CN203747206U - A three-dimensional rotating multi-directional socket - Google Patents

Abstract

A three-dimensional rotating multi-directional socket, including a female socket body (1) and a plurality of sub-socket bodies (2), the cross sections of the female socket body (1) and the sub-socket bodies (2) are equilateral triangles with chamfered corners, and the female socket body (1) includes a first The front cover ⒀ and the first rear cover ⑿, the first front cover ⒀ is provided with a power indicator light ⑶, a wire inlet ⑷ and a power switch ⑸, and the middle part of one side of the first rear cover ⑿ is provided with a connector The shaft hole ⒂ of the socket body ⑵; the sub-socket body ⑵ includes a second front cover ⑹ and a second rear ⑺ cover, the second front cover ⑹ is provided with two-hole and three-hole plug sockets, and the second rear There is a shaft ⒁ in the middle of one side of the cover ⑺, and a shaft hole ⒂ in the middle of the other side; the female socket body ⑴ and the sub-socket body ⑵, and the adjacent sub-socket bodies ⑵ are connected by a shaft. Its advantage is: it can be used as a flat socket, and it can also be transformed into a three-dimensional socket. All jacks of the utility model can be used without interference at the same time, and the utilization rate of the jacks is high.

Description

The multidirectional socket of a kind of stereo rotating

Technical field

The utility model relates to jack technology field, specifically the multidirectional socket of a kind of stereo rotating.

Background technology

It is all " plug flat " form that great majority used in everyday drag line socket, and jack is generally all at same plane.But because the electrical appliance plug volume having is larger, particularly three hole plug or Charger (portable round)s, take up room relatively large, usually can affect the use of adjacent jack.And the wire of some plug end, also can disturb adjacent jack to use sometimes, causes the jack utilance of wiring board socket not high.

The patent No. is 201020278307.5 " Three-dimensional socket ", compared with plane socket, each surface of this Three-dimensional socket all can rationally utilize, and jack on different surfaces uses not interference effect mutually, the utilance that has improved socket, provides a convenient.But, " Three-dimensional socket " that the patent No. is 201020278307.5, the spatial altitude that when use, it takies is high, and volume is larger.Meanwhile, " Three-dimensional socket " that the patent No. is 201020278307.5, the direction of its operable socket is determined, can not adapt to the multidirectional demand in daily life, socket being used.

The patent No. is 201220168059.8 " rotatable Three-dimensional socket ", and in the time that relative Rotate 180 between fixed socket and rotary shaft body and rotary shaft body and active socket is spent, rotatable Three-dimensional socket becomes Three-dimensional socket.In the time using as plane socket, orthogonal 2 sides can be inserted with multiple three hole plug or Charger (portable round)s simultaneously; In the time using as Three-dimensional socket, its jack utilance is high, and the spatial altitude taking is low.But, the patent No. is 201220168059.8 " rotatable Three-dimensional socket ", adopt conducting strip to connect each rotary shaft body and active socket, while doing stereo rotating, between conducting strip, likely there is wiping fiery phenomenon, there is certain potential safety hazard, and the power that this design can be born this socket is relatively little.Meanwhile, " the rotatable Three-dimensional socket " that the patent No. is 201220168059.8 because design size is less, can not ensure the stability of multidirectional use completely in the time placing, and can also do further optimization.

In sum, great majority used in everyday drag line plug flat or Three-dimensional socket, and the subject matter of existence is: the one, and plug flat socket, each jack may be because appliance plug be oversize or wire disturbs and cause utilization rate low; The 2nd, the direction of the operable socket of part Three-dimensional socket is determined, can not adapt to the multidirectional demand in daily life, socket being used completely; The 3rd, adopt conducting strip to connect the Three-dimensional socket of each rotary shaft body and active socket, while doing stereo rotating, between conducting strip, likely occur wiping fiery phenomenon, there is certain potential safety hazard.

Utility model content

The utility model is just based on above-mentioned background, be conceived to solve the contradiction in socket use, put forth effort on the realization of the multidirectional characteristic of stereo rotating, and make every effort to apply Electrical Safety, design a kind of structurally variable, high, applied widely, the safe and reliable multidirectional socket of stereo rotating of jack utilance.

The multidirectional socket of a kind of stereo rotating, comprise female plug pedestal 1 and multiple sub-socket 2, the cross section of described female plug pedestal 1 and sub-socket 2 is the equilateral triangle of chamfering, described female plug pedestal 1 comprises the first protecgulum 13 and the first bonnet 12, on described the first protecgulum 13, be provided with power supply indicator 3, entrance hole 4 and mains switch 5, a middle side part of described the first bonnet 12 offers the shaft hole 15 for connexon socket 2; Described sub-socket 2 comprises the second protecgulum 6 and the second bonnet 7, and described the second protecgulum 6 is provided with two holes and three hole plug and sockets, and described the second bonnet 7 one middle side parts are provided with rotating shaft 14, and opposite side middle part offers shaft hole 15; It between described female plug pedestal 1 and sub-socket 2, between adjacent sub-socket 2, is rotating shaft connection.

Shaft hole 15 upper rights of described the first bonnet 12 inner sides are provided with the first side block piece 16, bottom right is provided with the second side block piece 17, on shaft hole 15, be arranged with rotation geocoded activity block 10, rotation geocoded activity block 10 can only rotate between the first side block piece 16 and the second side block piece 17, guarantees that counterrotating angle is no more than 180 °.

The shaft hole upper right of described the second bonnet 7 inner sides is provided with the first side block piece 16, and bottom right is provided with the second side block piece 17, and shaft hole 15 is provided with rotation geocoded activity block 10.

Three hole plug and sockets and the two hole plug and sockets of described the second protecgulum 6 are positioned in the Different Plane of the second protecgulum 6, and described two hole plug and sockets are positioned at the top of the second protecgulum 6.

Described female plug pedestal 1 is connected successively and is yi word pattern with multiple sub-sockets 2.

Described female plug pedestal 1 is connected successively and is six prismatics with 5 sub-sockets 2.

Described female plug pedestal 1 is connected S-type with multiple sub-sockets 2 successively.

The advantage of the multidirectional socket of the utility model stereo rotating is: both can be used as plane socket and used, also can be transformed into Three-dimensional socket and use.In the time using as plane socket, the spatial altitude taking is low, and orthogonal 2 sides can be inserted with multiple Two-feet plugs and three-pin plug on 2 different directions simultaneously; In the time using as Three-dimensional socket, can carry Two-feet plug and three-pin plug on multiple different directions simultaneously.No matter use or use as Three-dimensional socket as plane socket, each jack of rotation Multi-directional three-dimensional socket of the present utility model noiseless use simultaneously, jack utilance is high, and the socket that is convenient for people to use is had to positive effect.

Brief description of the drawings

Fig. 1 is the overall schematic that the utility model is six prismatics.

Fig. 2 is the S-type overall schematic of the utility model.

Fig. 3 is the overall schematic that the utility model is yi word pattern.

Fig. 4 is the overall structure schematic diagram of sub-socket.

Fig. 5 is front/rear cover and the inner body schematic diagram of sub-socket.

Fig. 6 is the structural representation of sub-socket rotation geocoded activity block.

Fig. 7 is the overall structure schematic diagram of female plug pedestal.

Fig. 8 is the structural representation of female plug pedestal rotation geocoded activity block.

Fig. 9 is that female plug pedestal is not installed the structural representation while rotating geocoded activity block.

Figure 10 is the structural representation of rotation geocoded activity block.

Figure 11 is the view before two socket junction rotations.

Figure 12 is the view after two socket junction Rotate 180s °.

Figure 13 is the schematic diagram of bonnet internal wiring.

In figure, 1 is female plug pedestal, and 2 is sub-socket, and 3 is power supply indicator, 4 is entrance hole, and 5 is mains switch, and 6 is the second protecgulum, and 7 is the second bonnet, 8,9 is conducting strip bracing frame, and 10 is rotation geocoded activity block, and 11 is conducting strip, 12 is the first bonnet, and 13 is the first protecgulum, and 14 is rotating shaft, 15 is shaft hole, and 16 is the first side block piece, and 17 is the second side block piece, 18 is rotation geocoded activity block left surface, and 19 is rotation geocoded activity block right flank, and 20 is installing hole.

Embodiment

Below in conjunction with accompanying drawing, the utility model is further described: as shown in Fig. 1-13, the multidirectional socket of a kind of stereo rotating, comprises 1 and 5 sub-sockets 2 of 1 female plug pedestal, female plug pedestal 1 and sub-socket 2 structural similarities, function difference.Female plug pedestal 1 comprises the first protecgulum 13 and first bonnet 12 two parts, and the first protecgulum 13 provides entrance hole 4, mains switch 5 and power supply indicator 3, the first bonnets 12 thereof that the shaft hole 15 being connected with sub-socket 2 is provided.Sub-socket 2 comprises the second protecgulum 6 and second bonnet 7 two parts, and the second protecgulum 6 provides two holes and three hole plug and sockets, and the second bonnet 7 provides and the interconnective rotating shaft 14 of other sockets and shaft hole 15.Female plug pedestal 1 is connected with a sub-socket 2, this sub-socket 2 is connected with another sub-socket 2, connects successively, until the 5th sub-socket 2, sub-socket 2 and the female plug pedestal 1 of least significant end can be in contact with one another in certain plane, but each other without annexation.

Female plug pedestal 1 and sub-socket 2 cross sections are the equilateral triangle of chamfering, and sectional dimension is identical.A female plug pedestal 1 and five sub-sockets 2 can surround positive six prisms.Center position in the bonnet side of female plug pedestal 1 and sub-socket 2 all has shaft hole 15 or stretches out rotating shaft 14, the shaft hole of another socket is inserted in the rotating shaft of certain sub-socket 2, can realize rotation relatively between socket, because pivot is positioned at center, side, ensure after relative Rotate 180 degree, two main body upper and lower surfaces keep alignment, are convenient to the overall placement of socket.Due to the relative rotation between each main body of socket, make socket spatially can present different conditions (referring to Fig. 1, Fig. 2, Fig. 3), to adapt to different workplaces and work requirements, prevent the phenomenon of plug end wire phase mutual interference.

When work, be arranged on the rotation geocoded activity block right flank 19 of first sub-socket 2 and the left surface of the first side block piece 16 and contact, the bonnet relative rotation that now defines this two sub-socket 2 is 0 °.When after the relative Rotate 180 of bonnet of two sub-sockets 2 °, rotation geocoded activity block left surface 18 contact with the left surface of the second side block piece 17, stops two sub-sockets 2 to continue relative rotations.

The utility model inner lead is arranged as follows: cable enters from the entrance hole 4 of female plug pedestal 1, after mains switch 5 and power supply indicator 3, all from sub-socket 2 rotating shaft 14 centre bores that are attached thereto, penetrate, enter sub-socket 2, be connected with the copper current-conducting piece 11 of sub-socket 2 inside, then from the shaft hole 15 of sub-socket 2, pass, enter second sub-socket 2.In the relative rotary course of socket, wire is along with socket together rotation relatively, owing to having reserved enough spaces at sub-socket 2 back cover portions, and sufficiently long wire is placed in this space, in the time that wire twists, torsional deflection can be assigned on sufficiently long wire, prevent the excessive torsion phenomenon of wire, due to the effect of rotation geocoded activity block 10, make relative rotation between sub-socket 2 be no more than 180 °, so torsional deflection amount is little simultaneously.In rotary course, circuit is connected with wire all the time, has avoided the electric spark that uses similar brush structure to cause, ensures the Electrical Safety in rotary course.

Claims (7)

1. A three-dimensional rotating multi-directional socket, comprising a female socket body (1) and a plurality of sub-socket bodies (2), characterized in that: the cross-sections of the female socket body (1) and the sub-socket bodies (2) are all chamfered equilateral triangles, and the female socket body (2) The socket body ⑴ includes a first front cover ⒀ and a first rear cover ⑿. The first front cover ⒀ is provided with a power indicator light ⑶, an inlet hole ⑷ and a power switch ⑸. One side of the first rear cover ⑿ The middle part is provided with a shaft hole ⒂ for connecting the sub-socket body ⑵; the sub-socket body ⑵ includes a second front cover ⑹ and a second rear cover ⑺, and the second front cover ⑹ is provided with two-hole and three-hole plug sockets , the second rear cover (⑺) has a shaft (1) in the middle of one side, and a shaft hole (10) in the middle of the other side; the female socket body (1) and the sub-socket body (2), and the adjacent sub-socket bodies (2) are connected by a shaft . 2. The three-dimensional rotating multi-directional socket according to claim 1, characterized in that: the shaft hole ⒂ inside the first rear cover ⑿ is provided with a first side stopper ⒃ on the upper right, and a second side stopper on the lower right side ⒄, the shaft hole ⒂ is set with a rotating positioning movable stopper ⑽. 3. The three-dimensional rotating multi-directional socket according to claim 1, characterized in that: the shaft hole on the inner side of the second rear cover (7) is provided with a first side stopper ⒃ on the upper right, and a second side stopper ⒄ on the lower right side , There is a rotating positioning movable stopper ⑽ on the shaft hole ⒂. 4. The three-dimensional rotating multi-directional socket according to claim 1, characterized in that: the three-hole plug socket and the two-hole plug socket of the second front cover (6) are located on different planes of the second front cover (6), and the two The hole plug socket is located on the top of the second front cover ⑹. 5. The three-dimensional rotating multi-directional socket according to claim 1, characterized in that: said female socket body (1) and multiple sub-socket bodies (2) are sequentially connected in a straight line. 6. The three-dimensional rotating multi-directional socket according to claim 1, characterized in that: said female socket body (1) and five sub-socket bodies (2) are sequentially connected to form a hexagonal prism. 7. The three-dimensional rotating multi-directional socket according to claim 1, characterized in that: said female socket body (1) and multiple sub-socket bodies (2) are sequentially connected in an S-shape.