the first live wire copper sheathing assembly 611 and the first zero line copper sheathing assembly 612, the second ground wire copper sheathing assembly 623 is between the second live wire copper sheathing assembly 621 and the second zero line copper sheathing assembly 622, the 3rd ground wire copper sheathing assembly 633 is between the 3rd live wire copper sheathing assembly 631 and the 3rd zero line copper sheathing assembly 632.The first brace 71 and the rectangular structure of the second brace 72, the first brace 71 is provided with the joining piece 73 of the projection being connected with the first live wire copper sheathing assembly 611, the second live wire copper sheathing assembly 621 and the 3rd live wire copper sheathing assembly 631 respectively towards the end face of the second brace 72, the second brace 72 is provided with the joining piece 73 of the projection being connected with the first zero line copper sheathing assembly 612, the second zero line copper sheathing assembly 622, the 3rd zero line copper sheathing assembly 632 respectively towards the end face of the first brace 71, joining piece 73 is spaced apart.
As shown in Fig. 4-5, above-mentioned top panel 1 comprises main panel 11 and 4 side panels 12, bipod jack 41 and tripod jack 42 are all arranged on main panel 11, main panel 11 is provided with upper reference column 13 towards the end face of lower panel 2, lower panel 2 is provided with the lower positioning screw hole 21 with upper reference column 13 corresponding settings, in lower positioning screw hole 21, be provided with dog screw, dog screw is threaded with upper reference column 13 through lower positioning screw hole 21.
As shown in Fig. 4-5, above-mentioned top panel 1 is provided with upper support seat 14 towards the end face of lower panel 2, lower panel 2 is provided with the lower support seat 22 coordinating with upper support seat 14, upper support seat 14 offers first hole 141 with the end face of lower support seat 22 laminatings, on lower support seat 22, offer second hole 221 coordinating with first hole 141, first hole 141 coordinates with second hole 221 and forms the wire hole passing for socket electric wire, offers the through hole 12a with wire hole dead in line on top panel 1 on the side panel 12 relative with wire hole position.On top panel 1, be also provided with the push-button switch of controlling current lead-through or disconnection.
As shown in Fig. 4-5, in above-mentioned second hole 221, be embedded with some semicircle spacers 222, spacer 222 is arranged in wire hole axially spaced-apart, and the height of spacer 222 is lower than the height of lower support seat 22.
Adopt such scheme, the utility model is wholely set structure in the form of sheets by two plug live wire copper sheathings 311 and three plug live wire copper sheathings 321, two plug zero line copper sheathings 312 and three plug zero line copper sheathings 322 are also wholely set to structure in the form of sheets, more convenient during assembling, save time efficiency of assembling is provided, especially when socket has a plurality of copper sheathing module composition, two plug live wire copper sheathings 311 in a plurality of copper sheathing assemblies and three plug live wire copper sheathings 321 are all connected on the first brace 71, two plug zero line copper sheathings 312 in a plurality of copper sheathing assemblies and three plug zero line copper sheathings 322 are all connected on the second brace 72, three plug ground wire copper sheathing assemblies 323 in a plurality of copper sheathing assemblies are all connected on the 3rd brace 74, during installation, only the first brace 71 and the second brace 72 need be shifted to install in opposite directions, and the 3rd brace 74 is arranged on to the first brace 71 belows, two plug live wire copper sheathings 311 and two plug zero line copper sheathings 312 are coordinated, three plug live wire copper sheathings 321 and three plug zero line copper sheathings 322 are coordinated, three plug ground wire copper sheathings 323 are between two plug live wire copper sheathings 311 and two plug zero line copper sheathings 312, structure is more stable, be not prone to the shaking phenomenon that single copper sheathing is installed, assemble more laborsaving.
Claims (9)
1. an integral type copper sheathing welding socket, comprise top panel and lower panel, upper and lower panel is fixedly connected with, between upper and lower panel, be provided with copper sheathing assembly, copper sheathing assembly comprises two plug copper sheathings and three plug copper sheathings, two plug copper sheathings comprise two plug live wire copper sheathings and two plug zero line copper sheathings, three plug copper sheathings comprise three plug live wire copper sheathings, three plug zero line copper sheathings and ground wire copper sheathing, top panel is provided with corresponding with two plug copper sheathings and three plug copper sheathings respectively bipod jack and tripod jack, it is characterized in that: described two plug live wire copper sheathings and three plug live wire copper sheathings are wholely set and form live wire copper sheathing assembly, described two plug zero line copper sheathings and three plug zero line copper sheathings are wholely set and form zero line copper sheathing assembly, described ground wire copper sheathing is between described live wire copper sheathing assembly and zero line copper sheathing assembly.
2. integral type copper sheathing welding socket according to claim 1, it is characterized in that: described two plug live wire copper sheathings comprise two plug live wire copper sheathing bodies, the rectangular structure of described two plug live wire copper sheathing body, described three plug live wire copper sheathings comprise three plug live wire copper sheathing bodies, the rectangular structure of described three plug live wire copper sheathing body, described three plug live wire copper sheathing bodies are connected with described two plug live wire copper sheathing bodies by trapezoidal transition plate, two waists of described transition plate respectively with the coincident of edge and the three plug live wire copper sheathing bodies of described two plug live wire copper sheathing bodies, described two plug live wire copper sheathing bodies, transition plate and described three plug live wire copper sheathing bodies are wholely set, on two plug live wire copper sheathing bodies and three plug live wire copper sheathing bodies, be equipped with live wire pin.
3. integral type copper sheathing welding socket according to claim 2, it is characterized in that: described two plug zero line copper sheathings comprise two plug zero line copper sheathing bodies, the rectangular structure of described two plug zero line copper sheathing body, described three plug zero line copper sheathings comprise three plug zero line copper sheathing bodies, the rectangular structure of three plug zero line copper sheathing bodies, described three plug zero line copper sheathing bodies are connected with described two plug zero line copper sheathing bodies by trapezoidal transition plate, two waists of described transition plate respectively with the coincident of edge and the three plug zero line copper sheathing bodies of two plug zero line copper sheathing bodies, two plug zero line copper sheathing bodies, transition plate and three plug zero line copper sheathing bodies are wholely set, on two plug zero line copper sheathing bodies and three plug zero line copper sheathing bodies, be equipped with zero line pin.
4. integral type copper sheathing welding socket according to claim 3, it is characterized in that: described transition plate is right-angled trapezium transition plate, the right-angle side of described transition plate overlaps with described two plug copper sleeve edges, and another stringcourse of described transition plate overlaps with described three plug copper sleeve edges.
5. according to the integral type copper sheathing welding socket described in claim 1 or 2 or 3 or 4, it is characterized in that: between described upper and lower panel, be provided with at least 2 copper sheathing assemblies, be respectively the first copper sheathing assembly and the second copper sheathing assembly, described the first copper sheathing assembly comprises the first live wire copper sheathing assembly and the first zero line copper sheathing assembly and the first ground wire copper sheathing assembly, described the second copper sheathing assembly comprises the second live wire copper sheathing assembly and the second zero line copper sheathing assembly and the second ground wire copper sheathing assembly, described the first live wire copper sheathing assembly is connected with described the second live wire copper sheathing assembly one by the first brace, described the second zero line copper sheathing assembly is connected with described the second zero line copper sheathing assembly one by the second brace, described the first zero line copper sheathing assembly is between described the first live wire copper sheathing assembly and the second live wire copper sheathing assembly, described the second live wire copper sheathing assembly is between described the first zero line copper sheathing assembly and the second zero line copper sheathing assembly, described the first ground wire copper sheathing assembly is connected with described the second ground wire copper sheathing assembly by the 3rd brace.
6. integral type copper sheathing welding socket according to claim 5, it is characterized in that: described the first brace and described the second brace be arranged in parallel, described the first brace and the rectangular structure of the second brace, described the first brace is provided with the joining piece of the projection being connected with described the first live wire copper sheathing assembly and the second live wire copper sheathing assembly respectively towards the end face of described the second brace, described the second brace is provided with the joining piece of the projection being connected with described the first zero line copper sheathing assembly and the second zero line copper sheathing assembly respectively towards the end face of described the first brace, described joining piece is spaced apart.
7. integral type copper sheathing welding socket according to claim 6, it is characterized in that: described top panel comprises main panel and 4 side panels, described bipod jack and tripod jack are all arranged on main panel, main panel is provided with upper reference column towards the end face of described lower panel, described lower panel is provided with the lower positioning screw hole with the corresponding setting of described upper reference column, in described lower positioning screw hole, be provided with dog screw, dog screw is threaded with upper reference column through lower positioning screw hole.
8. integral type copper sheathing welding socket according to claim 7, it is characterized in that: described top panel is provided with upper support seat towards the end face of described lower panel, described lower panel is provided with the lower support seat coordinating with described upper support seat, the end face of described upper support seat and the laminating of lower support seat offers first hole, on described lower support seat, offer second hole coordinating with first hole, first hole coordinates formation to pass for socket electric wire wire hole with second hole, on described top panel, on the side panel relative with described wire hole position, offer the through hole with wire hole dead in line.
9. integral type copper sheathing welding socket according to claim 8, it is characterized in that: in described second hole, be embedded with some semicircle spacers, described spacer is arranged in described wire hole axially spaced-apart, and the height of described spacer is lower than the height of described lower support seat.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320520761.0U CN203415730U (en) | 2013-08-23 | 2013-08-23 | All-in-one copper-sleeve non-welding socket |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320520761.0U CN203415730U (en) | 2013-08-23 | 2013-08-23 | All-in-one copper-sleeve non-welding socket |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203415730U true CN203415730U (en) | 2014-01-29 |
Family
ID=49978592
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320520761.0U Expired - Fee Related CN203415730U (en) | 2013-08-23 | 2013-08-23 | All-in-one copper-sleeve non-welding socket |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203415730U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112467482A (en) * | 2020-11-04 | 2021-03-09 | 桃源县第四中学 | Socket with anti-electric-shock function |
| CN113517102A (en) * | 2021-04-15 | 2021-10-19 | 蚌埠市双环电子集团股份有限公司 | Integrated water-cooling module resistor |
-
2013
- 2013-08-23 CN CN201320520761.0U patent/CN203415730U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112467482A (en) * | 2020-11-04 | 2021-03-09 | 桃源县第四中学 | Socket with anti-electric-shock function |
| CN113517102A (en) * | 2021-04-15 | 2021-10-19 | 蚌埠市双环电子集团股份有限公司 | Integrated water-cooling module resistor |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140129 Termination date: 20180823 |
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| CF01 | Termination of patent right due to non-payment of annual fee |