CN205789539U - The binding post of device for switching - Google Patents
The binding post of device for switching Download PDFInfo
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- CN205789539U CN205789539U CN201620194366.1U CN201620194366U CN205789539U CN 205789539 U CN205789539 U CN 205789539U CN 201620194366 U CN201620194366 U CN 201620194366U CN 205789539 U CN205789539 U CN 205789539U
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Abstract
A kind of binding post of device for switching, it is arranged in the housing of device for switching, housing is provided with the connection jaws passed through for external conductor, the wire frame of binding post can slide in housing, the spring of precompressed outer lead it is provided with between lower end and the housing of wire frame, lug plate stretches into and wire frame is divided in wire frame upper port and lower port, the top of wire frame is provided with the screw for fixing external conductor, pressure dynamic plate can be with screw motion external conductor within coordinate fixing upper port with patch panel, pressure dynamic plate is provided with the overhead gage in space above closed upper end mouth and wire frame, external conductor can be pressed in the wire frame of binding post in advance when connecting external conductor, it is also prevented from above conductor misconnection to wire frame.
Description
Technical field
This utility model relates to Low Voltage Electrical Apparatus, particularly relates to the binding post of a kind of device for switching.
Background technology
Device for switching such as chopper, relay are widely used in circuit connection, needs generally according to wiring, the side of binding post port may require that and is simultaneously connected with two cables or a cable and a bus-bar, and both cannot the same port of access of Simultaneous Stabilization, and existing binding post is when only using a port, the charged position of another port is the most exposed on switch surface, and easily cause terminating wire insecure by the gaps underneath of the framework of wire misconnection to junction block when customer electricity, there is the hidden danger of electric shock.Additionally, the binding post of existing device for switching does not have precompression, wire also needs to manually hold up the screw tightening top again after inserting, and efficiency of assembling is low.
Summary of the invention
The purpose of this utility model is to overcome the defect of prior art, it is provided that the binding post of the device for switching that a kind of simple in construction, reliability are high.
For achieving the above object, this utility model adopts the technical scheme that
A kind of binding post of device for switching, it is arranged in the housing 1 of device for switching, housing 1 is provided with the connection jaws 11 passed through for external conductor, the wire frame 2 of binding post can slide in housing 1, the spring 7 of precompressed outer lead it is provided with between lower end and the housing 1 of wire frame 2, lug plate 13 stretches into and wire frame 2 is divided in wire frame 2 upper port 100 and lower port 200, the top of wire frame 2 is provided with the screw 4 for fixing external conductor, pressure dynamic plate 51 can be with screw 4 motion external conductor within coordinate fixing upper port 100 with patch panel 3, pressure dynamic plate 51 is provided with the overhead gage 52 of the insulation in space above closed upper end mouth 100 and wire frame 2.
Optionally, being provided with the lower baffle plate 6 of insulation between described wire frame 2 and connection jaws 11, lower baffle plate 6 is for preventing from being linked into by external conductor the lower section of wire frame 2 by mistake.
Optionally, described pressure dynamic plate 51 is U-shaped structure, along with screw 4 slides within the case 1, it includes being arranged on above screw 4 screw plate 511 that the nut with screw 4 coordinates, stretches into the tension disc 512 coordinated with patch panel 3 in wire frame 2 and the connecting plate 513 being connected between screw plate 511 and tension disc 512.
Optionally, described overhead gage 52 is against between the two ends of pressure dynamic plate 51, stretch out formation for the mounting blocks 5112 installing baffle plate 52 in screw plate 511 end of pressure dynamic plate 51, be provided with the mounting groove 5211 coordinated with mounting blocks 5112 in one end of overhead gage 52, the other end of overhead gage 52 is connected with the end of tension disc 512.
Optionally, described lower baffle plate 6 one end is inserted between wire frame 2 and spring 7, is fixed with spring 7 by wire frame 2；Lower baffle plate 6 includes the latch plate 62 stretching between spring 7 and wire frame 2 and for blocking the shutter 61 of wire frame 2 gaps underneath, and latch plate 62 is arranged with shutter 61 structure vertical in T shape.
Optionally, described screw plate 511 is provided with to be easy to user and turns the first screw cap hole 5111 of screw 4, is provided with the second screw cap hole 5131 dodging screw 4 in connecting plate 513 upper end, and the first screw cap hole 5111 is interconnected with the first screw cap hole 5111.
Optionally, the end face part that described overhead gage 52 one end is blocked end 522 bottoms is against on pressure dynamic plate 51, and another part stretches out pressure dynamic plate 51 and is downwardly extending extended end 5221, and upper extended end 5221 can be the overhang insulation protection of pressure dynamic plate 51；The threaded end 521 of the other end of described overhead gage 52 is provided with installs the mounting groove 5211 coordinated and for dodging the 3rd screw cap hole 5212 of the nut of screw 4 with pressure dynamic plate 51.
Optionally, the chute 12 that the junction block chute 114 being slidably matched with wire frame 2 and pressure dynamic plate 51 is slidably matched it is provided with overhead gage 52 and lower baffle plate 6 in described housing 1, chute 12 is the side of close connection jaws 11 in being arranged on junction block chute 114, is provided with the spring fixing groove 115 for fixing spring 7 in the bottom of junction block chute 114.
Optionally, described overhead gage 52 include for block upper port 100 on block end 522 and blocked the threaded ends 521 that end 522 upwardly extends formation from above, on block end 522 thickness more than the thickness of threaded end 521, being provided with, in the upper both sides blocking end 522, the top shoe 5223 extended to housing 1, described chute 12 sidewall is provided with the second chute 19 coordinated with top shoe 5223.
The binding post of device for switching of the present utility model can dual-port simultaneously wiring, by the setting of spring, external conductor can be pressed in the wire frame of binding post in advance when connecting external conductor, terminal block can be facilitated to assemble, it is possible to prevent user by above external conductor misconnection to wire frame by overhead gage, and upper port can be insulated with outer closures when upper port does not connects external conductor.Additionally, be additionally provided with lower baffle plate, when only using a upper port or lower port wiring, by another port and outer closures and insulation protection can be provided by lower baffle plate or overhead gage.And, by overhead gage and the setting of lower baffle plate, it is also possible to prevent from being linked into external conductor the gap above or below wire frame and between housing, have and prevent user's beneficial features of misconnection when wiring.And, install by overhead gage being against between the two ends of pressure dynamic plate so that assemble the easiest reliably, overhead gage moves with pressure dynamic plate simultaneously, it is not necessary to manually just can be automatically performed the overhead gage extra action of applying to port closure or openness.
Accompanying drawing explanation
Fig. 1 is the structural representation of the binding post of this utility model device for switching；
Fig. 2 is the exploded view of the binding post of this utility model device for switching；
Fig. 3 is the structural representation of the lower baffle plate of the binding post of this utility model device for switching；
Fig. 4 is the schematic diagram of the another kind of embodiment of the binding post of this utility model device for switching；
Fig. 5 is the structural representation of the overhead gage of the binding post of this utility model device for switching；
Fig. 6 is the structural representation of the pressure dynamic plate of the binding post of this utility model device for switching；
Fig. 7 is the structural representation of the wire frame of the binding post of this utility model device for switching；
Fig. 8 is the schematic diagram of the upper and lower port closed state of the binding post of this utility model device for switching；
Fig. 9 is the structural representation of the upper port open mode of the binding post of this utility model device for switching.
Detailed description of the invention
The embodiment be given below in conjunction with accompanying drawing 1 to 9, further illustrates the detailed description of the invention of the binding post of device for switching of the present utility model.The binding post of device for switching of the present utility model is not limited to the following description.
As shown in Figure 1, the binding post of device for switching of the present utility model, it is arranged in the housing 1 of device for switching, housing 1 is provided with the connection jaws 11 passed through for external conductor, lug plate 13 stretches into and the port of wire frame 2 is divided in wire frame 2 upper port 100 and lower port 200, for connecting two external conductors, the top of wire frame 2 is provided with the screw 4 for fixing external conductor, pressure dynamic plate 51 can be with screw 4 motion external conductor within coordinate fixing upper port 100 with patch panel 3, pressure dynamic plate 51 is provided with the overhead gage 52 of the insulation in space above closed upper end mouth 100 and wire frame 2, after external conductor accesses in upper port 100 and/or lower port 200, it is screwed to screw 4 in wire frame 2 be fixed in wire frame 2 external conductor.The setting by overhead gage of the binding post of device for switching of the present utility model, it is possible to prevent user by above external conductor misconnection to wire frame, and can move with pressure dynamic plate 51, when upper port connects or is not connected to external conductor, it is possible to upper port is insulated with outer closures.
In conjunction with Fig. 2, the wire frame 2 of binding post can slide in housing 1, is provided with the spring 7 of precompressed outer lead between lower end and the housing 1 of wire frame 2；Spring 7 can drive wire frame 2 upward sliding, is pressed on the external conductor will being arranged in wire frame 2 in advance between wire frame 2 lower end and lug plate 3, then be screwed into screw 4 and be fixed between wire frame 2 and lug plate 3 by external conductor.The binding post of the present utility model setting by spring 7, when connecting external conductor, external conductor can be pressed in advance in the wire frame 2 of binding post, after the whole pre-pressing of external conductor, then by being screwed into screw 4, external conductor be fixed in wire frame 2 and lug plate 3.
Further, the lower baffle plate 6 of insulation it is provided with between described wire frame 2 and connection jaws 11, lower baffle plate 6 is for preventing from being linked into by external conductor the lower section of wire frame 2 by mistake, it is possible not only to when terminal block prevent from being linked into by external conductor the space between the lower section of wire frame 2 and connection jaws 11 by the setting of lower baffle plate 6 by mistake, can also make after wiring below lug plate 3 with exterior insulation, it is to avoid cause the potential safety hazard of electric leakage because being exposed to outside.
As shown in Figure 3, a kind of preferred implementation as the present embodiment, described lower baffle plate 6 one end is inserted between wire frame 2 and spring 7, fixed with spring 7 by wire frame 2, one end of spring 7 is against on housing 1, the other end is against on lower baffle plate 6, promotes wire frame 2 lower end to move to lug plate 13 by lower baffle plate 6.Concrete, described lower baffle plate 6 includes the latch plate 62 stretching between spring 7 and wire frame 2 and for blocking the shutter 61 of wire frame 2 gaps underneath, and latch plate 62 is arranged with shutter 61 structure vertical in T shape.Latch plate 62 and shutter 61 can also use L-shaped structure to arrange, preferably employ T-shaped structure, so shutter 61 can block edge, wire frame 2 lower end beyond the part of latch plate 62, shutter 61 is positioned at the part below latch plate 62 and is possible to prevent external conductor to be erroneously inserted, and is conducive to and being slidably matched of housing 1.Certainly, lower baffle plate 6 also can directly fixing with wire frame 2 be connected.
Further, the both sides of described shutter 61 are provided with and extend, to housing 1, the sliding block 611 being slidably matched with housing 1, housing 1 is provided with the chute 12 being slidably matched with sliding block 611, the direction of motion of lower baffle plate 6 can be guided by chute 12, and described sliding block 611 forms two symmetrical trough with straight angle in the both sides of shutter 61 upper end；Described shutter 61 top is provided with the lower inclined plane 63 facilitating insertion into external conductor near the side of connection jaws 11.The latch plate 62 being connected with shutter 61 includes promotion face 62a that upper end coordinates and lower end and the spring face 62b of spring 7 with wire frame 2, is provided with the spring block 64 for fixing spring 7 on the 62b of spring face.
As shown in Figure 4, being provided with the limited block 13 for limiting lower baffle plate 6 move distance on chute 12, when screw 4 is tightened, lower baffle plate 6 is owing to being limited by limited block 13, and wire frame 2 can continue up until fitting with patch panel 3.
Another specific embodiment as binding post of the present utility model, described lower baffle plate 6 is fixing with wire frame 2 to be connected, lower baffle plate 6 is fixedly mounted on wire frame 2 lower end, between wire frame 2 and connection jaws 11, slide with wire frame 2, for blocking the space below wire frame 2, prevent user from being accessed by external conductor by mistake, spring 7 one end is against on housing 1, and the other end is directly against the lower end of wire frame 2, and directly drives the lower end of wire frame 2 close to the direction of lug plate 3.
As shown in Figure 5, described overhead gage 52 include for block upper port 100 on block end 522 and blocked the threaded ends 521 that end 522 upwardly extends formation from above, on block end 522 thickness more than the thickness of threaded end 521, it is provided with the top shoe 5223 extended to housing 1 in the upper both sides blocking end 522, being provided with the chute 12 being slidably matched with threaded end 521 both sides in housing 1, described chute 12 sidewall is provided with the second chute 19 coordinated with top shoe 5223；One end of described overhead gage 52 is fixing with pressure dynamic plate 51 to be connected; its end face part blocking end 522 bottoms is against on pressure dynamic plate 51; another part stretches out pressure dynamic plate 51 and is downwardly extending extended end 5221, and upper extended end 5221 can be the overhang insulation protection of pressure dynamic plate 51；Upper extended end 5221 is provided with and is easy to the ramp 5222 that external conductor inserts, the threaded end 521 of the other end of described overhead gage 52 is provided with installs the mounting groove 5211 coordinated and for dodging the 3rd screw cap hole 5212 of the nut of screw 4 with pressure dynamic plate 51, and described 3rd screw cap hole 5212 is arranged on the lower section of mounting groove 5211 and connects with mounting groove 5211.
As shown in Figure 6, described pressure dynamic plate 51 is U-shaped structure, along with screw 4 slides within the case 1, it includes being arranged on above screw 4 screw plate 511 that the nut with screw 4 coordinates, stretches into the tension disc 512 coordinated with patch panel 3 in wire frame 2 and the connecting plate 513 being connected between screw plate 511 and tension disc 512.Further, described screw plate 511 is provided with to be easy to user and turns the first screw cap hole 5111 of screw 4, the second screw cap hole 5131 dodging screw 4 it is provided with in connecting plate 513 upper end, described first screw cap hole 5111 is interconnected with the second screw cap hole 5131, setting by the first screw cap hole 5111, screw 4 can be turned directly through the first screw cap hole 5111 when turning screw 4,3rd screw cap hole 5212 and the second screw cap hole 5131 are for dodging the side of screw 4, it can be avoided that produce non-essential frictional resistance when turning screw 4, also there is the beneficial features of cramped construction.Additionally, be provided with in the downside of tension disc 512 for increasing and the grid stricture of vagina structure of frictional resistance between external conductor.
Further, described overhead gage 52 is against between the two ends of pressure dynamic plate 51, stretch out formation for the mounting blocks 5112 installing baffle plate 52 in screw plate 511 end of pressure dynamic plate 51, be provided with the mounting groove 5211 coordinated with mounting blocks 5112 in one end of overhead gage 52, the other end of overhead gage 52 is connected with the end of tension disc 512.As another embodiment of binding post of the present utility model, pressure dynamic plate 51 can not also use U-shape structure, overhead gage 52 can also be installed only at one end of pressure dynamic plate 51, as being fixed on tension disc 512 end of pressure dynamic plate 51.Install by overhead gage 52 being against between the two ends of pressure dynamic plate 51 so that assemble the easiest reliably, overhead gage 52 moves with pressure dynamic plate 521 simultaneously, it is not necessary to manual overhead gage 52 is applied extra action just can be automatically performed port closure or openness.Additionally, be additionally provided with the upper limit position block 14 for limiting overhead gage 52 move distance in chute 12.
nullAs shown in Figure 7，The loop configuration that described wire frame 2 is formed in one，It includes base plate 121 and is folded upward at respectively by base plate two ends extending the first side plate 1221 and the second side plate 1231 formed，The top of the first side plate 1221 and the second side plate 1231 bends extension the most in opposite directions and forms the first top board 1222 and the second top board 1232 respectively，Second top board 1232 is positioned at the upside of the first top board 1222，The other end of described second top board 1232 bends downwards extension and forms the second convex tendon 1233 to the first side plate 1221 direction，First side plate 1221 is provided with first coordinated with convex tendon 1233 and fixes groove 1223，It is provided with second in the junction of the second side plate 1231 and the second top board 1232 and fixes groove 1234，First top board 1232 is provided with extension insertion second and fixes the first convex tendon 1224 that groove 1234 is matched；The grid stricture of vagina structure for increasing frictional force between wire frame 2 and external conductor it is provided with on the upside of described base plate 121；The upper side and lower side of described patch panel 3 is provided with for increasing the grid stricture of vagina structure of frictional force between external conductor；Described first top board 1222 and the second top board 1232 are provided with the screwed hole 125 that screw 4 passes through.Further, the both sides of described second convex tendon 1233 end stretch out respectively and form convex tendon extension 1233a, and the second overall structure in T shape of convex tendon 1233 snaps in first and fixes in groove 1223, and first fixes the structure that groove 1223 is and the second convex tendon 1233 matching form closes；Patch panel 3 is provided with for increasing and the grid stricture of vagina feature of frictional resistance between external conductor.
As shown in Figure 1, the chute 12 that the junction block chute 114 being slidably matched with wire frame 2 and pressure dynamic plate 51 is slidably matched it is provided with overhead gage 52 and lower baffle plate 6 in described housing 1, chute 12 is the side of close connection jaws 11 in being arranged on junction block chute 114, be provided with the spring fixing groove 115 for fixing spring 7 in the bottom of junction block chute 114, spring fixing groove 115 both sides sidewall is provided with extend towards be inserted into locking spring 14 in for fixing the spring extended end 116 of spring.
The binding post of the device for switching of the present embodiment is when screw 4 is tightened in wire frame 2, and binding post is in state shown in Fig. 8, overhead gage 52 and lower baffle plate 6 can block upper port 100 and lower port 200 respectively, and by two port closeds and exterior insulation；When screw 4 back-out wire frame 2 a part of time, binding post is in the state shown in Fig. 9, wire frame 2 is made lower port 200 be closed by lower baffle plate 6 by spring effect, space below wire frame 2 can be blocked by lower baffle plate 6 simultaneously, wire is prevented to be mistakenly inserted the lower section of wire frame 2, upper port 100 is opened simultaneously, is available for normal wiring；When only needing lower port 200 wiring, first pressing screw 4 makes patch panel 3 slide downward, and now lower port 200 is opened, it is available for normal wiring, simultaneously because the promotion of spring 7, the external conductor accessing lower port 200 can be compressed in advance, the multiple external conductors of convenient access.
Above content is to combine concrete preferred implementation further detailed description of the utility model, it is impossible to assert that of the present utility model being embodied as is confined to these explanations.For this utility model person of an ordinary skill in the technical field, without departing from the concept of the premise utility, it is also possible to make some simple deduction or replace, all should be considered as belonging to protection domain of the present utility model.
Claims (10)
- null1. the binding post of a device for switching，It is arranged in the housing (1) of device for switching，Housing (1) is provided with the connection jaws (11) passed through for external conductor，It is characterized in that: the wire frame (2) of binding post can slide in housing (1)，The spring (7) of precompressed outer lead it is provided with between lower end and the housing (1) of wire frame (2)，Lug plate (13) stretches into and wire frame (2) is divided in wire frame (2) upper port (100) and lower port (200)，The top of wire frame (2) is provided with the screw (4) for fixing external conductor，Pressure dynamic plate (51) can be with screw (4) motion external conductor within coordinate fixing upper port (100) with patch panel (3)，Pressure dynamic plate (51) is provided with for closed upper end mouth (100) and the overhead gage (52) of the insulation in space, wire frame (2) top.
- The binding post of device for switching the most according to claim 1, it is characterized in that: be provided with the lower baffle plate (6) of insulation between described wire frame (2) and connection jaws (11), lower baffle plate (6) is used for the lower section preventing that external conductor is linked into wire frame (2) by mistake.
- The binding post of device for switching the most according to claim 1, it is characterized in that: described pressure dynamic plate (51) is U-shaped structure, along with screw (4) slides in the housing (1), it includes being arranged on screw plate (511) that screw (4) top coordinates with the nut of screw (4), stretches into the tension disc (512) coordinated with patch panel (3) in junction block (2) and the connecting plate (513) being connected between screw plate (511) and tension disc (512).
- The binding post of device for switching the most according to claim 3, it is characterized in that: described overhead gage (52) is against between the two ends of pressure dynamic plate (51), stretch out formation for the mounting blocks (5112) installing baffle plate (52) in screw plate (511) end of pressure dynamic plate (51), be provided with the mounting groove (5211) coordinated with mounting blocks (5112) in one end of overhead gage (52), the other end of overhead gage (52) is connected with the end of tension disc (512).
- The binding post of device for switching the most according to claim 2, it is characterized in that: described lower baffle plate (6) one end is inserted between wire frame (2) and spring (7), fixed with spring (7) by wire frame (2)；Lower baffle plate (6) includes the latch plate (62) stretching between spring (7) and wire frame (2) and is used for blocking the shutter (61) of wire frame (2) gaps underneath, and latch plate (62) is arranged with shutter (61) structure vertical in T shape.
- The binding post of device for switching the most according to claim 3, it is characterized in that: described screw plate (511) is provided with to be easy to user and turn first screw cap hole (5111) of screw (4), be provided with the second screw cap hole (5131) dodging screw (4) in connecting plate (513) upper end, the first screw cap hole (5111) is interconnected with the first screw cap hole (5111).
- The binding post of device for switching the most according to claim 3; it is characterized in that: the end face part blocking end (522) bottom on described overhead gage (52) one end is against on pressure dynamic plate (51); another part stretches out pressure dynamic plate (51) and is downwardly extending extended end (5221), and upper extended end (5221) can be the overhang insulation protection of pressure dynamic plate (51)；The threaded end (521) of the other end of described overhead gage (52) is provided with installs the mounting groove (5211) coordinated and the 3rd screw cap hole (5212) being used for dodging the nut of screw (4) with pressure dynamic plate (51).
- The binding post of device for switching the most according to claim 2, it is characterized in that: be provided with the junction block chute (114) and overhead gage (52) being slidably matched with wire frame (2) and pressure dynamic plate (51) in described housing (1) and chute (12) that lower baffle plate (6) is slidably matched, chute (12) is the side of close connection jaws (11) in being arranged on junction block chute (114), is provided with the spring fixing groove (115) for fixing spring (7) in the bottom of junction block chute (114).
- 9. according to the binding post of the device for switching described in claim 8, it is characterized in that: described overhead gage (52) include for block upper port (100) on block end (522) and blocked end (522) from above and upwardly extend the threaded end (521) of formation, on block end (522) thickness more than the thickness of threaded end (521), be provided with the top shoe (5223) extended to housing (1) in the upper both sides blocking end (522), described chute (12) sidewall is provided with the second chute (19) coordinated with top shoe (5223).
- null10. according to the binding post of the arbitrary described device for switching of claim 1-9，It is characterized in that: the loop configuration that described wire frame (2) is formed in one，It includes base plate (121) and is folded upward at respectively by base plate two ends extending the first side plate (1221) formed and the second side plate (1231)，The top of the first side plate (1221) and the second side plate (1231) bends extension the most in opposite directions and forms the first top board (1222) and the second top board (1232) respectively，Second top board (1232) is positioned at the upside of the first top board (1222)，The other end of described second top board (1232) bends downwards extension and forms the second convex tendon (1233) to the first side plate (1221) direction，First side plate (1221) is provided with first coordinated with convex tendon (1233) and fixes groove (1223)，It is provided with second in the junction of the second side plate (1231) Yu the second top board (1232) and fixes groove (1234)，First top board (1232) is provided with extension insertion second and fixes the first convex tendon (1224) that groove (1234) is matched；Described base plate (121) upside is provided with the grid stricture of vagina structure for increasing frictional force between wire frame (2) and external conductor；The upper side and lower side of described patch panel (3) is provided with for increasing the grid stricture of vagina structure of frictional force between external conductor；Described first top board (1222) and the second top board (1232) are provided with the screwed hole (125) that screw (4) passes through, the both sides of described second convex tendon (1233) end stretch out respectively and form convex tendon extension (1233a), the overall structure in T shape of second convex tendon (1233) snaps in first and fixes in groove (1223), and first fixes groove (1223) is and the structure of the second convex tendon (1233) matching form conjunction；Patch panel (3) is provided with for increasing and the grid stricture of vagina feature of frictional resistance between external conductor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620194366.1U CN205789539U (en) | 2016-03-14 | 2016-03-14 | The binding post of device for switching |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620194366.1U CN205789539U (en) | 2016-03-14 | 2016-03-14 | The binding post of device for switching |
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| Publication Number | Publication Date |
|---|---|
| CN205789539U true CN205789539U (en) | 2016-12-07 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620194366.1U Active CN205789539U (en) | 2016-03-14 | 2016-03-14 | The binding post of device for switching |
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| CN (1) | CN205789539U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110060909A (en) * | 2019-04-02 | 2019-07-26 | 波普电气有限公司 | The fast wiring construction of breaker |
| CN110212318A (en) * | 2019-05-22 | 2019-09-06 | 菲尼克斯亚太电气（南京）有限公司 | A kind of big direct terminal of line footpath conducting wire |
-
2016
- 2016-03-14 CN CN201620194366.1U patent/CN205789539U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110060909A (en) * | 2019-04-02 | 2019-07-26 | 波普电气有限公司 | The fast wiring construction of breaker |
| CN110212318A (en) * | 2019-05-22 | 2019-09-06 | 菲尼克斯亚太电气（南京）有限公司 | A kind of big direct terminal of line footpath conducting wire |
| CN110212318B (en) * | 2019-05-22 | 2024-04-05 | 菲尼克斯亚太电气（南京）有限公司 | Direct terminal of large-wire-diameter wire |
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