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CN-121983823-A - Male-female integrated terminal connector for solar energy

CN121983823ACN 121983823 ACN121983823 ACN 121983823ACN-121983823-A

Abstract

The invention relates to the technical field of connectors, in particular to a male-female integrated terminal connector for solar energy, which comprises a front cover, a rubber core piece, a welding row, an auxiliary piece, a terminal piece and two flying wing plates, wherein the rubber core piece is inserted into the right end of the front cover, the welding row is equidistantly arranged at the upper end of the rubber core piece, the lower end of the welding row extends into the rubber core piece, the auxiliary piece is arranged at the outer end of the rubber core piece and is connected with the welding rows, the terminal piece is equidistantly arranged on the right wall inside the front cover and extends into the rubber core piece, the terminal piece penetrates through the front cover, the upper ends of the terminal pieces are symmetrically provided with the two flying wing plates, the two flying wing plates are respectively attached to the front end and the rear end of a straight line part of the corresponding welding row, the female terminal and the male terminal are integrally formed, the flying wing plates are utilized to enable the welding row, the female terminal and the male terminal to be connected with the female terminal, the male terminal are in a split type, the occurrence probability of the female terminal and the male terminal is effectively reduced, the occurrence probability of a failure effect is effectively ensured in the encapsulation process, and the use effect is effectively ensured.

Inventors

  • WANG YU
  • SHI XIAOYONG

Assignees

  • 东台正耀精密技术有限公司

Dates

Publication Date
20260505
Application Date
20260330

Claims (8)

  1. 1. A male-female integrated terminal connector for solar energy, comprising: A front cover (7); the rubber core piece is inserted into the right end of the front cover (7), and the right end of the front cover (7) extends into the rubber core piece; The welding lines (9) are arranged in a plurality, the welding lines (9) are equidistantly arranged at the upper end of the rubber core piece, the lower ends of the welding lines (9) extend into the rubber core piece, the welding lines (9) are of a fold line-shaped assembly, and oblique line parts of the welding lines (9) are arranged at the upper side of the rubber core piece; The auxiliary piece is arranged at the outer end of the rubber core piece, the auxiliary piece is connected with a plurality of welding rows (9), and the welding rows (9) are positioned in the auxiliary piece; The terminal piece, the terminal piece sets up a plurality ofly, and a plurality of terminal piece equidistance is installed on the inside right wall of protecgulum (7), and the terminal piece passes protecgulum (7) and extend into in the rubber core piece, a plurality of two flying wing boards (82) are all installed to terminal piece upper end symmetry, and two flying wing boards (82) laminate respectively on the both ends around the straight line portion of corresponding welding row (9).
  2. 2. The male-female integrated terminal connector for solar energy of claim 1, wherein the rubber core piece comprises a first rubber shell (1), a connecting rubber body (6) is arranged at the left end of the first rubber shell (1), a second rubber shell (5) is arranged at the left end of the connecting rubber body (6), the second rubber shell (5), the connecting rubber body (6) and the first rubber shell (1) are of an integrated structure, the right wall in the second rubber shell (5) faces towards the right recess to form a groove (51), a front cover (7) is inserted in the second rubber shell (5), the left end of the front cover (7) extends out of the left side of the second rubber shell (5), and the right end of the front cover (7) extends into the groove (51) and is mutually attached to the right wall in the groove (51); The inside right wall of recess (51) is towards right side sunken formation a plurality of mounting holes (53), and mounting hole (53) right-hand member through connection colloid (6) and extend to on the inside left wall of first rubber shell (1), a plurality of inside top end face of mounting hole (53) all upwards sunken formation auxiliary tank (54), and auxiliary tank (54) extend to mounting hole (53) left end, the straight line portion of a plurality of welding row (9) is installed to connection colloid (6) upper end equidistance, and a plurality of straight line portions that weld row (9) extend into respectively in a plurality of auxiliary tank (54).
  3. 3. The male-female integrated terminal connector for solar energy according to claim 2, wherein the terminal piece comprises a female terminal (8), the right end of the female terminal (8) is communicated with the male terminal (2), the right end surface of the front cover (7) is recessed leftwards to form a plurality of through holes (73), the through holes (73) extend to the right wall inside the front cover (7), and the right ends of the through holes (73) are respectively communicated with the left ends of the mounting holes (53); Female terminal (8) set up on the inside right wall of protecgulum (7), and female terminal (8) right-hand member runs through corresponding through-hole (73) and extends into in corresponding mounting hole (53), public terminal (2) set up on first inside left wall of gluing shell (1), and public terminal (2) left end extends into in corresponding mounting hole (53) and is connected with female terminal (8) that corresponds, and public terminal (2) are integrated structure with female terminal (8), two flying wing plates (82) are installed to female terminal (8) upper end symmetry, and in two flying wing plates (82) upper ends all extend into corresponding auxiliary tank (54).
  4. 4. The male-female integrated terminal connector for solar energy of claim 3, wherein the right end face of the second rubber shell (5) is recessed leftwards to form two clamping grooves (52), the clamping grooves (52) extend to the right wall inside the groove (51), the two clamping grooves (52) are located on the upper side and the lower side of the connecting colloid (6), two L-shaped buckles (71) are symmetrically arranged at the right end of the front cover (7), the two L-shaped buckles (71) are oppositely arranged, the two L-shaped buckles (71) penetrate through the two clamping grooves (52) respectively, and the L-shaped buckles (71) are mutually clamped with the corresponding clamping grooves (52).
  5. 5. The male and female integrated terminal connector for solar energy of claim 3, wherein the right ends of the male terminals (2) are respectively inserted with an anti-contact finger (21), the left ends of the anti-contact fingers (21) extend into the corresponding male terminals (2), the left sides of the female terminals (8) are respectively internally provided with elastic pieces, the right ends of the front covers (7) are equidistantly provided with a plurality of limiting ribs (72), the limiting ribs (72) are respectively positioned in the auxiliary grooves (54), the limiting ribs (72) are respectively attached to the upper ends of the female terminals (8), and the right ends of the limiting ribs (72) are mutually attached to the left ends of the corresponding flying wing plates (82).
  6. 6. The male-female integrated terminal connector for solar energy according to claim 2, wherein the auxiliary member comprises a bottom shell (31), the bottom shell (31) is arranged at the rear end of the connecting colloid (6), the bottom shell (31) is arranged between the first colloid shell (1) and the second colloid shell (5), the bottom shell (31) extends out of the rear side of the first colloid shell (1) and the rear side of the second colloid shell (5), the upper end of the bottom shell (31) is adhered with a second colloid shell (41), a wire harness (3) is arranged in an assembly formed by the second colloid shell (41) and the bottom shell (31), and the rear end of the wire harness (3) extends out of the rear side of the assembly; The utility model discloses a waterproof wire harness, including first rubber coating body (4), second rubber coating body (41) front end sets up first rubber coating body (4), and first rubber coating body (4) are located between first rubber coating body (1) and second rubber coating body (5), first rubber coating body (4) front end and connection colloid (6) front portion upper end interconnect, a plurality of weld row (9) all are located first rubber coating body (4) inboard, pencil (3) front end extends the subassembly front side, the oblique line portion fixed connection of a plurality of wire (33) front ends that expose in pencil (3) and a plurality of welding row (9) respectively, pencil (3) annular end suit waterproof circle (32), and waterproof circle (32) are located the subassembly.
  7. 7. The male-female integrated terminal connector for solar energy of claim 1, wherein guide strips (91) are arranged at the left end and the right end of the welding line (9), the guide strips (91) and the welding line (9) are of an integrated structure, and the cross section of the guide strips (91) is trapezoid with the outer part being narrow and the inner part being wide.
  8. 8. The solar power male and female integrated terminal connector as set forth in claim 2, wherein the middle of the outer end surface of the flying wing plate (82) is recessed inwards to form a rectangular groove (821), a chamfer is formed at the right end of the flying wing plate (82) towards the outer side edge, a U-shaped buckle (541) is arranged on the right wall inside the auxiliary groove (54), two transverse parts of the U-shaped buckle (541) are respectively attached to the outer ends of the two corresponding flying wing plates (82), and two buckling heads of the U-shaped buckle (541) are respectively clamped in the rectangular grooves (821) on the two corresponding flying wing plates (82).

Description

Male-female integrated terminal connector for solar energy Technical Field The invention relates to a male-female integrated terminal connector for solar energy, and belongs to the technical field of connectors. Background Solar energy, generally referred to as equipment for generating electricity from solar thermal radiation energy, has become an important component of human use of new energy in the context of increasingly scarce fossil fuels. In the construction and use process of solar equipment, connection operation with an external circuit is often required to be realized by means of a connector. At present, the connector mainly comprises a housing, a male terminal arranged in one side of the housing, a female terminal arranged in the other side of the housing, and a welding plate connected with the male terminal and the female terminal respectively and extending to the outer side of the housing. During assembly, the male terminal and the female terminal are welded at the two opposite ends of the welding plate respectively to form a complete assembly and then inserted into the shell, and then the part, extending out of the shell, of the welding plate is welded with the wire harness and the welding part is encapsulated, so that the waterproof effect is achieved. However, in order to ensure the smooth assembly of the welding plate and the shell, a clearance notch is required to be formed in the shell, so that in the encapsulation process, liquefied rubber material is easy to infiltrate into the shell along the notch, a rubber punching phenomenon occurs, and further the failure probability of core components such as female terminals and male terminals in the shell is greatly increased, and the use effect and the product quality of the connector are seriously affected. Disclosure of Invention Aiming at the problems in the prior art, the invention provides a male-female integrated terminal connector for solar energy. The technical scheme adopted for solving the technical problems is as follows: A male and female integrated terminal connector for solar energy, comprising: A front cover; The rubber core piece is inserted into the right end of the front cover, and the right end of the front cover extends into the rubber core piece; The welding lines are arranged in a plurality, the welding lines are equidistantly arranged at the upper end of the rubber core piece, the lower ends of the welding lines extend into the rubber core piece, the welding lines are of a broken line-shaped assembly, and oblique line parts of the welding lines are arranged at the upper side of the rubber core piece; the auxiliary piece is arranged at the outer end of the rubber core piece, is connected with a plurality of welding rows, and the welding rows are positioned in the auxiliary piece; The terminal piece, the terminal piece sets up a plurality of, and a plurality of the terminal piece equidistance is installed on the inside right wall of protecgulum, and the terminal piece passes the protecgulum and extend into in the rubber core spare, a plurality of two flying wing boards are all installed to the terminal piece upper end symmetry, and two flying wing boards laminate respectively on the straight line portion front and back both ends of corresponding welding row. Further, the rubber core piece comprises a first rubber shell, a connecting rubber body is arranged at the left end of the first rubber shell, a second rubber shell is arranged at the left end of the connecting rubber body, the second rubber shell, the connecting rubber body and the first rubber shell are of an integrated structure, the right wall of the inside of the second rubber shell is recessed towards the right to form a groove, a front cover is inserted in the second rubber shell, the left end of the front cover extends out of the left side of the second rubber shell, and the right end of the front cover extends into the groove and is mutually attached to the right wall of the inside of the groove; The inside right wall of recess forms a plurality of mounting holes towards right sunken, and mounting hole right-hand member through connection colloid and extend to first inside left wall of rubber shell, a plurality of the inside terminal surface of mounting hole all upwards sunken forms the auxiliary tank, and the auxiliary tank extends to the mounting hole left end, connect colloid upper end equidistance and install a plurality of sharp portions of welding the row, and a plurality of sharp portions of welding the row respectively extend into a plurality of auxiliary tanks. Further, the terminal piece comprises a female terminal, the right end of the female terminal is communicated with a male terminal, the right end face of the front cover is recessed leftwards to form a plurality of through holes, the through holes extend to the right wall inside the front cover, and the right ends of the through holes are respectively communicated with the left ends of the mounti