TWM646097U - Plug connector rotating structure of transmission line - Google Patents

Abstract

The invention is a rotating structure of a plug joint of a transmission line, which includes: a rotating member, a pivoting member, a covering member and a connecting member; wherein the rotating member is provided with an adapter plate, which is provided with a plurality of loops Conductive piece; the pivot joint is provided with a contact positioning plate, which is arranged with a plurality of elastic metal pieces. The adapter plate and the contact positioning plate are pivoted together so that each elastic metal piece is pressed one by one on On the ring-shaped conductive sheet, the covering member is provided with a sheath part, and the sheath part is provided with two extending protective plates, and the plug-in end is used to assemble the sheath parts so that the protective plates correspond to the rotating parts respectively. connecting plate, contact positioning plate; and the sleeve is provided with a line end sleeve, the line end sleeve is provided with two extending corresponding side pieces, and the transmission line is threaded into the line end sleeve, and A shaft is used to assemble the adapter plate, the contact positioning plate, the guard plate and the side piece; with the above structure, the plug end of the rotating member can rotate in the direction required, thereby improving the service life and durability.

Description

Transmission line plug connector rotation structure

This invention relates to a rotation structure of a plug connector of a transmission line, in particular, one in which the plug connector and the transmission line can rotate relative to each other according to the required angle direction.

Press, portable electronic products (such as smart phones) have become one of the indispensable items in daily life. They are equipped with many accessories, especially transmission lines for charging, connecting to mobile power sources, or transferring data to computers. Alternatively, the conventional transmission line and adapter structure, such as the conventional transmission line 10 shown in Figures 1 and 2, has at least one end of the transmission line 10 a plug connector 11, and the plug connector 11 includes: a plug end 12 and a protective sleeve. Sheath 13; the plug end 12 is connected to the transmission line 10, and the sheath 13 covers the transmission line 10 and part of the plug end 12. The sheath 13 is integrally connected with an elastic extension section 14, so that the transmission line 10 is When an external force is pulled and bent, the extension section 14 is deformed and buffered by the external force to prevent the core of the transmission line 10 from breaking or being damaged; however, although the above-mentioned sheath 13 has an extension section 14 to protect the transmission line 10, the transmission line 10 and The relative directions of the sheath 13 are often fixed, and the extension section 14 can be bent by external force. When the external force disappears, it will spring back and cannot be positioned in a bent state, so that when the smart phone is placed horizontally, it cannot be plugged into the sheath 13 . The transmission line will require a larger space, causing inconvenience in use. And during use, repeated bending of the transmission line 10 may easily cause the transmission line 10 and the sheath 13 to break and separate from each other, affecting their service life.

The main purpose of this creation is to solve the above problems and provide a rotating structure of the plug connector of the transmission line. The main technology and purpose are: the rotating member of the plug connector is provided with a plurality of ring-shaped conductive sheets, and the rotating member of the plug connector is provided with a plurality of elastic members. The metal sheet, the adapter plate and the contact positioning plate pivot assembly enable the plug connector to rotate at an angle as needed, thereby achieving the effect of smaller space, improved service life and durability.

According to the above-mentioned purpose of this invention, a rotating structure of a plug-in connector of a transmission line is provided, which includes: a rotating member, a pivoting member, a covering member and a connecting member; wherein the rotating member is provided with a plug-in end The adapter plate is provided with a first axis hole portion, and a plurality of ring-shaped conductive sheets of different diameters and sizes are spaced on the surface of the adapter plate with the first axis hole portion as the center of the circle; the pivot plate The connector is provided with a contact positioning plate connected to a transmission line. The contact positioning plate is provided with a second axis hole part that matches the first axis hole part, and a plurality of elastic metal sheets are arranged on the contact positioning plate to connect The first axis hole part and the second axis hole part are coaxially assembled, so that each elastic metal piece is pressed against each ring-shaped conductive piece one by one; the covering member is provided with a hollow sheath part, and the sheath part is The sheath part is provided with two extending and corresponding protective plates. Each of the protective plates is provided with a shaft through hole, and the plug-in end is inserted into the sheath part so that each protective plate corresponds to the adapter plate and the adapter plate respectively. The contact positioning plate allows the plug end to expose the sheath part; and the socket is provided with a wire end sleeve, and the wire end sleeve is provided with two extending and corresponding side pieces, each of which is respectively A positioning shaft hole is provided, and the transmission line is threaded into the line end sleeve so that each positioning shaft hole corresponds to each shaft through hole, and a shaft rod is used to assemble each positioning shaft hole and each shaft through hole. The hole, the first shaft hole part and the second shaft hole part allow the rotating member to pivot within the range where the elastic metal piece resists the ring-shaped conductive piece.

In one embodiment of the present invention, the elastic metal sheets are arranged in line at intervals, and each of the ring-shaped conductive sheets is provided with two The relatively symmetrically paired S-shaped circuit breakers allow each of the ring-shaped conductive sheets to form a first half-circle of conductive sheets and a second half-circle of conductive sheets, so that the elastic metal sheets touch and press the first half-circle conductive sheets one by one. On the half circle of conductive sheets and the second half circle of conductive sheets.

In one embodiment of the present invention, the S-shaped breaking part forms a first extended circuit piece at both ends of the first half-turn conductive piece, and a second extended circuit piece is formed at both ends of the second half-turn conductive piece. , so that each elastic metal piece can touch and press the first extended circuit pieces and the second extended circuit pieces one by one.

In an embodiment of the present invention, the first extended circuit piece and the second extended circuit piece are arranged in parallel.

In an embodiment of the present invention, the first shaft hole part may be a convex shaft hole, and the second shaft hole part may be a shaft hole.

In one embodiment of the present invention, both ends of the shaft are riveted to each of the positioning shaft holes.

With the above structure, the plug-in end of the rotating member can be rotated according to the required angle, occupying less space during use, and can avoid bending and breakage, thereby improving the service life and durability.

10:Transmission line

11:Plug connector

12:Plug-in end

13:Sheath

14:Extended section

20:Plug connector

30: Rotating parts

31:Adapter board

32:Plug-in end

33: First shaft hole part

34: Circle type conductive sheet

35:S-shaped circuit breaker

36: The first half circle of conductive sheet

361: The first extended circuit chip

37: The second half circle of conductive sheet

371: The second extended circuit piece

40: Pivot joint

41:Contact positioning plate

42:Transmission line

43: Second shaft hole part

44: Elastic metal sheet

50: Covering parts

51:Sheath Department

52:guard plate

53:Shaft through hole

60:Sockets

61:Wire end sleeve

62: Side panel

63: Positioning shaft hole

64:Shaft

C: Center line

Figure 1 is a commonly known three-dimensional view;

Figure 2 is a schematic plan view of the bending of a conventional transmission line;

Picture 3 is a three-dimensional exploded view of this creation;

Figure 4 is a combined three-dimensional view of this creation;

Figure 5 is a front cross-sectional view of this creation;

Figure 6 is a straight-line top-down cross-section of this creation;

Figure 7 is a top-down cross-sectional view of this creation with the left side bent;

Figure 8 is a top-down cross-section of the right side of this creation.

In order to enable your review committee to have a better understanding of this creation, hereby give a preferred embodiment with accompanying drawings, as detailed below:

Please refer to Figures 3 to 8. A plug connector 20 includes: a rotating member 30, a pivot member 40, a covering member 50 and a connecting member 60; wherein the rotating member 30 has a plug connector on one side. The adapter plate 31 at the end 32 is a circular plate body and is provided with a first axis hole portion 33 in its center, and one of the surfaces of the adapter plate 31 is marked with the first axis hole portion 33 . The shaft hole part 33 has a plurality of ring-shaped conductive sheets 34 of different diameters arranged at intervals in the center of the circle. Each of the ring-shaped conductive sheets 34 is provided with two symmetrical pairs at a position of the center line C passing through the first shaft hole part 33. The S-shaped breaking portion 35 forms a first half-circle conductive sheet 36 and a second half-circle conductive sheet 37 on each of the circle-shaped conductive sheets 34, and is formed on both ends of each of the first half-circle conductive sheets 36. A first extended circuit piece 361 forms a second extended circuit piece 371 parallel to the first extended circuit piece 361 at both ends of each second half-circle conductive piece 37; the pivot member 40 is provided with a side connection A contact positioning plate 41 of the transmission line 42. The contact positioning plate 41 is a circular plate, which corresponds to the adapter plate 31, and is provided with a first axis hole portion in the center of the contact positioning plate 41. 33 matches the second shaft hole part 43, and a plurality of elastic metal pieces 44 are arranged in series on the contact positioning plate 41. The first shaft hole part 33 and the second shaft hole part 43 are coaxially pivoted, so that the The adapter plate 31 and the contact positioning plate 41 are stacked together, so that each elastic metal piece 44 is pressed against the first half-circle conductive piece 36 and the second half-circle conductive piece of the ring-shaped conductive pieces 34 one by one. 37; the covering member 50 is provided with a hollow sheath portion 51, and the sheath portion 51 is provided with two extending and corresponding The protective plates 52 are each provided with a shaft through hole 53, and the sheath part 51 is assembled with the plug end 32, so that one of the protective plates 52 corresponds to the adapter plate 31 and the other protective plate 52. The plate 52 corresponds to the contact positioning plate 41, and allows the plug end 32 to expose the sheath portion 51; and the socket member 60 is provided with a wire end sleeve 61, and the wire end sleeve 61 is provided with two extending phases. The corresponding side pieces 62 are respectively provided with a positioning shaft hole 63, and the transmission line 42 is threaded into the line end sleeve 61, so that each positioning shaft hole 63 corresponds to each shaft through hole. 53, and a shaft 64 is used to assemble each positioning shaft hole 63, each shaft through hole 53, the first shaft hole part 33 and the second shaft hole part 43, so that the rotating member 30 can contact the elastic metal piece 44 The first half-circle conductive sheet 36 or the second half-circle conductive sheet 37 is freely pivotable within the range; with the above structure, the plug end 32 of the rotating member 30 can rotate at an angle as required, occupying less space during use, and It can avoid bending and breakage, thereby improving service life and durability.

The composition, function and effect of the above embodiment are described in detail as follows: Please refer to Figures 3 to 8. The adapter plate 31 and the contact positioning plate 41 of this invention are made of non-metallic insulating material, and the first The shaft hole part 33 may be a convex shaft hole, and the second shaft hole part 43 is a shaft hole so that the first shaft hole part 33 and the second shaft hole part 43 can be assembled and rotated relative to each other. Furthermore, the first half-circle conductive sheet 36 has the first extended circuit sheet 361 at both ends, and the second half-circle conductive sheet 37 has the second extended circuit sheet 371 at both ends, and the first extended circuit sheet 361 and the second extended circuit piece 371 are juxtaposed, and its purpose is to ensure that the elastic metal piece 44 is in the contact range of the first half-turn conductive piece 36 or the second half-turn conductive piece 37, so that the adapter plate 31 can rotate. 180 degree rotation angle. If the first extended circuit piece 361 and the second extended circuit piece 371 are not provided, the rotation angle of the adapter plate 31 is only the two ends of the first half-turn conductive piece 36 or the second half-turn conductive piece 37 minus the elastic metal. The conductive range of the contact area of the piece 44. The covering member 50 and the sleeve member 60 can be made of metal, so that the protective plate 52 of the cover member 50 and the side panels 62 of the sleeve member 60 have metal elasticity and can elastically expand outward, which is better. Assembling, when the shaft 64 passes through the adapter plate 31, the contact positioning plate 41, the guard plate 52 and the side piece 62, the two ends of the shaft 64 are riveted to the positioning shaft holes 63 respectively, so that the The 64 sets of shafts will not break away. During use, under normal circumstances, the plug end 32 of the rotating member 30 and the transmission line 42 are in the same axial direction, and the elastic metal pieces 44 resist the first half-turn conductive pieces 36 of the ring-shaped conductive pieces 34 Or on the second half-circle conductive sheet 37 (as shown in Figure 6); if the plug connector 20 needs to be rotated 90 degrees to the left for use, the rotating member 30 and the covering member 50 are rotated counterclockwise synchronously, so that the plug connector 20 is rotated 90 degrees to the left. The elastic metal pieces 44 resist the first extended circuit piece 361 and the second extended circuit piece 371 in the counterclockwise direction of the first half-turn conductive pieces 36 and the second half-turn conductive pieces 37 (as shown in Figure 7 ); if the plug connector 20 needs to be rotated 90 degrees to the right for use, the rotating member 30 and the covering member 50 are rotated clockwise synchronously, so that the elastic metal sheets 44 are in contact with the first half-circle conductive sheets 36 and on the first extended circuit piece 361 and the second extended circuit piece 371 in the clockwise direction of the second half-circle conductive piece 37 (as shown in Figure 8).

Through the above embodiments, the advantages of this invention are as follows:

1. The rotatable plug end 32 design allows the transmission line 42 to be plugged into the jack of a 3C electronic product closer to the product itself to save space, especially for those 3C electronic products with inconvenient jack locations. The rotating plug connector 20 can better meet its needs.

2. The design of the rotatable rotating member 30 allows the user to more freely control the direction and angle of the transmission line 42, reducing the number of times of repeated bending of the transmission line 42, thereby reducing breakage and separation, and extending the service life of the transmission line 42. and improve durability.

3. The rotatable plug connector 20 design allows the user to plug in and out more conveniently. There is no need to pay special attention to the plugging direction, and there will be no situation where the plug connector 20 is in the wrong direction and cannot be used.

The above-mentioned embodiments are only preferred embodiments to fully illustrate the present invention, and are not intended to limit the characteristics of the present invention. The re-creation of the hypothesis principle still falls within the creative scope of the equivalent structure of this creation.

20:Plug connector

30: Rotating parts

31:Adapter board

32:Plug-in end

33: First shaft hole part

34: Circle type conductive sheet

35:S-shaped circuit breaker

36: The first half circle of conductive sheet

361: The first extended circuit chip

37: The second half circle of conductive sheet

371: The second extended circuit piece

40: Pivot joint

41:Contact positioning plate

42:Transmission line

43: Second shaft hole part

44: Elastic metal sheet

50: Covering parts

51:Sheath Department

52:guard plate

53:Shaft through hole

60:Sockets

61:Wire end sleeve

62: Side panel

63: Positioning shaft hole

64:Shaft

Claims (6)

A rotating structure for a plug-in connector of a transmission line, which includes: a rotating member, a pivoting member, a covering member and a connecting member; wherein the rotating member is provided with an adapter plate with a plug-in end, and the adapter plate A first axis hole is provided, and a plurality of ring-shaped conductive sheets of different diameters are spaced on the surface of the adapter plate with the first axis hole as the center of the circle; the pivot member is provided with a contact connecting a transmission line Point positioning plate, the contact positioning plate is provided with a second axis hole part matching the first axis hole part, and a plurality of elastic metal sheets are arranged on the contact positioning plate to connect the first axis hole part and the third axis hole part. The two-axis hole part is coaxially pivoted, so that each elastic metal piece is pressed against each ring-shaped conductive piece one by one; the covering part is provided with a hollow sheath part, and the sheath part is provided with two extending and corresponding Protective plates, each of which is provided with a shaft through hole, and is assembled with the plug end through the sheath part, so that each of the protective plates corresponds to the adapter plate and the contact positioning plate, and allows the plug The connecting end exposes the sheath part; and the sleeve is provided with a wire end sleeve. The wire end sleeve is provided with two extending and corresponding side pieces. Each side piece is provided with a positioning axis hole to connect the transmission line. Pass through the wire end sleeve so that each positioning shaft hole corresponds to each shaft through hole, and use a shaft to assemble each positioning shaft hole, each shaft through hole, the first shaft hole part and the third shaft hole. The two-axis hole portion allows the rotating member to pivot within the range where the elastic metal piece contacts the ring-shaped conductive piece. The rotating structure of the plug joint of the transmission line as described in claim 1, wherein the elastic metal sheets are arranged in line at intervals, and each of the ring-shaped conductive sheets is provided with two The relatively symmetrically paired S-shaped circuit breakers allow each of the ring-shaped conductive sheets to form a first half-circle of conductive sheets and a second half-circle of conductive sheets, so that the elastic metal sheets touch and press the first half-circle conductive sheets one by one. On the half circle of conductive sheets and the second half circle of conductive sheets. The plug-joint rotation structure of the transmission line as described in claim 2, wherein the S-shaped breaking part forms a first extended circuit piece at both ends of the first half-turn conductive piece, and forms a first extended circuit piece at both ends of the second half-turn conductive piece. The second extended circuit piece allows each elastic metal piece to touch and press on the first extended circuit pieces one by one. on the circuit chip and the second extended circuit chip. The plug joint rotation structure of the transmission line as claimed in claim 3, wherein the first extended circuit piece and the second extended circuit piece are in parallel. As claimed in claim 1, the rotation structure of the plug joint of the transmission line, wherein the first shaft hole part can be a convex shaft hole, and the second shaft hole part is a shaft hole. The rotation structure of the plug joint of the transmission line as described in claim 1, wherein both ends of the shaft are riveted to each of the positioning shaft holes.

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