CN213231044U - Wire spool structure with power socket - Google Patents

Abstract

The utility model discloses a take supply socket's wire reel structure, including iron stand, socket subassembly, wire reel, iron stand fixing base and socket fixing base, socket subassembly sets up on socket fixing base, and the wire reel rotates to set up on iron stand fixing base and socket fixing base, offers the socket that is used for the power cord to pass on the wire reel, its characterized in that: be provided with central motionless body subassembly between iron stand fixing base and the socket fixing base, central motionless body subassembly is including fixed setting up base on iron stand fixing base terminal surface, setting up the end cover on the base outer end, it has hollow cylinder to extend on the base, and the cover is equipped with the electrically conductive ring subassembly of L utmost point, the electrically conductive ring subassembly of N utmost point and the electrically conductive ring subassembly of E utmost point on the cylinder, and the electrically conductive ring subassembly of L utmost point, the electrically conductive ring subassembly of N utmost point and the electrically conductive ring subassembly of E utmost point are cut apart through the spacer ring. The utility model provides a take supply socket's wire reel structure, at the wire winding and receive the line in-process, avoid the plug electric wire winding confusion phenomenon to appear.

Description

Wire spool structure with power socket

Technical Field

The utility model relates to a wire reel, in particular to take supply socket's wire reel structure.

Background

Although the power cord or the optical cable wire reel variety on the existing market is many, but there is socket subassembly part for the structure of immobilization is less, and relevant traditional power cord or optical cable wire reel can drive socket subassembly part on the wire winding and rotate together, have the plug electric wire to rotate and the winding confusion phenomenon appears if the socket subassembly goes up to take. In addition, the center immovable body structure in the market is basically that a plastic plug is knocked on the center of the iron frame to be fixed with the socket part, so that the purpose of immovable center is achieved.

Therefore, the Chinese utility model with the prior publication number of CN1276557C discloses a power socket with a wire spool, which comprises a bracket and a wire spool, wherein a rotating shaft is arranged in the middle of the bracket, the wire spool is movably arranged on the rotating shaft, a socket is arranged on the outer side panel of the wire spool, an electric wire connected with the socket is wound on the wire spool, and an automatic wire take-up device is arranged in the wire spool; the self-winding device is characterized by comprising a disc spring, a spring mounting frame and a box cover, wherein the spring mounting frame is fixed on an inner side panel of the wire coil; the wire coil rotation locking mechanism is characterized in that a ratchet wheel is fixedly arranged on the spring mounting frame, a cam shaft is arranged on the box cover, a cam is arranged on the cam shaft, the cam is movably matched with the cam shaft, the cam is in snap fit with ratchet teeth of the ratchet wheel, a toothless part is arranged on the circumference of the ratchet wheel, and an elastic element is arranged between the cam and the box cover.

SUMMERY OF THE UTILITY MODEL

The to-be-solved technical problem of the utility model is to prior art's current situation, a take supply socket's wire reel structure is provided, at power cord or optical cable wire reel wire winding and receive the line in-process, socket subassembly can keep motionless, avoids the plug electric wire winding confusion phenomenon to appear.

The utility model provides a technical scheme that above-mentioned technical problem adopted does: the utility model provides a take supply socket's wire reel structure, includes iron stand, socket subassembly and wire reel, transversely fixes being provided with the bracing piece on the iron stand, fixes being provided with iron stand fixing base and socket fixing base on the bracing piece, and socket subassembly sets up on socket fixing base, and the wire reel rotates to set up on iron stand fixing base and socket fixing base, offers the socket that is used for the power cord to pass on the wire reel, its characterized in that: a central immovable body component is arranged between the iron stand fixing seat and the socket fixing seat, the central immovable body component comprises a base fixedly arranged on the end surface of the iron stand fixing seat and an end cover arranged on the outer end of the base, a hollow column barrel extends from the base, an L-pole conductive ring component, an N-pole conductive ring component and an E-pole conductive ring component are sleeved on the column barrel, the L-pole conductive ring component, the N-pole conductive ring component and the E-pole conductive ring component are divided by a spacer ring, the L-pole conductive ring component comprises an L-pole copper ring base, an L-pole copper ring cover covering the L-pole copper ring base and an L-pole elastic copper ring rotatably arranged between the L-pole copper ring base and the L-pole copper ring cover, a bent L-pole connecting seat sheet is formed on the inner side wall of the L-pole elastic copper ring, the L-pole connecting seat sheet is connected with an L-pole connecting wire of the socket component, and an L-pole connecting sheet extends from the outer side wall, the L-pole lug plate is connected with a live wire of the power line; the N-pole conducting ring assembly comprises an N-pole copper ring base, an N-pole copper ring cover covering the N-pole copper ring base and an N-pole elastic copper ring rotatably arranged between the N-pole copper ring base and the N-pole copper ring cover, wherein a bent N-pole connecting seat piece is formed on the inner side wall of the N-pole elastic copper ring, the N-pole connecting seat piece is connected with an N-pole wiring of the socket assembly, an N-pole wiring piece extends from the outer side wall of the N-pole copper ring base or the N-pole copper ring cover, and the N-pole wiring piece is connected with a zero line of a power line; the E utmost point conducting ring subassembly includes E utmost point copper ring base, the lid fits the E utmost point copper ring lid on the E utmost point copper ring base, the rotation sets up the E utmost point elasticity copper ring between E utmost point copper ring base and E utmost point copper ring lid, be formed with the E utmost point of buckling and connect the seat piece on the inside wall of E utmost point elasticity copper ring, the E utmost point of E utmost point connects the E utmost point wiring of seat piece and socket subassembly to link to each other, it has the E utmost point lug to extend on the lateral wall of E utmost point copper ring base or E utmost point copper ring lid, the earth connection of E utmost point lug and power cord.

As an improvement, a plurality of contact bumps are formed on each of the L-pole elastic copper ring, the N-pole elastic copper ring and the E-pole elastic copper ring.

In a further improvement, the base of the central immobile body assembly is provided with a connecting screw for connecting with the socket fixing seat.

In a further refinement, the receptacle assembly includes a plurality of receptacle units connected in parallel with one another.

And the improved structure is characterized in that an inner side winding disc sleeve is fixedly arranged on the iron frame fixing seat, and an outer side winding disc sleeve is fixedly arranged on the socket fixing seat.

And the outer side wall of the wire spool is provided with a rotating handle.

Compared with the prior art, the utility model has the advantages of: the socket assembly of the utility model is fixedly arranged on the socket fixing seat, meanwhile, the socket fixing seat and the iron stand fixing seat are mutually fixedly connected, in addition, by arranging a central immobile body assembly between the socket fixing seat and the iron stand fixing seat, in the central immobile body assembly, an L pole copper ring base or an L pole copper ring cover connected with a power line live wire wound on a wire reel can relatively rotate relative to an L pole elastic copper ring connected with an L pole wiring of the socket assembly, an N pole copper ring base or an N pole copper ring cover connected with a power line zero line can relatively rotate relative to an N pole elastic copper ring connected with an N pole wiring of the socket assembly, an E pole copper ring base or an E pole copper ring cover connected with the power line live wire can relatively rotate relative to an E pole elastic copper ring connected with an E pole wiring of the socket assembly, thus, in the winding and rewinding processes, the rotation of the wire reel can not cause influence on the socket assembly, the socket assembly can be kept still, and the phenomenon of winding disorder of the plug wire is avoided.

Drawings

Fig. 1 is a schematic structural diagram of an external shape of a wire spool structure with a power socket according to an embodiment of the present invention;

fig. 2 is a schematic structural diagram of a wire spool structure with a power socket according to an embodiment of the present invention;

FIG. 3 is a schematic view of the mounting of the base of the central stationary body assembly on the hob mounting base;

FIG. 4 is a schematic view of the structure of the central stationary body assembly and the wire spool after installation;

FIG. 5 is a schematic view of the exploded structure of FIG. 1;

FIG. 6 is a schematic of the outer configuration of the central stationary body assembly;

FIG. 7 is an exploded view of FIG. 6;

FIG. 8 is an exploded view of the L-pole conducting ring assembly of FIG. 7;

fig. 9 is an exploded view of the E-pole conducting ring assembly of fig. 7.

Detailed Description

The present invention will be described in further detail with reference to the following embodiments.

As shown in fig. 1 and 9, the embodiment of the utility model discloses a take supply socket's wire reel structure, including iron stand 1, socket subassembly 2, wire reel 3, bracing piece 11, iron stand fixing base 41, socket fixing base 42 and central immobile body subassembly 6.

Wherein, the iron frame 1 is transversely and fixedly provided with a support rod 11, the support rod 11 is fixedly provided with an iron frame fixing seat 41 and a socket fixing seat 42, a socket component 2 is arranged on the socket fixing seat 42, the socket component 2 comprises a plurality of socket units 1 which are mutually connected in parallel, a wire spool 3 is rotatably arranged on the iron frame fixing seat 41 and the socket fixing seat 42, a socket 32 for a power cord 10 to pass through is arranged on the wire spool 3, a central immobile body component 6 is arranged between the iron frame fixing seat 41 and the socket fixing seat 42, the central immobile body component 6 comprises a base 61 fixedly arranged on the end surface of the iron frame fixing seat 41 and an end cover 62 arranged on the outer end of the base 61, a hollow column tube 611 extends on the base 61, an L pole conductive ring component 63, an N pole conductive ring component 65 and an E pole conductive ring component 64 are sleeved on the column tube 611, the L pole conductive ring component 63, the N pole conductive ring component 65 and the E pole, in the embodiment of the present invention, the spacer ring 66 has two, the L-pole conductive ring assembly 63 includes an L-pole copper ring base 631, an L-pole copper ring cover 633 covering the L-pole copper ring base 631, and an L-pole elastic copper ring 632 rotatably disposed between the L-pole copper ring base 631 and the L-pole copper ring cover 633, a bent L-pole socket piece 635 is formed on the inner side wall of the L-pole elastic copper ring 632, the L-pole socket piece 635 is connected to the L-pole wiring of the socket assembly 2, and an L-pole wiring piece 634 extends on the outer side wall of the L-pole copper ring base 631 or the L-pole copper ring cover 633, in the embodiment of the present invention, the L-pole wiring piece 634 is disposed on the L-pole copper ring base 631, and the L-pole wiring piece 635 is connected to the live wire of the power line 10; the N-pole conducting ring assembly 65 includes an N-pole copper ring base 651, an N-pole copper ring cover 653 covering the N-pole copper ring base 651, and an N-pole elastic copper ring 652 rotatably disposed between the N-pole copper ring base 651 and the N-pole copper ring cover 653, wherein a bent N-pole socket 655 is formed on an inner sidewall of the N-pole elastic copper ring 652, the N-pole socket 655 is connected to an N-pole wire of the socket assembly 2, and an N-pole lug 654 extends from an outer sidewall of the N-pole copper ring base 651 or the N-pole copper ring cover 653; the E-pole conducting ring assembly 64 includes an E-pole copper ring base 641, an E-pole copper ring cover 643 covering the E-pole copper ring base 641, an E-pole elastic copper ring 642 rotatably disposed between the E-pole copper ring base 641 and the E-pole copper ring cover 643, an E-pole socket sheet 645 bent is formed on the inner side wall of the E-pole elastic copper ring 642, the E-pole socket sheet 645 is connected to an E-pole wiring of the socket assembly 2, and an E-pole wiring sheet 644 is extended on the outer side wall of the E-pole copper ring base 641 or the E-pole copper ring cover 643.

Further, during the relative rotation, in order to provide the contact effect, the L-pole elastic copper ring 632, the N-pole elastic copper ring 652 and the E-pole elastic copper ring 642 are respectively formed with a plurality of contact bumps 636.

In order to improve the relative fixing effect, the base 61 of the central stationary body assembly 6 is provided with a connecting screw 612 for connecting with the socket fixing seat 42, the iron frame fixing seat 41 is fixedly provided with an inner reel sleeve 51, and the socket fixing seat 42 is fixedly provided with an outer reel sleeve 52.

Meanwhile, in order to facilitate the rotation of the wire spool 3, a rotation handle 31 is provided on an outer side wall of the wire spool 3.

To sum up, the socket assembly 2 of the present invention is fixedly disposed on the socket fixing seat 42, and at the same time, the socket fixing seat 42 and the hob fixing seat 41 are fixedly connected to each other, and further, by disposing a central stationary body assembly 6 between the socket fixing seat 42 and the hob fixing seat 41, in the central stationary body assembly 6, the L-pole copper ring base 631 connected to the live wire of the power cord 10 wound on the wire reel 3 can relatively rotate with respect to the L-pole elastic copper ring 632 connected to the L-pole wiring of the socket assembly 2, the N-pole copper ring base 651 connected to the zero wire of the power cord 10 can relatively rotate with respect to the N-pole elastic copper ring 652 connected to the N-pole wiring of the socket assembly 2, the E-pole copper ring base 641 connected to the live wire of the power cord 10 can relatively rotate with respect to the E-pole elastic copper ring 642 connected to the E-pole wiring of the socket assembly 2, so that, in the winding and rewinding processes, the rotation of wire reel 3 can not cause the influence to socket subassembly 2 for socket subassembly 2 can remain motionless, has avoided the plug electric wire winding confusion phenomenon to appear.

Claims (6)

1. The utility model provides a take supply socket's wire reel structure, including iron stand (1), socket subassembly (2) and wire reel (3), horizontal fixed is provided with bracing piece (11) on iron stand (1), fixed being provided with iron stand fixing base (41) and socket fixing base (42) on bracing piece (11), socket subassembly (2) set up on socket fixing base (42), wire reel (3) are rotated and are set up on iron stand fixing base (41) and socket fixing base (42), offer socket (32) that are used for power cord (10) to pass on wire reel (3), its characterized in that: a central immobile body assembly (6) is arranged between the iron stand fixing seat (41) and the socket fixing seat (42), the central immobile body assembly (6) comprises a base (61) fixedly arranged on the end surface of the iron stand fixing seat (41) and an end cover (62) arranged on the outer end of the base (61), a hollow column barrel (611) extends from the base (61), an L pole conductive ring assembly (63), an N pole conductive ring assembly (65) and an E pole conductive ring assembly (64) are sleeved on the column barrel (611), the L pole conductive ring assembly (63), the N pole conductive ring assembly (65) and the E pole conductive ring assembly (64) are divided by a spacer ring (66), the L pole conductive ring assembly (63) comprises an L pole copper ring base (631), an L pole copper ring cover (633) covered on the L pole copper ring base (631), and an L pole elastic copper ring (632) rotatably arranged between the L pole copper ring base (631) and the L pole copper ring cover (633), a bent L-pole socket sheet (635) is formed on the inner side wall of the L-pole elastic copper ring (632), the L-pole socket sheet (635) is connected with an L-pole wiring of the socket component (2), an L-pole wiring sheet (634) extends on the outer side wall of the L-pole copper ring base (631) or the L-pole copper ring cover (633), and the L-pole wiring sheet (634) is connected with a live wire of a power line; the N-pole conducting ring assembly (65) comprises an N-pole copper ring base (651), an N-pole copper ring cover (653) covering the N-pole copper ring base (651), and an N-pole elastic copper ring (652) rotatably arranged between the N-pole copper ring base (651) and the N-pole copper ring cover (653), wherein a bent N-pole connecting seat sheet (655) is formed on the inner side wall of the N-pole elastic copper ring (652), the N-pole connecting seat sheet (655) is connected with an N-pole wiring of the socket assembly (2), an N-pole wiring sheet (654) extends from the outer side wall of the N-pole copper ring base (651) or the N-pole copper ring cover (653), and the N-pole wiring sheet (654) is connected with a zero line of a power line (10); the E pole conductive ring assembly (64) comprises an E pole copper ring base (641), an E pole copper ring cover (643) covering the E pole copper ring base (641), and an E pole elastic copper ring (642) rotatably arranged between the E pole copper ring base (641) and the E pole copper ring cover (643), wherein a bent E pole connecting seat sheet (645) is formed on the inner side wall of the E pole elastic copper ring (642), the E pole connecting seat sheet (645) is connected with an E pole wiring of the socket assembly (2), an E pole wiring sheet (644) extends from the outer side wall of the E pole copper ring base (641) or the E pole copper ring cover (643), and the E pole wiring sheet (644) is connected with a ground wire of a power line (10).

2. The wire spool structure with power supply socket according to claim 1, wherein: and a plurality of contact bumps (636) are respectively formed on the L-pole elastic copper ring (632), the N-pole elastic copper ring (652) and the E-pole elastic copper ring (642).

3. The wire spool structure with power supply socket according to claim 1, wherein: the base (61) of the central stationary body assembly (6) is provided with a connecting screw (612) for connecting with the socket fixing seat (42).

4. The wire spool structure with power supply socket according to claim 1, wherein: the socket assembly (2) comprises a plurality of socket units (21) connected in parallel with each other.

5. The wire spool structure with power supply socket according to claim 1, wherein: an inner winding reel sleeve (51) is fixedly arranged on the iron frame fixing seat (41), and an outer winding reel sleeve (52) is fixedly arranged on the socket fixing seat (42).

6. The wire spool structure with power supply socket according to claim 1, wherein: and a rotating handle (31) is arranged on the outer side wall of the wire spool (3).

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