TWI811701B - Electrical connector assembly and its female end connector - Google Patents

Abstract

An electrical connector assembly and its female end connector, wherein the electrical connector assembly also has a male end connector, and the female end connector can exert force on the male end connector on the long side to force the male connector to abut the female connector laterally to provide a stop and at least limit the degree of lateral displacement of the male end connector relative to the female end connector. In addition, the female connector can choose to exert force on the male connector on the long side, forcing the male connector to abut the female connector longitudinally, so as to ensure that the overlap relationship between the male connector and the female connector meets expectations , the conductive structure in the male end connector can be electrically connected to the female end connector. Furthermore,the female end connector can be buckled with the male connector on the short side to at least limit the degree of displacement of the male connector relative to the female connector, and solve the problem of insufficient mating force between the male end connector and the overlapping female end connector after the overall height is reduced. In this way, the present invention can achieve the purpose of reducing the overall size of the electrical connector assembly, so as to provide a thinner electronic product for use.

Description

Electrical connector assembly and female terminal connector

The present invention relates to an electrical connector assembly and its female end connector. More specifically, it refers to an electrical connector assembly and its female end connector that can be used in thin electronic products.

According to, electrical connector assemblies are usually indispensable in electronic products. Generally speaking, electrical connector assemblies are composed of male connectors and female connectors. Among them, the male connector provides overlapping female connectors. device to transmit electrical signals. However, due to the thinning requirements of precision mobile electronic products such as smartphones in recent years, the overall height of the electrical connector assembly has been continuously required to be reduced, resulting in a gap between the male connector and the overlapping female connector. Insufficient fitting force between the connectors causes the overlapping relationship between the male connector and the female connector to be easily released by external force impact, making the electrical connection relationship between the male connector and the female connector easily damaged. , thereby affecting the normal operation of electronic products, and even causing damage to electronic products.

In addition, the male connector usually has a conductive structure set in the male rubber core to electrically connect the female connector and transmit electrical signals. However, with the advancement of technology, the performance of electronic products has greatly improved, making The types of electrical signals on electronic products tend to be diversified, which increases the number of conductive structures in the male connector, causing the span of the long side of the male rubber core to increase, making the long side of the male rubber core susceptible to stress. Due to the deformation, the conductive structure provided on the male end rubber core is easily displaced and cannot be electrically connected to the female end connector smoothly.

Based on the foregoing, how to maintain the overlapping state between the male connector and the overlapping female connector and ensure that the conductive structure in the male connector can be electrically connected to the female connector is a technical field. issues of urgent concern to people.

In view of the above shortcomings of the prior art, the present invention provides an electrical connector assembly. The electrical connector assembly has a first side, a second side, a third side and a fourth side. The first side The second side is two opposite sides, the third side and the fourth side are opposite two sides. The electrical connector assembly includes: a male connector, and the male connector has A plurality of public end conductive structures, a public end stop structure, a first public end fastening structure and a second public end fastening structure, each of the public end conductive structures is located on the first side, and the public end stop structure is located on the second side, the first male end fastening structure is located on the third side, the second male end fastening structure is located on the fourth side; and a female end connector, the female end connector is It has a female end plastic core, a plurality of female end conductive structures, a female end stopper structure, a first female end fastening structure and a second female end fastening structure. The female end plastic core has an accommodation space. The accommodation space is used to accommodate the male connector so that the male connector overlaps the female connector. Each of the female conductive structures is located on the first side and corresponds to the plurality of male conductive structures. In one of them, the receptacle stop structure is located on the second side, the first receptacle fastening structure is located on the third side, and the second receptacle fastening structure is located on the fourth side; wherein, When the male connector is accommodated in the accommodation space, each of the female conductive structures is electrically connected to the corresponding male conductive structure on the first side, and each of the female conductive structures is respectively connected to the first side. The first side exerts a lateral force on the corresponding public conductive structure, and the lateral force forces Make the male end connector laterally abut the female end connector, and make the male end stop structure laterally abut the female end stop structure on the second side to provide a stop to at least limit the male end connection. The degree of lateral displacement of the connector relative to the female connector, the first female connector fastening structure and the second female connector connector are connected to the first male connector on the third side and the fourth side respectively. The fastening structure and the second male fastening structure at least limit the degree of displacement of the male connector relative to the female connector.

Optionally, in the above electrical connector assembly, when the male connector is accommodated in the accommodating space, each of the female conductive structures is respectively connected to the corresponding male end of the first side pair. The conductive structure exerts a longitudinal force, and the longitudinal force forces the male connector to longitudinally abut the female connector to ensure that the electrical connection relationship between the female conductive structures and the male conductive structures is as expected.

Optionally, in the above electrical connector assembly, the male connector also has a flexible circuit board, a male metal shell and a male rubber core, wherein the plurality of male conductive structures are respectively Formed on the flexible circuit board; the first male end fastening structure and the second public end fastening structure are respectively formed on the male end metal shell, and the public end metal shell is connected to the male end rubber core and along the The long side of the male end rubber core extends to provide support for the long side of the male end rubber core, and the male end metal shell and the male end rubber core provide positioning for the flexible circuit board, so that the plurality of male end conductive structures Located at the desired position, the male end stop structure is formed on the male end rubber core.

Optionally, in the above electrical connector assembly, the male connector also has a pull strap, which provides a pulling force to pull the male connector away from the accommodating space, and the male metal The outer casing has a strap wearing structure, and the strap wearing structure is used to provide for wearing the drawstring.

Optionally, in the above electrical connector assembly, each of the male conductive structure and the male stop structure are disposed on the long side of the male connector, and the first male fastening structure The fastening structure with the second male end is disposed on the short side of the male end connector.

Optionally, in the above electrical connector assembly, the female connector also has a plurality of conductive terminals, wherein each of the female conductive structures is formed on one of the plurality of conductive terminals; The end stop structure is formed on the receptacle rubber core, and the receptacle rubber core provides positioning for the plurality of conductive terminals so that the plurality of receptacle conductive structures are located at expected positions; the first receptacle fastening structure and the third The two female terminal fastening structures are respectively embedded with the female terminal rubber core on the third side and the fourth side.

Optionally, in the above electrical connector assembly, each conductive terminal is a spring arm structure; wherein, when the male connector is accommodated in the accommodation space, the male connector is Each conductive terminal is forced to elastically deform, so that each female end conductive structure can exert a lateral force on the corresponding male end conductive structure respectively.

Optionally, in the above-mentioned electrical connector assembly, each of the female terminal conductive structure and the female terminal stop structure are disposed on the long side of the female terminal connector, and the first female terminal fastening structure The fastening structure with the second female end is disposed on the short side of the female end connector.

In addition, the present invention also provides a female connector, which is used to form an electrical connector assembly with a male connector. The electrical connector assembly has a first side and a second side. side, a third side and a fourth side, the first side and the second side are opposite sides, the third side and the fourth side are opposite sides, and the female connector is It includes: a female end plastic core, the female end plastic core has an accommodating space, the accommodating space is used to accommodate the male end connector to provide overlapping of the male end connector; a plurality of female end conductive structures , each receptacle conductive structure is located on the first side; a receptacle stop structure is located on the second side; a first receptacle fastening structure, the first receptacle fastening structure The structure is located on the third side; a second female end fastening structure is located on the fourth side; wherein, when the male connector is accommodated in the accommodation space, each The female-end conductive structures are electrically connected to the corresponding male-end conductive structures on the first side, and each of the female-end conductive structures are respectively on the first side. A lateral force is applied to the corresponding male conductive structure. The lateral force forces the male connector to laterally abut the female connector, causing the male stop structure to abut laterally on the second side. Connected to the receptacle stop structure to provide a stop to at least limit the degree of lateral displacement of the male connector relative to the receptacle connector, the first receptacle fastening structure and the second receptacle fastening structure The male connector is buckled on the third side and the fourth side respectively, so as to at least limit the degree of displacement of the male connector relative to the female connector.

Optionally, in the above-mentioned female connector, when the male connector is accommodated in the accommodation space, each of the female conductive structures is conductive to the corresponding male end on the first side. The structure exerts a longitudinal force, and the longitudinal force forces the male connector to longitudinally abut the female connector to ensure that the electrical connection relationship between the female conductive structures and the male conductive structures meets expectations.

Optionally, in the above-mentioned receptacle connector, the receptacle stop structure is formed on the receptacle rubber core, and the first receptacle fastening structure and the second receptacle fastening structure are formed on the receptacle rubber core respectively. The third side and the fourth side are embedded in the female end rubber core.

Optionally, in the above-mentioned receptacle connector, each of the receptacle conductive structure and the receptacle stop structure are disposed on the long side of the receptacle connector, and the first receptacle fastening structure and The second female terminal fastening structure is provided on the short side of the female terminal connector.

Compared with the prior art, the electrical connector assembly of the present invention has a male connector and a female connector. The female connector can exert force on the male connector on the long side, forcing the male connector sideways. against the female connector to provide a stop to at least limit the extent of lateral displacement of the male connector relative to the female connector. In addition, the female connector can choose to apply force to the male connector on the long side, forcing the male connector to longitudinally abut the female connector to ensure that the overlapping relationship between the male connector and the female connector is as expected. The conductive structure in the male connector can be electrically connected to the female connector. Furthermore, the female connector can be connected to the male connector on the short side, so as to at least limit the relative relationship between the male connector and the female connector. The degree of displacement can be reduced to solve the problem of insufficient mating strength between the male connector whose overall height is reduced and its overlapping female connector. In this way, the present invention can achieve the purpose of reducing the size of the overall body of the electrical connector to provide thin electronic products.

1: Electrical connector assembly

11:Pale connector

110:Flexible circuit board

111: Public conductive structure

113:Public end stop structure

114: First male end buckle structure

115:Second male end buckle structure

116:Plug metal shell

1161: Belt body wearing structure

117:Public end rubber core

118: Drawstring

12:Female connector

120: Accommodation space

121: Female terminal conductive structure

123: Female end stop structure

124: First female terminal buckle structure

125:Second female terminal buckle structure

127:Female rubber core

128:Conductive terminal

F1: Longitudinal force

F2: lateral force

S1: first side

S2: Second side

S3: Third side

S4: The fourth side

Figure 1 is a schematic diagram of an embodiment of the electrical connector assembly of the present invention.

Figure 2 is an exploded view of the electrical connector assembly shown in Figure 1.

Figure 3 is a schematic diagram of an embodiment of the male connector of the present invention.

Figure 4 is an exploded view of the male connector shown in Figure 2.

Figure 5 is an exploded view of the female connector shown in Figure 2.

Figure 6 is an enlarged view of the area indicated by symbol A in Figure 5.

7 to 8 are schematic diagrams of the first usage state of the electrical connector assembly of the present invention.

9 to 10 are schematic diagrams of the second usage state of the electrical connector assembly of the present invention.

Figure 11 is an enlarged view of the area indicated by symbol B in Figure 10.

12 to 13 are schematic diagrams of the third usage state of the electrical connector assembly of the present invention.

Figure 14 is an enlarged view of the area indicated by symbol C in Figure 13.

15 to 16 are schematic diagrams of the fourth usage state of the electrical connector assembly of the present invention.

The following content will be combined with drawings to illustrate the technical content of the present invention through specific embodiments. Those familiar with this technology can easily understand other advantages and effects of the present invention from the content disclosed in this specification. The present invention can also be implemented or applied through other different specific embodiments. This note Various modifications and changes can be made to various details in the book based on different viewpoints and applications without departing from the spirit of the invention. In particular, the proportional relationship and relative position of each element in the drawings are for exemplary purposes only and do not represent the actual implementation of the present invention.

For an explanation of the embodiments disclosed in the present invention, please refer to FIGS. 1 to 16 .

The electrical connector assembly provided by the present invention can be used to transmit electrical signals on electronic products. As shown in Figures 1 to 2, the four sides of the electrical connector assembly 1 of the present invention are the first side S1 and the second side respectively. S2, third side S3 and fourth side S4. The first side S1 and the second side S2 are opposite two sides among the four sides of the electrical connector assembly 1 , and the third side S3 and the fourth side S4 are opposite two sides among the four sides of the electrical connector assembly 1 .

As shown in FIG. 2 , the electrical connector assembly 1 includes: a male connector 11 and a female connector 12 , wherein the male connector 11 can overlap the female connector 12 to transmit electrical signals. As shown in FIGS. 3 to 4 , the male connector 11 has a plurality of male conductive structures 111 , a male stopper structure 113 , a first male fastening structure 114 , a second public fastening structure 115 , and a flexible circuit. Board 110, male metal shell 116 and male rubber core 117. A plurality of public terminal conductive structures 111 may be formed in the flexible circuit board 110 . Each male conductive structure 111 and male stop structure 113 are disposed on the long side of the male connector 11 , and the first male fastening structure 114 and the second public fastening structure 115 are disposed on the male connector. The short side of 11. As shown in FIG. 4 , the first male end fastening structure 114 and the second public end fastening structure 115 are respectively formed on the male end metal shell 116 .

It should be noted that the first male end fastening structure 114 and the second public end fastening structure 115 are fastening structures located on the third side S3 and the fourth side S4 respectively. The male end stop structure 113 is a retaining wall structure formed on the male end rubber core 117 and located on the second side S2. The male metal shell 116 is embedded in the male rubber core 117 and extends along the long side of the male rubber core 117 to provide support to the long side of the male rubber core 117 and avoid the long side of the male rubber core 117 from being damaged. The force deformation occurs due to the span increase, that is, the male end metal shell 116 can provide structural reinforcement to the long side of the male end rubber core 117 to reduce the degree of stress deformation of the long side of the male end rubber core 117, so that it can be set in The male conductive structure 111 on the male rubber core 117 can be electrically connected to the female connector 12 at a predetermined position. As shown in FIG. 7 , the male metal shell 116 and the male rubber core 117 can respectively contact the flexible circuit board 110 to provide positioning for the flexible circuit board 110 so that the plurality of public conductive structures 111 are located at desired positions.

Preferably, as shown in FIGS. 15 and 16 , the male connector 11 can also be provided with a pull strap 118 , and the pull strap 118 can provide pulling force to pull the male connector 11 away from the accommodating space 120 to pull up the male connector. 11. The overlapping relationship between the male connector 11 and the female connector 12 is released. Correspondingly, as shown in Figure 4, the left and right sides of the male metal shell 116 are provided with strap penetration structures 1161 to allow the straps to pass through. The body penetration structure 1161 provides for wearing the drawstring 118. In this way, the drawstring 118 can exert pulling force on the left and right sides of the male metal shell 116 through the body penetration structure 1161, so that the male connector 11 can be positioned at different locations. It was pulled up while tilted.

As shown in FIGS. 5 to 13 , the female connector 12 has a female stop structure 123 , a first female fastening structure 124 , a second female fastening structure 125 , a female rubber core 127 and a plurality of female terminals. Conductive structure 121. Each receptacle conductive structure 121 is formed on a conductive terminal 128 respectively, and each receptacle conductive structure 121 and the receptacle stop structure 123 are disposed on the long side of the receptacle connector 12, and the first receptacle snap-on structure 124 and the second female end fastening structure 125 are arranged on the short side of the female end connector 12 .

The receptacle rubber core 127 is formed with an accommodating space 120 and a receptacle stopper structure 123 located on the second side S2, and the receptacle rubber core 127 provides positioning for each conductive terminal 128, so that the conductive terminal 128 can The female conductive structure 121 is located at the desired location. In addition, the first receptacle fastening structure 124 and the second receptacle fastening structure 125 are respectively located on the third side S3 and the fourth side S4.

As shown in Figures 12 to 14, the first female end fastening structure 124 and the second female end fastening structure 125 are used to respectively fasten the male end connector 11, and can be selected as an embossed structure or a recessed structure to facilitate the pairing. The overlapping state of the male connector 11 and the female connector 12 provides a holding force, which can solve various problems caused by insufficient mating force between the male connector 11 and the overlapping female connector 12 .

In this application, the accommodating space 120 is used to accommodate the male connector 11, so that the male connector 11 overlaps the female connector 12, and the female conductive structure 121 of each conductive terminal 128 is accommodated. The space 120 is exposed to provide electrical connection to one of the plurality of public terminal conductive structures 111 respectively.

It should be noted that, as shown in FIG. 6 , each female-end conductive structure 121 is an elastic arm structure located on the first side S1 and corresponds to one of the plurality of public-end conductive structures 111 mentioned above. As shown in Figures 8 and 11, when the male connector 11 is accommodated in the accommodation space 120, each male conductive structure 111 can choose to force the corresponding female conductive structure 121 to elastically deform, so that each female end The conductive structure 121 can exert a lateral force F2 on the corresponding male conductive structure 111 on the male connector 11, and through the lateral force F2, the male connector 11 is forced to laterally abut against the female connector 12, so that the male connector The stop structure 113 laterally abuts the female end stop structure 123 on the second side S2 to provide a stop and at least limit the degree of lateral displacement of the male connector 11 relative to the female connector 12 so as to connect the male end. The overlapping state of the connector 11 and the female connector 12 provides a retaining force.

What's more, as shown in Figures 8 and 11, when the male connector 11 is accommodated in the accommodation space 120, each male conductive structure 111 can choose to force the corresponding female conductive structure 121 to elastically deform, and Let each female end conductive structure 121 apply a longitudinal force F1 to the corresponding male end conductive structure 111 on the male end connector 11, so as to force the male end connector 11 to longitudinally abut the female end connector 12 through the longitudinal force F1 to ensure that The electrical connection relationship between the female conductive structure 121 of each conductive terminal 128 and the corresponding male conductive structure 111 is as expected, so that the male connector 11 is electrically connected to the female connector 12 .

Furthermore, the first female end fastening structure 124 and the second female end fastening structure 125 are respectively used to fasten the first male end fastening structure 114 and the first male end fastening structure 114 of the male end connector 11 at the third side S3 and the fourth side S4. The two male end fastening structures 115 are designed to at least limit the degree of displacement of the male end connector 11 relative to the female end connector 12, and to provide retaining force for the overlapping state of the male end connector 11 and the female end connector 12 to solve the problem. The male end after the overall height is reduced The problem of insufficient mating force between the connector 11 and the female connector 12. In this way, the present invention can achieve the purpose of reducing the size of the overall body of the electrical connector to provide thin electronic products.

To sum up, the electrical connector assembly of the present invention has a male connector and a female connector, wherein the female connector can exert force on the male connector on the long side, forcing the male connector to press sideways. By the female connector, a stop is provided to at least limit the degree of lateral displacement of the male connector relative to the female connector. In addition, the female connector can choose to apply force to the male connector on the long side, forcing the male connector to longitudinally abut the female connector to ensure that the overlapping relationship between the male connector and the female connector is as expected. The conductive structure in the male connector can be electrically connected to the female connector. Furthermore, the female connector can be fastened to the male connector on the short side, so as to at least limit the degree of displacement of the male connector relative to the female connector, and solve the problem of overlapping the male connector after the overall height is reduced. Insufficient mating force between female connectors. In this way, the present invention can achieve the purpose of reducing the size of the overall body of the electrical connector to provide thin electronic products.

The above embodiments are only illustrative of the principles and effects of the present invention, but are not intended to limit the present invention. Anyone skilled in the art can make modifications and changes to the above embodiments without departing from the spirit and scope of the invention. Therefore, the scope of protection of the rights of the present invention should be as listed in the patent application scope of the present invention.

1: Electrical connector assembly

11:Pale connector

116:Plug metal shell

1161: Belt body wearing structure

12:Female connector

S1: first side

S2: Second side

S3: Third side

S4: The fourth side

Claims (12)

An electrical connector assembly. The electrical connector assembly has a first side, a second side, a third side and a fourth side. The first side and the second side are opposite sides. , the third side and the fourth side are opposite sides, and the electrical connector assembly includes: A male connector having a plurality of male conductive structures, a male stop structure, a first male fastening structure and a second public fastening structure, each of the public conductive structures is located on the first side, the male end stop structure is located on the second side, the first male end fastening structure is located on the third side, and the second male end fastening structure is located on the fourth side; as well as A female terminal connector, the female terminal connector has a female terminal rubber core, a plurality of female terminal conductive structures, a female terminal stop structure, a first female terminal fastening structure and a second female terminal fastening structure, The female end rubber core has an accommodating space, and the accommodating space is used to accommodate the male end connector, so that the male end connector overlaps the female end connector, and each of the female end conductive structures is located on the The first side corresponds to one of the plurality of public conductive structures, the female end stopper structure is located on the second side, the first female end fastening structure is located on the third side, and the second female end The fastening structure is located on the fourth side; wherein, When the male connector is accommodated in the accommodation space, each of the female conductive structures is electrically connected to the corresponding male conductive structure on the first side, and each of the female conductive structures is respectively connected to the first side. The first side exerts a lateral force on the corresponding male conductive structure. The lateral force forces the male connector to laterally abut the female connector, causing the male stop structure to move on the second side. Laterally abutting the female end stop structure to provide a stop to at least limit the lateral displacement of the male connector relative to the female connector, the first female end fastening structure and the second female end The fastening structure is respectively fastened to the first male end fastening structure and the second public end fastening structure on the third side and the fourth side, so as to at least limit the movement of the male end connector relative to the female end connector. bit degree. The electrical connector assembly as claimed in claim 1, wherein when the male connector is accommodated in the accommodation space, each of the female conductive structures is conductive to the corresponding male end on the first side. The structure exerts a longitudinal force, and the longitudinal force forces the male connector to longitudinally abut the female connector to ensure that the electrical connection relationship between the female conductive structures and the male conductive structures meets expectations. The electrical connector assembly as claimed in claim 1, wherein the male connector also has a flexible circuit board, a male metal shell and a male rubber core, wherein the plurality of male conductive structures are formed respectively In the flexible circuit board; the first male end fastening structure and the second public end fastening structure are respectively formed on the male end metal shell, and the male end metal shell is connected to the male end rubber core and along the male end. The long side of the terminal rubber core extends to provide support for the long side of the male terminal rubber core, and the male terminal metal shell and the male terminal rubber core provide positioning for the flexible circuit board, so that the plurality of male terminal conductive structures are located In the expected position, the male end stop structure is formed on the male end rubber core. The electrical connector assembly as described in claim 3, wherein the male connector also has a pull strap, which provides a pulling force to pull the male connector away from the accommodating space, and the male metal shell The belt has a belt wearing structure, and the belt wearing structure is used to provide the drawstring. The electrical connector assembly as claimed in claim 1, wherein each of the male conductive structure and the male stop structure are disposed on the long side of the male connector, and the first male fastening structure and The second male end fastening structure is disposed on the short side of the male end connector. The electrical connector assembly as claimed in claim 1, wherein the female terminal connector also has a plurality of conductive terminals, wherein each of the female terminal conductive structures is formed on one of the plurality of conductive terminals; the female terminal The stopper structure is formed on the receptacle rubber core, and the receptacle rubber core provides positioning for the plurality of conductive terminals so that the plurality of receptacle conductive structures are at expected positions; the first receptacle fastening structure and the second The receptacle fastening structure is embedded with the receptacle rubber core on the third side and the fourth side respectively. The electrical connector as claimed in claim 6, wherein each conductive terminal is a spring arm structure; wherein when the male connector is accommodated in the accommodation space, the male connector forces each The conductive terminal elastically deforms, allowing each female end conductive structure to exert a lateral force on the corresponding male end conductive structure. The electrical connector assembly as claimed in claim 1, wherein each of the female end conductive structure and the female end stopper structure are disposed on the long side of the female end connector, and the first female end fastening structure and The second female terminal fastening structure is provided on the short side of the female terminal connector. A female connector, the female connector is used to form an electrical connector assembly with a male connector, the electrical connector assembly has a first side, a second side, and a third side With a fourth side, the first side and the second side are opposite sides, the third side and the fourth side are opposite sides, and the female connector includes: A female end plastic core, the female end plastic core has an accommodation space, and the accommodation space is used to accommodate the male end connector to provide overlapping of the male end connector; A plurality of receptacle conductive structures, each receptacle conductive structure is located on the first side; a female end stop structure, the female end stop structure is located on the second side; A first female end fastening structure, the first female end fastening structure is located on the third side; A second female end fastening structure, the second female end fastening structure is located on the fourth side; wherein, When the male connector is accommodated in the accommodation space, each of the female conductive structures is electrically connected to the corresponding male conductive structure on the first side, and each of the female conductive structures is respectively connected to the first side. The first side exerts a lateral force on the corresponding male conductive structure, and the lateral force forces the male connector to laterally abut the female connector, so that the male stop structure is on the second side. Laterally abutting the female end stop structure to provide a stop to at least limit the lateral displacement of the male connector relative to the female connector, the first female end fastening structure and the second female end The buckling structure is to buckle the male connector on the third side and the fourth side respectively, so as to at least limit the degree of displacement of the male connector relative to the female connector. The female connector as claimed in claim 9, wherein when the male connector is accommodated in the accommodating space, each of the female conductive structures is located on the first side of the corresponding male conductive structure. A longitudinal force is applied, and the longitudinal force forces the male connector to longitudinally abut the female connector to ensure that the electrical connection relationship between the plurality of female conductive structures and the plurality of male conductive structures meets expectations. The receptacle connector of claim 10, wherein the receptacle stop structure is formed on the receptacle rubber core, and the first receptacle fastening structure and the second receptacle fastening structure are formed on the receptacle rubber core respectively. The third side and the fourth side are embedded with the female end rubber core. The receptacle connector of claim 10, wherein each receptacle conductive structure and the receptacle stop structure are disposed on the long side of the receptacle connector, and the first receptacle fastening structure and the receptacle retaining structure are arranged on the long side of the receptacle connector. The second receptacle fastening structure is disposed on the short side of the receptacle connector.

Images