Connector assembly and wire end connector and board end connector thereof

Abstract

The application provides a connector assembly, a wire end connector and a board end connector. The connector assembly comprises a wire end connector and a board end connector which can be connected. When the wire end connector is connected to the board end connector, the connecting structure of the conductive terminal of the wire end connector can enter the board end connector. Thus, the size of the connector assembly can be effectively reduced.

Description

Technical Field

[0001] This application relates to the field of electronic device technology, and in particular to a resizable connector assembly and its wire-end connector and board-end connector. Background Technology

[0002] Note that connector assemblies are often required in electronic devices. Generally speaking, a connector assembly consists of multiple connectors that can be mated to transmit signals. However, with the trend of developing thinner and smaller electronic devices, the internal space of electronic devices has been greatly reduced, which in turn forces the size of the connector assembly to be reduced.

[0003] Based on the foregoing, how to reduce the size of connector assemblies is an urgent issue for those in the relevant technical field. Utility Model Content

[0004] In view of the shortcomings of the prior art, this application provides a connector assembly, the connector assembly comprising: a wire-end connector, the wire-end connector including a wire-end conductive terminal and a wire-end insulating core; wherein, the wire-end conductive terminal includes a wire-end terminal guillotine structure, and the wire-end terminal guillotine structure includes a wire-end terminal guillotine structure body and a wire-end terminal guillotine structure guide section, the wire-end terminal guillotine structure guide section connecting to the wire-end terminal guillotine structure body; and the wire-end insulating core engaging the wire-end conductive terminal to position the wire-end terminal guillotine structure; and a board-end connector, the board-end connector including a board-end conductive terminal and a board-end insulating core; wherein, the board-end conductive terminal includes a board-end terminal clamping structure; the board-end insulating core includes a board-end core body and a board-end core raising structure; wherein, the board-end core body includes a board-end terminal guillotine structure body space, and the board-end core raising structure allows the board-end core to... The increased height of the main body increases the height of the main body space of the board-end terminal cutter structure. A guide segment space for the board-end terminal cutter structure can also be formed below the main body of the board-end rubber core. This guide segment space connects to the main body space of the board-end terminal cutter structure. The board-end insulating rubber core engages with the board-end conductive terminal to position the board-end terminal clamping structure, allowing the board-end terminal clamping structure to enter the main body space of the board-end terminal cutter structure. The wire connector can dock with the board-end connector, allowing the guide segment of the wire-end terminal cutter structure to enter the guide segment space of the board-end terminal cutter structure via the main body space of the board-end terminal cutter structure. This guides the main body of the wire-end terminal cutter structure into the main body space of the board-end terminal cutter structure and docks with the board-end terminal clamping structure, thus connecting the wire-end terminal cutter structure with the board-end terminal clamping structure and electrically connecting the wire-end conductive terminal with the board-end conductive terminal.

[0005] Preferably, in the connector assembly of this application, a conductive wire and a conductive plate can be used. The conductive wire terminal further includes a wire terminal bonding structure, and the insulating core further positions the wire terminal bonding structure, enabling the wire terminal bonding structure to provide electrical connection to the conductive wire. The conductive plate terminal further includes a plate terminal bonding structure, which includes a plate terminal bonding structure body and a plate terminal bonding structure overlap section, the overlap section connecting to the plate terminal bonding structure body. The plate end core body also includes a plate end terminal. The main space of the board-end terminal board structure, the board-end rubber core raising structure can also increase the position height of the main space of the board-end terminal board structure, thereby forming a board-end terminal board structure overlapping section space below the board-end rubber core body, the board-end terminal board structure overlapping section space is connected to the main space of the board-end terminal board structure; and the board-end insulating rubber core also positions the board-end terminal board structure, so that the main body of the board-end terminal board structure enters the main space of the board-end terminal board structure, and also so that the board-end terminal board structure overlapping section enters the board-end terminal board structure overlapping section space to provide electrical connection to the conductive plate.

[0006] Preferably, in the connector assembly of this application, the wire end terminal cutter structure and the wire end terminal bonding structure can be projected onto a wire end terminal projection surface, and the projection shape of the wire end terminal cutter structure and the wire end terminal bonding structure on the wire end terminal projection surface is essentially a projection shape with the sign +.

[0007] Preferably, in the connector assembly of this application, the conductive terminal of the wire end further includes a wire end terminal connection structure, the wire end terminal connection structure connects the wire end terminal cutter structure and the wire end terminal bonding structure, and the wire end insulating core engages with the wire end terminal connection structure to position the wire end terminal cutter structure and the wire end terminal bonding structure.

[0008] Preferably, in the connector assembly of this application, the wire end terminal connection structure is a bent structure.

[0009] Preferably, in the connector assembly of this application, an electrical signal can be transmitted, wherein the wire-end connector further includes a wire-end signal triggering member; the wire-end insulating core further includes a wire-end insulating core conductive terminal setting area and a wire-end insulating core triggering member setting area, wherein the wire-end conductive terminal is disposed in the wire-end insulating core conductive terminal setting area, the wire-end signal triggering member is disposed in the wire-end insulating core triggering member setting area, and the wire-end insulating core triggering member setting area is located on the side of the wire-end insulating core conductive terminal setting area; and the board-end connector further includes a board-end signal triggering member; the board-end insulating core further includes a wire-end signal triggering member; the wire-end insulating core further includes a wire-end signal triggering member; the wire-end insulating core further includes a wire-end signal triggering member; the wire-end insulating core further includes a wire-end signal triggering member; the wire-end insulating core further includes a wire-end signal triggering member; the wire-end insulating core further includes a wire-end signal triggering member; the wire-end signal triggering member is located on the side of the wire-end insulating core conductive terminal setting area; and the board-end connector further includes a board-end signal triggering member; the board-end insulating core further includes a wire-end signal triggering member; the wire-end signal triggering member is located on the side of the ... The insulating core also includes a plate-end insulating core conductive terminal setting area and a plate-end insulating core triggering member setting area, wherein the plate-end conductive terminal is set in the plate-end insulating core conductive terminal setting area, and the plate-end signal triggering member is set in the plate-end insulating core triggering member setting area, the plate-end insulating core triggering member setting area being located on the side of the plate-end insulating core conductive terminal setting area; wherein, when the line-end connector mates with the plate-end connector, the line-end signal triggering member can electrically abut against the plate-end signal triggering member to trigger the electrically connected line-end conductive terminal and the plate-end conductive terminal to transmit the electrical signal.

[0010] Preferably, in the connector assembly of this application, the wire-end connector further includes a wire-end metal housing, which engages with the wire-end insulating core to serve as the wire-end signal triggering member; and the board-end connector further includes a board-end metal holding member, which engages with the board-end insulating core to serve as the board-end signal triggering member.

[0011] Preferably, in the connector assembly of this application, the wire end metal housing includes a wire end metal housing snap-fit ​​structure, and the plate end metal holding member includes a plate end metal holding member snap-fit ​​structure. The wire end metal housing snap-fit ​​structure can snap onto the plate end metal holding member snap-fit ​​structure to maintain the mating state between the wire end connector and the plate end connector.

[0012] Preferably, in the connector assembly of this application, the contact portion of the conductive terminal protrudes relative to the contact portion of the signal triggering member, such that during connection, the conductive terminal contacts the corresponding board end component before the signal triggering member.

[0013] Additionally, this application provides a wire-end connector, comprising: a wire-end conductive terminal, the wire-end conductive terminal including a wire-end terminal cutter structure and a wire-end terminal bonding structure; wherein the wire-end terminal cutter structure and the wire-end terminal bonding structure can be projected onto a wire-end terminal projection surface, and the projection shape of the wire-end terminal cutter structure and the wire-end terminal bonding structure on the wire-end terminal projection surface is essentially a projection shape with the sign "+"; and a wire-end insulating core, the wire-end insulating core engaging with the wire-end conductive terminal to position the wire-end terminal cutter structure and the wire-end terminal bonding structure.

[0014] Preferably, in the wire-end connector of this application, the wire-end insulating core further includes a wire-end terminal cutter structure space, a wire-end terminal bonding structure space, a wire-end terminal structure space channel, and a wire-end terminal stop structure. The wire-end terminal structure space channel connects the wire-end terminal cutter structure space and the wire-end terminal bonding structure space. The wire-end terminal bonding structure can enter the wire-end terminal bonding structure space through the wire-end terminal cutter structure space and the wire-end terminal structure space channel, thereby allowing the wire-end terminal cutter structure to enter the wire-end terminal cutter structure space. The wire-end terminal stop structure prevents the wire-end terminal cutter structure from entering the wire-end terminal bonding structure space through the wire-end terminal structure space channel.

[0015] Preferably, in the wire-end connector of this application, the wire-end conductive terminal further includes a wire-end terminal connection structure, the wire-end terminal connection structure connects the wire-end terminal cutter structure and the wire-end terminal bonding structure, and the wire-end insulating core engages with the wire-end terminal connection structure to position the wire-end terminal cutter structure and the wire-end terminal bonding structure.

[0016] Preferably, in the wire-end connector of this application, the wire-end terminal connection structure is a bent structure.

[0017] Preferably, in the wire-end connector of this application, a conductive wire may be used, wherein the wire-end terminal bonding structure provides electrical bonding of the conductive wire.

[0018] Preferably, the wire-end connector of this application further includes a wire-end metal housing, which is located on the side of the wire-end terminal cutter structure to provide protection for the wire-end terminal cutter structure.

[0019] Preferably, the wire-end connector of this application can be equipped with a wire-end connector pull strap, wherein the wire-end metal housing includes a wire-end metal housing pull strap through structure, the wire-end metal housing pull strap through structure providing for the wire-end connector pull strap to pass through.

[0020] Furthermore, this application provides a board-end connector that can be used with a single-line connector. The single-line connector includes a single-line conductive terminal, which includes a single-line terminal guillotine structure. The single-line terminal guillotine structure includes a single-line terminal guillotine structure body and a single-line terminal guillotine structure guide section. The guide section connects to the single-line terminal guillotine structure body. The board-end connector includes: a board-end conductive terminal, which includes a board-end terminal clamping structure; and a board-end insulating core, which includes a board-end core body and a board-end core raising structure. The board-end core body includes a space for the board-end terminal guillotine structure body. The board-end core raising structure increases the height of the board-end core body, thereby increasing the height of the space for the board-end terminal guillotine structure body. A guide segment space for a plate-end terminal cutter structure can also be formed below the plate-end core body, the guide segment space for the plate-end terminal cutter structure being connected to the main body space of the plate-end terminal cutter structure; the plate-end insulating core engages with the plate-end conductive terminal to position the plate-end terminal clamping structure, allowing the plate-end terminal clamping structure to enter the main body space of the plate-end terminal cutter structure; and the plate-end connector can provide docking for the wire-end connector, allowing the guide segment of the wire-end terminal cutter structure to enter the guide segment space of the plate-end terminal cutter structure via the main body space of the plate-end terminal cutter structure, thereby guiding the main body of the wire-end terminal cutter structure into the main body space of the plate-end terminal cutter structure to dock with the plate-end terminal clamping structure, so that the wire-end terminal cutter structure docks with the plate-end terminal clamping structure, and the wire-end conductive terminal is electrically connected to the plate-end conductive terminal.

[0021] Preferably, in the board-end connector of this application, a conductive plate can be used, wherein the board-end conductive terminal further includes a board-end terminal overlap structure, the board-end terminal overlap structure includes a board-end terminal overlap structure main body and a board-end terminal overlap structure overlapping section, the board-end terminal overlap structure overlapping section being connected to the board-end terminal overlap structure main body; the board-end core body further includes a board-end terminal overlap structure main body space, the board-end core raising structure can also increase the position height of the board-end terminal overlap structure main body space, thereby forming a board-end terminal overlap structure overlapping section space below the board-end core body, the board-end terminal overlap structure overlapping section space being connected to the board-end terminal overlap structure main body space; and the board-end insulating core also positions the board-end terminal overlap structure, so that the board-end terminal overlap structure main body enters the board-end terminal overlap structure main body space, and also so that the board-end terminal overlap structure overlapping section enters the board-end terminal overlap structure overlapping section space to provide electrical overlap with the conductive plate.

[0022] Preferably, in the board-end connector of this application, the board-end connector further includes a board-end metal holding member, the board-end metal holding member engaging with the board-end insulating core, the board-end insulating core including a board-end insulating core conductive terminal setting area, wherein the board-end conductive terminal is disposed in the board-end insulating core conductive terminal setting area, the board-end metal holding member is disposed on the side of the board-end insulating core conductive terminal setting area, the board-end metal holding member including a board-end metal holding member mounting structure, the board-end metal holding member mounting structure being electrically capable of mounting the conductive plate.

[0023] Compared to prior art, this application provides a connector assembly and its wire-end connector and board-end connector. The mating structure of the conductive terminals of the wire-end connector is a wire-end terminal cutter structure. The wire-end connector can mate with the board-end connector, so that the wire-end terminal cutter structure can enter the board-end connector and mate with the mating structure of the conductive terminals of the board-end connector. That is, the mating structure of the conductive terminals of the wire-end connector can enter the board-end connector, thereby effectively reducing the size of the connector assembly.

[0024] In addition, the connector assembly is provided with a triggering member, which can trigger the transmission of electrical signals only when the wire end connector and the board end connector are properly mated. In this way, the technical problem that multiple connectors of a conventional connector assembly may fail to transmit electrical signals effectively due to improper mating can be solved, so that the connector assembly of this application can transmit signals in a timely manner and its function in electronic devices meets expectations. Attached Figure Description

[0025] Figure 1 The diagram shown is a perspective view of a connector assembly according to an embodiment of this application.

[0026] Figure 2 The diagram shown is a perspective view of a connector assembly according to an embodiment of this application.

[0027] Figure 3 The diagram shown is a first-view perspective perspective of a connector assembly according to an embodiment of this application.

[0028] Figure 4 The diagram shown is a second-view perspective perspective of a connector assembly according to an embodiment of this application.

[0029] Figure 5 The diagram shown is a top view of an embodiment of the connector assembly of this application.

[0030] Figure 6 The diagram shown is a bottom view of an embodiment of the connector assembly of this application.

[0031] Figure 7The diagram shown is a front view of a connector assembly according to an embodiment of this application.

[0032] Figure 8 Displayed as Figure 5 The diagram shows a cross-sectional view of a portion of the connector assembly cut along line segment AA.

[0033] Figure 9 Displayed as Figure 7 The diagram shows a cross-sectional view of a portion of the connector assembly cut along line segment BB.

[0034] Figure 10 The diagram shown is a front view of a connector assembly according to an embodiment of this application.

[0035] Figure 11 Displayed as Figure 10 The diagram shows a cross-sectional view of a portion of the connector assembly cut along line segment CC.

[0036] Figure 12 The diagram shown is a first-view perspective perspective of an embodiment of the wire-end connector of this application.

[0037] Figure 13 The diagram shown is a second-view perspective perspective of an embodiment of the wire-end connector of this application.

[0038] Figure 14 The diagram shown is a first-view perspective perspective of an embodiment of the board-end connector of this application.

[0039] Figure 15 The diagram shown is a second-view perspective perspective of an embodiment of the board-end connector of this application.

[0040] Figure 16 The diagram shown is a front view of an embodiment of the conductive terminal of this application.

[0041] Figure 17 The diagram shown is a projection schematic of a conductive terminal at the end of the line in one embodiment of this application.

[0042] Figure 18 The diagram shown is a side view of an embodiment of the conductive terminal of this application.

[0043] Figure 19 The diagram shown is a rear view of an embodiment of the wire-end insulating core of this application.

[0044] Component designation explanation

[0045] 1 Connector Assembly

[0046] 11-wire connector

[0047] 111 Wire-end conductive terminal

[0048] 1111 Terminal cutter structure

[0049] 11110 Terminal Cutting Tool Structure Main Body

[0050] 11111 Line terminal cutter structure guide section

[0051] 1112 Terminal wire connection structure

[0052] 1113 Wire terminal connection structure

[0053] 112 Wire end insulation core

[0054] 1121 Wire end terminal stop structure

[0055] Z1121 wire end insulating core conductive terminal setting area

[0056] Z1122 Line Terminal Insulation Core Trigger Component Setting Area

[0057] S31 Terminal Cutting Tool Structure Space

[0058] S32 terminal block wiring structure space

[0059] P-line terminal structure space channel

[0060] 113 Line terminal signal triggering component

[0061] 114 Wire end metal casing

[0062] 1141 Wire end metal housing snap-fit ​​structure

[0063] 1142 Line end metal shell pull strap installation structure

[0064] 12 Board-end connectors

[0065] 121 Board-end conductive terminal

[0066] 1211 Board-end terminal clamping structure

[0067] 1212 Board-end terminal block structure

[0068] 12120 Board-end terminal block structure main body

[0069] 12121 Board end terminal lap plate structure lap section

[0070] 122 Plate end insulating core

[0071] 1220 plate end rubber core body

[0072] 1221 Plate End Core Heightening Structure

[0073] S11 board end terminal cutter structure main space

[0074] S12 board end terminal cutter structure guide section space

[0075] S21 board end terminal plate structure main space

[0076] S22 board end terminal lap plate structure lap section space

[0077] Z1221 Board-End Insulating Core Conductive Terminal Setting Area

[0078] Z1222 Plate End Insulating Core Trigger Component Setting Area

[0079] 123 Board-end signal triggering component

[0080] 124 Plate end metal bearing component

[0081] 1241 Plate end metal bearing snap-fit ​​structure

[0082] 1242 Plate end metal bearing member lap plate structure

[0083] 2 Conductive wires

[0084] 3. Conductive substrate

[0085] 30 Signal Providing Module

[0086] 4-wire connector pull strap

[0087] A. Terminal projection surface Detailed Implementation

[0088] The following specific examples illustrate the implementation of this application. Those skilled in the art can easily understand other advantages and effects of this application from the content disclosed in this specification. This application can also be implemented or applied through other different specific embodiments, and various details in this specification can also be modified or changed based on different viewpoints and applications without departing from the spirit of this application. It should be noted that, unless otherwise specified, the following embodiments and features in the embodiments can be combined with each other.

[0089] It should be noted that the illustrations provided in the following embodiments are only schematic representations of the basic concept of this application. Therefore, the drawings only show the components related to this application and are not drawn according to the actual number, shape and size of the components in the actual implementation. In the actual implementation, the form, quantity and proportion of each component can be arbitrarily changed, and the layout of the components may also be more complex.

[0090] This application provides a connector assembly and its wire-end connector and board-end connector. The connector assembly includes a mating wire-end connector and a board-end connector. When the wire-end connector mates with the board-end connector, the mating structure of the conductive terminals of the wire-end connector can enter the board-end connector, thereby effectively reducing the size of the connector assembly.

[0091] For the technical concepts of the connector assembly and its wire-end connectors and board-end connectors in this application, please refer to the following: Figures 1 to 19 The following is an example description.

[0092] At Figures 1 to 19 In the illustrated embodiment, a connector assembly 1 is provided, which can be coupled with a conductive wire 2 and a conductive plate 3. The conductive plate 3 may include, but is not limited to, a circuit board. The conductive plate 3 may be provided with a signal providing module 30 to provide an electrical signal. It should be noted that the connector assembly 1 can transmit the electrical signal, and the electrical signal may include, but is not limited to, power signals or data signals.

[0093] In the above embodiments, the connector assembly 1 includes: a wire-end connector 11 and a board-end connector 12.

[0094] Regarding the wire connector 11, the wire connector 11 includes a wire terminal conductive terminal 111 and a wire terminal insulating core 112.

[0095] The conductive terminal 111 can transmit the electrical signal and includes a terminal cutter structure 1111, a terminal bonding structure 1112, and a terminal connection structure 1113. The terminal bonding structure 1112 can provide an electrical connection to the conductive wire 2 to transmit the electrical signal. The terminal cutter structure 1111 includes a terminal cutter structure body 11110 and a terminal cutter structure guide section 11111. The terminal cutter structure guide section 11111 is connected to the terminal cutter structure body 11110, making the terminal cutter structure guide section 11111 and the terminal cutter structure body 11110 an integral unit. The terminal connection structure 1113 connects the terminal cutter structure 1111 and the terminal wiring structure 1112, making the terminal cutter structure 1111, the terminal wiring structure 1112 and the terminal connection structure 1113 a single unit.

[0096] It should be noted that the wire end terminal cutter structure 1111 is a mating structure for the wire end conductive terminal 111 to provide mating with the board end connector 12. In addition, in this application, the wire end terminal connecting structure 1113 can be omitted. That is, the wire end terminal cutter structure 1111 can connect to the wire end terminal bonding structure 1112 without the wire end terminal connecting structure 1113, so that the wire end terminal cutter structure 1111 and the wire end terminal bonding structure 1112 become one.

[0097] Regarding the wire end insulating core 112, the wire end insulating core 112 engages with the wire end conductive terminal 111 to position the wire end terminal cutter structure 1111 and the wire end terminal bonding structure 1112. In the above embodiment, the wire end terminal connecting structure 1113 is a bent structure, and the wire end insulating core 112 engages with the wire end terminal connecting structure 1113 to position the wire end terminal cutter structure 1111 and the wire end terminal bonding structure 1112. However, the engagement of the wire end insulating core 112 with the wire end conductive terminal 111 is not limited to the above. In this application, the wire end terminal connecting structure 1113 can be omitted, that is, the wire end insulating core 112 can engage with the wire end conductive terminal 111 without using the wire end terminal connecting structure 1113.

[0098] At Figure 9 , Figure 11 and Figure 19 In the embodiment shown, the wire end insulating core 112 further includes a wire end terminal cutter structure space S31, a wire end terminal wiring structure space S32, a wire end terminal structure space channel P, and a wire end terminal stop structure 1121.

[0099] It should be noted that the terminal structure space channel P connects the terminal cutter structure space S31 and the terminal bonding structure space S32. The terminal bonding structure 1112 can enter the terminal bonding structure space S32 via the terminal cutter structure space S31 and the terminal structure space channel P, thereby allowing the terminal cutter structure 1111 to enter the terminal cutter structure space S31. The terminal stop structure 1121, for example, is a retaining wall structure, which can prevent the terminal cutter structure 1111 from entering the terminal bonding structure space S32 via the terminal structure space channel P. In this way, the terminal cutter structure 1111 can be positioned in the terminal cutter structure space S31, and the terminal bonding structure 1112 can be positioned in the terminal bonding structure space S32.

[0100] Regarding the board-end connector 12, the board-end connector 12 includes a board-end conductive terminal 121 and a board-end insulating core 122.

[0101] The board-end conductive terminal 121 can transmit the electrical signal, and the board-end conductive terminal 121 includes a board-end terminal clamping structure 1211 and a board-end terminal overlap structure 1212. In the above embodiment, the board-end terminal overlap structure 1212 includes a board-end terminal overlap structure body 12120 and a board-end terminal overlap structure overlapping section 12121. The board-end terminal overlap structure overlapping section 12121 is connected to the board-end terminal overlap structure body 12120, so that the board-end terminal overlap structure overlapping section 12121 and the board-end terminal overlap structure body 12120 are integrated. It should be noted that the board-end terminal clamping structure 1211 is a mating structure for the board-end conductive terminal 121 to provide mating with the wire connector 11.

[0102] The plate-end insulating core 122 includes a plate-end core body 1220 and a plate-end core raising structure 1221. The plate-end core body 1220 includes a plate-end terminal cutter structure main space S11 and a plate-end terminal lap plate structure main space S21. The plate-end core raising structure 1221 can increase the position height of the plate-end core body 1220, thereby increasing the position height of the plate-end terminal cutter structure main space S11 and the plate-end terminal lap plate structure main space S21. It can also form a plate-end terminal cutter structure guide section space S12 and a plate-end terminal lap plate structure overlap section space S22 below the plate-end core body 1220. In the above embodiments, the guide section space S12 of the plate-end terminal cutter structure is connected to the main body space S11 of the plate-end terminal cutter structure, and the overlapping section space S22 of the plate-end terminal mounting plate structure is connected to the main body space S21 of the plate-end terminal mounting plate structure.

[0103] In the above embodiments, the plate end insulating core 122 engages with the plate end conductive terminal 121 to position the plate end terminal clamping structure 1211 and the plate end terminal lap plate structure 1212, so that the plate end terminal clamping structure 1211 enters the plate end terminal cutter structure main body space S11, and the plate end terminal lap plate structure main body 12120 enters the plate end terminal lap plate structure main body space S21, and the plate end terminal lap plate structure overlapping section 12121 enters the plate end terminal lap plate structure overlapping section space S22 to provide electrical connection to the conductive plate 3 and transmit the electrical signal.

[0104] It should be noted that the wire-end connector 11 can be connected to the board-end connector 12. That is, the board-end connector 12 can provide a connection for the wire-end connector 11, so that the wire-end terminal cutter structure guide section 11111 can enter the board-end terminal cutter structure guide section space S12 via the board-end terminal cutter structure main body space S11, thereby guiding the wire-end terminal cutter structure main body 11110 into the board-end terminal cutter structure main body space S11 and connecting with the board-end terminal clamping structure 1211, so that the wire-end terminal cutter structure 1111 connects with the board-end terminal clamping structure 1211, and the wire-end conductive terminal 111 is electrically connected to the board-end conductive terminal 121. Therefore, when the wire-end connector 11 mates with the board-end connector 12, the wire-end terminal cutter structure 1111 can enter the board-end insulating core 122 and mate with the board-end terminal clamping structure 1211, so that the wire-end terminal cutter structure 1111 and the board-end terminal clamping structure 1211 can overlap in the board-end insulating core 122, thereby effectively reducing the size of the connector assembly 1.

[0105] At Figure 17 In the illustrated embodiment, the terminal cutter structure 1111 and the terminal bonding structure 1112 can be projected onto a terminal projection surface A, and the projection shape of the terminal cutter structure 1111 and the terminal bonding structure 1112 on the terminal projection surface A is essentially a projection shape with the symbol "+", thus effectively reducing the size of the connector assembly 1. However, the projection shape of the terminal cutter structure 1111 and the terminal bonding structure 1112 on the terminal projection surface A is not limited to the above. For example, the projection shape of the terminal cutter structure 1111 and the terminal bonding structure 1112 on the terminal projection surface A can be selected to be essentially a projection shape with the symbol "T".

[0106] At Figure 12 and Figure 14In the illustrated embodiment, the wire connector 11 further includes a wire terminal signal triggering component 113; the wire terminal insulating core 112 further includes a wire terminal insulating core conductive terminal setting area Z1121 and a wire terminal insulating core triggering component setting area Z1122, wherein the wire terminal conductive terminal 111 is disposed in the wire terminal insulating core conductive terminal setting area Z1121, the wire terminal signal triggering component 113 is disposed in the wire terminal insulating core triggering component setting area Z1122, and the wire terminal insulating core triggering component setting area Z1122 is located on the side of the wire terminal insulating core conductive terminal setting area Z1121. Correspondingly, the board-end connector 12 further includes a board-end signal triggering component 123; the board-end insulating core 122 further includes a board-end insulating core conductive terminal setting area Z1221 and a board-end insulating core triggering component setting area Z1222, wherein the board-end conductive terminal 121 is disposed in the board-end insulating core conductive terminal setting area Z1221, the board-end signal triggering component 123 is disposed in the board-end insulating core triggering component setting area Z1222, and the board-end insulating core triggering component setting area Z1222 is located on the side of the board-end insulating core conductive terminal setting area Z1221.

[0107] It should be noted that the board-end signal triggering member 123 is electrically connected to the signal providing module 30. Thus, during the process of the wire-end connector 11 mating with the board-end connector 12, the wire-end signal triggering member 113 can electrically abut against the board-end signal triggering member 123 to provide a trigger command to the signal providing module 30, such as a short-circuit signal. This triggers the signal providing module 30 to provide the electrical signal to the board-end conductive terminal 121, so that the electrical signal can be transmitted to the wire-end conductive terminal 111 via the board-end conductive terminal 121. That is, when the wire-end conductive terminal 111 and the board-end conductive terminal 121 are properly mated, if the wire-end signal triggering member 113 electrically abuts against the board-end signal triggering member 123, the electrically connected wire-end conductive terminal 111 and the board-end conductive terminal 121 can be triggered to transmit the electrical signal.

[0108] It should be noted that, in the above embodiments, the contact portion of the conductive terminal 111 protrudes relative to the contact portion of the signal triggering member 113, so that during connection, the conductive terminal 111 contacts the corresponding board-end component before the signal triggering member 113. Thus, after the conductive terminal 111 and the board-end conductive terminal 121 are properly aligned, the signal triggering member 113 electrically contacts the signal triggering member 123, thereby triggering the conductive terminal 111 to transmit the electrical signal via the board-end conductive terminal 121. This solves the technical problem that multiple connectors in a conventional connector assembly may fail to effectively transmit signals due to incomplete alignment, ensuring that the signal transmission of the connector assembly 1 on various electronic devices meets expectations.

[0109] In the above embodiments, the wire-end connector 11 further includes a wire-end metal housing 114, which engages with the wire-end insulating core 112 to provide support for the wire-end insulating core 112 and can also serve as the wire-end signal triggering member 113. Correspondingly, the board-end connector 12 further includes a board-end metal holding member 124, which engages with the board-end insulating core 122 to provide support for the board-end insulating core 122 and can also serve as the board-end signal triggering member 123.

[0110] It should be noted that the wire end metal housing 114 is located on the side of the wire end terminal cutter structure 1111, thus providing protection for the wire end terminal cutter structure 1111. Additionally, the plate end conductive terminal 121 is disposed in the plate end insulating core conductive terminal placement area Z1221, and the plate end metal support member 124 is disposed on the side of the plate end insulating core conductive terminal placement area Z1221. The plate end metal support member 124 includes a plate end metal support member mounting plate structure 1242, which can electrically connect to the conductive plate 3, allowing the plate end metal support member 124 to be electrically connected to the signal providing module 30.

[0111] At Figure 6 In the embodiment shown, the wire end metal housing 114 includes a wire end metal housing snap-fit ​​structure 1141, and the plate end metal holding member 124 includes a plate end metal holding member snap-fit ​​structure 1241. The wire end metal housing snap-fit ​​structure 1141 can snap onto the plate end metal holding member snap-fit ​​structure 1241 to maintain the mating state of the wire end connector 11 and the plate end connector 12.

[0112] In addition, the wire connector 11 can be equipped with a wire connector pull strap 4. Correspondingly, the wire metal housing 114 includes a wire metal housing pull strap through structure 1142. The wire metal housing pull strap through structure 1142 provides a way to pass through the wire connector pull strap 4. In this way, the wire connector pull strap 4 can pull the wire connector 11 to release the wire connector 11 from the mating state with the board connector 12.

[0113] It should be noted that the connector assembly and its wire-end connectors and board-end connectors of this application may omit some components and are not limited to the above embodiments.

[0114] For example, the connector assembly of this application may optionally include: a wire-end connector and a board-end connector. The wire-end connector includes a wire-end conductive terminal and a wire-end insulating core; wherein, the wire-end conductive terminal includes a wire-end terminal guillotine structure, and the wire-end terminal guillotine structure includes a wire-end terminal guillotine structure body and a wire-end terminal guillotine structure guide section, the wire-end terminal guillotine structure guide section being connected to the wire-end terminal guillotine structure body; and the wire-end insulating core engages with the wire-end conductive terminal to position the wire-end terminal guillotine structure. The board-end connector includes board-end conductive terminals and board-end insulating cores; wherein, the board-end conductive terminals include a board-end terminal clamping structure; the board-end insulating core includes a board-end core body and a board-end core raising structure; wherein, the board-end core body includes a main space for a board-end terminal cutter structure, and the board-end core raising structure increases the height of the board-end core body, thereby increasing the height of the main space for the board-end terminal cutter structure, and also forms a guide section space for the board-end terminal cutter structure below the board-end core body, the guide section space for the board-end terminal cutter structure being connected to the main space for the board-end terminal cutter structure. Between; the insulating core of the board end connects to the conductive terminal of the board end to position the board end terminal clamping structure, so that the board end terminal clamping structure enters the main body space of the board end terminal cutter structure; and the wire end connector can mate with the board end connector, so that the guide section of the wire end terminal cutter structure can enter the guide section space of the board end terminal cutter structure through the main body space of the board end terminal cutter structure, and guide the main body of the wire end terminal cutter structure into the main body space of the board end terminal cutter structure to mate with the board end terminal clamping structure, so that the wire end terminal cutter structure mates with the board end terminal clamping structure, and so that the wire end conductive terminal and the board end conductive terminal are electrically connected.

[0115] Additionally, the wire-end connector of this application may optionally include: a wire-end conductive terminal and a wire-end insulating core. The wire-end conductive terminal includes a wire-end terminal cutter structure and a wire-end terminal bonding structure. The wire-end terminal cutter structure and the wire-end terminal bonding structure are projected onto the wire-end terminal projection surface, and the projected shapes of the wire-end terminal cutter structure and the wire-end terminal bonding structure on the wire-end terminal projection surface are essentially projection shapes with the symbol "+". The wire-end insulating core engages with the wire-end conductive terminal to position the wire-end terminal cutter structure and the wire-end terminal bonding structure.

[0116] Furthermore, the board-end connector of this application may optionally include: a board-end conductive terminal and a board-end insulating core. The board-end conductive terminal includes a board-end terminal clamping structure. The board-end insulating core includes a board-end core body and a board-end core raising structure; wherein, the board-end core body includes a main space for a board-end terminal cutter structure, and the board-end core raising structure can increase the position height of the board-end core body, thereby increasing the position height of the main space for the board-end terminal cutter structure. A guide section space for the board-end terminal cutter structure can also be formed below the board-end core body, and this guide section space connects to the main space of the board-end terminal cutter structure. The board-end insulating core engages with the board-end conductive terminal to position the board-end terminal clamping. The structure and the board-end terminal mounting structure allow the board-end terminal clamping structure to enter the main body space of the board-end terminal cutter structure; and the board-end connector can provide wire-end connector docking, allowing the wire-end terminal cutter structure guide section to enter the board-end terminal cutter structure guide section space through the main body space of the board-end terminal cutter structure, and guide the main body of the wire-end terminal cutter structure into the main body space of the board-end terminal cutter structure to dock with the board-end terminal clamping structure, so that the wire-end terminal cutter structure docks with the board-end terminal clamping structure, and allows the wire-end conductive terminal to be electrically connected with the board-end conductive terminal.

[0117] In summary, this application provides a connector assembly and its wire-end connector and board-end connector. The mating structure of the conductive terminals of the wire-end connector is a wire-end terminal cutter structure. The wire-end connector can mate with the board-end connector, so that the wire-end terminal cutter structure can enter the board-end connector and mate with the mating structure of the conductive terminals of the board-end connector. That is, the mating structure of the conductive terminals of the wire-end connector can enter the board-end connector, thereby effectively reducing the size of the connector assembly.

[0118] In addition, the connector assembly is provided with a triggering member, which can trigger the transmission of electrical signals only when the wire end connector and the board end connector are properly mated. In this way, the technical problem that multiple connectors of a conventional connector assembly may fail to transmit electrical signals effectively due to improper mating can be solved, so that the connector assembly of this application can transmit signals in a timely manner and its function in electronic devices meets expectations.

[0119] The above embodiments are merely illustrative of the principles and effects of this application and are not intended to limit this application. Any person skilled in the art can modify and alter the above embodiments without departing from the spirit and scope of this application. Therefore, the scope of protection of this application should be as set forth in the claims.

Claims

1. A connector assembly, characterized in that, The connector assembly includes: A wire-end connector, comprising a wire-end conductive terminal and a wire-end insulating core; wherein... The conductive terminal at the wire end includes a wire end terminal guillotine structure, and the wire end terminal guillotine structure includes a main body and a guide section, wherein the guide section is connected to the main body; and The insulating core at the wire end engages with the conductive terminal at the wire end to position the terminal cutter structure at the wire end; and A board-end connector, wherein the board-end connector includes a board-end conductive terminal and a board-end insulating core; wherein... The plate-end conductive terminal includes a plate-end terminal clamping structure; The plate-end insulating core includes a plate-end core body and a plate-end core raising structure; wherein, the plate-end core body includes a main space of a plate-end terminal cutter structure, and the plate-end core raising structure can increase the position height of the plate-end core body, thereby increasing the position height of the main space of the plate-end terminal cutter structure, and can also form a plate-end terminal cutter structure guide section space below the plate-end core body, the plate-end terminal cutter structure guide section space being connected to the main space of the plate-end terminal cutter structure; The insulating core at the plate end engages with the conductive terminal at the plate end to position the plate end terminal clamping structure, allowing the plate end terminal clamping structure to enter the main space of the plate end terminal cutter structure; and The wire-end connector can mate with the board-end connector, allowing the wire-end terminal cutter structure guide section to enter the board-end terminal cutter structure guide section space via the board-end terminal cutter structure main body space, and guiding the wire-end terminal cutter structure main body into the board-end terminal cutter structure main body space to mate with the board-end terminal clamping structure, so that the wire-end terminal cutter structure mates with the board-end terminal clamping structure, thereby electrically connecting the wire-end conductive terminal with the board-end conductive terminal.

2. The connector assembly according to claim 1, characterized in that, It can be paired with a conductive wire and a conductive plate. The conductive wire terminal further includes a wire terminal bonding structure, and the insulating core at the wire end positions the wire terminal bonding structure, enabling the wire terminal bonding structure to provide electrical connection to the conductive wire. The conductive plate terminal further includes a plate terminal bonding plate structure, which includes a main body and an overlapping section. The overlapping section connects to the main body. The core body also includes a space within the main body of the plate terminal bonding plate structure. The plate-end rubber core heightening structure can also increase the position height of the main body space of the plate-end terminal mounting plate structure, thereby forming a plate-end terminal mounting plate structure overlap section space below the plate-end rubber core body. The plate-end terminal mounting plate structure overlap section space is connected to the main body space of the plate-end terminal mounting plate structure. Furthermore, the plate-end insulating rubber core also positions the plate-end terminal mounting plate structure, allowing the main body of the plate-end terminal mounting plate structure to enter the main body space of the plate-end terminal mounting plate structure, and also allowing the plate-end terminal mounting plate structure overlap section to enter the plate-end terminal mounting plate structure overlap section space to provide electrical connection to the conductive plate.

3. The connector assembly according to claim 2, characterized in that, The terminal cutter structure and the terminal bonding structure can be projected onto the terminal projection surface, and the projection shape of the terminal cutter structure and the terminal bonding structure onto the terminal projection surface is essentially a projection shape with the symbol +.

4. The connector assembly according to claim 2, characterized in that, The conductive terminal at the wire end also includes a wire end terminal connection structure, which connects the wire end terminal cutter structure and the wire end terminal bonding structure. The wire end insulating core is engaged with the wire end terminal connection structure to position the wire end terminal cutter structure and the wire end terminal bonding structure.

5. The connector assembly according to claim 4, characterized in that, The terminal connection structure is a bent structure.

6. The connector assembly according to claim 1, characterized in that, It can transmit an electrical signal. The wire connector further includes a wire terminal signal triggering component; the wire terminal insulating core further includes a wire terminal insulating core conductive terminal setting area and a wire terminal insulating core triggering component setting area, wherein the wire terminal conductive terminal is disposed in the wire terminal insulating core conductive terminal setting area, the wire terminal signal triggering component is disposed in the wire terminal insulating core triggering component setting area, and the wire terminal insulating core triggering component setting area is located on the side of the wire terminal insulating core conductive terminal setting area; and The board-end connector further includes a board-end signal triggering component; the board-end insulating core further includes a board-end insulating core conductive terminal setting area and a board-end insulating core triggering component setting area, wherein the board-end conductive terminal is disposed in the board-end insulating core conductive terminal setting area, and the board-end signal triggering component is disposed in the board-end insulating core triggering component setting area, the board-end insulating core triggering component setting area being located on the side of the board-end insulating core conductive terminal setting area; wherein The wire-end connector mates with the board-end connector, and the wire-end signal triggering member can electrically abut against the board-end signal triggering member to trigger the transmission of the electrical signal between the electrically connected wire-end conductive terminal and the board-end conductive terminal.

7. The connector assembly according to claim 6, characterized in that, The wire-end connector further includes a wire-end metal housing, which engages with the wire-end insulating core to serve as the wire-end signal triggering component; and the board-end connector further includes a board-end metal holding member, which engages with the board-end insulating core to serve as the board-end signal triggering component.

8. The connector assembly according to claim 7, characterized in that, The wire end metal housing includes a wire end metal housing snap-fit ​​structure, and the plate end metal bearing member includes a plate end metal bearing member snap-fit ​​structure. The wire end metal housing snap-fit ​​structure can snap onto the plate end metal bearing member snap-fit ​​structure to maintain the mating state of the wire end connector and the plate end connector.

9. The connector assembly according to claim 6, characterized in that, The contact portion of the conductive terminal protrudes relative to the contact portion of the signal triggering member, such that during connection, the conductive terminal contacts the corresponding board end component before the signal triggering member.

10. A wire-end connector, characterized in that, The wire connector includes: A conductive terminal with a single wire end, comprising a terminal cutter structure and a wire-connecting structure; wherein the terminal cutter structure and the wire-connecting structure are projectable onto a projection surface of the terminal, and the projected shape of the terminal cutter structure and the wire-connecting structure onto the projection surface of the terminal is substantially a projection shape with the sign "+"; and A wire end insulating core is attached to the wire end conductive terminal to position the wire end terminal cutter structure and the wire end terminal wiring structure.

11. The wire connector according to claim 10, characterized in that, The wire-end insulating core also includes a wire-end terminal cutter structure space, a wire-end terminal bonding structure space, a wire-end terminal structure space channel, and a wire-end terminal stop structure. The wire-end terminal structure space channel connects the wire-end terminal cutter structure space and the wire-end terminal bonding structure space. The wire-end terminal bonding structure can enter the wire-end terminal bonding structure space through the wire-end terminal cutter structure space and the wire-end terminal structure space channel, thereby allowing the wire-end terminal cutter structure to enter the wire-end terminal cutter structure space. The wire-end terminal stop structure prevents the wire-end terminal cutter structure from entering the wire-end terminal bonding structure space through the wire-end terminal structure space channel.

12. The wire-end connector according to claim 10, characterized in that, The conductive terminal at the wire end also includes a wire end terminal connection structure, which connects the wire end terminal cutter structure and the wire end terminal bonding structure. The wire end insulating core is engaged with the wire end terminal connection structure to position the wire end terminal cutter structure and the wire end terminal bonding structure.

13. The wire connector according to claim 12, characterized in that, The terminal connection structure is a bent structure.

14. The wire connector according to claim 10, characterized in that, It can be used with a conductive wire, and the wire end terminal bonding structure provides an electrical connection to the conductive wire.

15. The wire-end connector according to claim 10, characterized in that, It also includes a wire end metal housing, which is located on the side of the wire end terminal cutter structure to provide protection for the wire end terminal cutter structure.

16. The wire-end connector according to claim 15, characterized in that, It can be used with a cable end connector pull strap, wherein the cable end metal housing includes a cable end metal housing pull strap through structure, the cable end metal housing pull strap through structure provides for the cable end connector pull strap to be passed through.

17. A board-end connector, characterized in that, The board-end connector can be used with a single-line connector. The single-line connector includes a single-line conductive terminal, which includes a single-line terminal guillotine structure. The single-line terminal guillotine structure includes a single-line terminal guillotine structure body and a single-line terminal guillotine structure guide section. The guide section is connected to the single-line terminal guillotine structure body. The board-end connector includes: A plate-end conductive terminal, wherein the plate-end conductive terminal includes a plate-end terminal clamping structure; A plate-end insulating core, comprising a plate-end insulating core body and a plate-end insulating core raising structure; wherein, the plate-end insulating core body includes a main space for a plate-end terminal cutter structure, the plate-end insulating core raising structure can increase the position height of the plate-end insulating core body, thereby increasing the position height of the main space for the plate-end terminal cutter structure, and can also form a plate-end terminal cutter structure guide section space below the plate-end insulating core body, the plate-end terminal cutter structure guide section space being connected to the main space for the plate-end terminal cutter structure; The insulating core at the plate end engages with the conductive terminal at the plate end to position the plate end terminal clamping structure, allowing the plate end terminal clamping structure to enter the main space of the plate end terminal cutter structure; and The board-end connector provides the docking of the wire-end connector, allowing the wire-end terminal cutter structure guide section to enter the board-end terminal cutter structure guide section space via the board-end terminal cutter structure main body space, and guiding the wire-end terminal cutter structure main body into the board-end terminal cutter structure main body space to dock with the board-end terminal clamping structure, so that the wire-end terminal cutter structure docks with the board-end terminal clamping structure, thereby electrically connecting the wire-end conductive terminal with the board-end conductive terminal.

18. The board-end connector according to claim 17, characterized in that, A conductive plate can be used, wherein the conductive terminal at the plate end further includes a plate end terminal overlap structure. The plate end terminal overlap structure includes a plate end terminal overlap structure main body and a plate end terminal overlap structure overlapping section, the overlapping section of the plate end terminal overlap structure connecting to the plate end terminal overlap structure main body; the plate end core body also includes a plate end terminal overlap structure main body space, the plate end core raising structure can also increase the position height of the plate end terminal overlap structure main body space, thereby forming a plate end terminal overlap structure overlapping section space below the plate end core body, the plate end terminal overlap structure overlapping section space connecting to the plate end terminal overlap structure main body space; and the plate end insulating core also positions the plate end terminal overlap structure, so that the plate end terminal overlap structure main body enters the plate end terminal overlap structure main body space, and also so that the plate end terminal overlap structure overlapping section enters the plate end terminal overlap structure overlapping section space to provide electrical connection to the conductive plate.

19. The board-end connector according to claim 18, characterized in that, The board-end connector further includes a board-end metal support member, which engages with the board-end insulating core. The board-end insulating core includes a board-end insulating core conductive terminal setting area, wherein the board-end conductive terminal is disposed in the board-end insulating core conductive terminal setting area, and the board-end metal support member is disposed on the side of the board-end insulating core conductive terminal setting area. The board-end metal support member includes a board-end metal support member mounting plate structure, which can electrically connect to the conductive plate.

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