Socket structure and socket assembly

Abstract

The utility model discloses a socket structure and a socket assembly, and relates to the technical field of low-voltage electric appliances, and the socket structure comprises a first assembly unit, a second assembly unit, at least two plug bushes and a connecting beam. The first assembling unit is connected with the second assembling unit, part of the plug bushes are installed on the first assembling unit, and part of the plug bushes are installed on the second assembling unit. The connecting beam is arranged between the first assembling unit and the second assembling unit. The connecting beam is provided with a containing groove, the containing groove is communicated with the first assembling unit and the second assembling unit, and the middle of the inserting sleeve is installed in the containing groove. According to the utility model, the extension performance of the socket structure is improved, more jacks can be arranged, the overall stability is higher, and the installation and replacement of the plug bushes become more convenient.

Description

Technical Field

[0001] The present application relates to the technical field of low-voltage electrical appliances, and in particular to a socket structure and a socket assembly. Background Art

[0002] In the widespread application of modern electrical equipment, sockets, as key components of power transmission, play a vital role and are the bridge connecting electronic equipment with external power supplies. The stability and reliability of their structure are crucial to ensuring the normal operation of the equipment and extending its service life.

[0003] However, some socket structures currently on the market often require users to purchase more socket structures when they need more sockets, which makes it inconvenient to disassemble, assemble and replace the socket structures and has poor scalability. Utility Model Content

[0004] The present application provides a socket structure and a socket assembly, which improves the expandability of the socket structure, can be provided with more sockets, and has higher overall stability, and also makes the installation and replacement of the socket sleeve more convenient.

[0005] In a first aspect, the present application provides a socket structure, which includes a first assembly unit, a second assembly unit, at least two sockets, and a connecting beam.

[0006] The first assembly unit is connected to the second assembly unit, part of the sockets are installed on the first assembly unit, and part of the sockets are installed on the second assembly unit. A connecting beam is arranged between the first assembly unit and the second assembly unit.

[0007] The connecting beam is provided with a receiving groove, the receiving groove communicates with the first assembly unit and the second assembly unit, and the middle portion of the insert sleeve is installed in the receiving groove.

[0008] The socket structure can mainly include a first assembly unit, a second assembly unit, and at least two sockets and a connecting beam. The first assembly unit and the second assembly unit can be connected through a connecting beam to form a stable whole. Among them, part of a single socket can be installed on the first assembly unit, and the other part is installed on the second assembly unit. The middle part of the socket is installed in the connecting beam accommodating groove. Such a setting can make the connection between the two assembly units closer. When the socket structure is connected to the power supply, a smaller number of connection structures can be set. For example, a single socket can be provided with a pin and connected to the corresponding power supply electrode, that is, the neutral wire socket b has a pin and is connected to the cathode of the power supply, and the live wire socket a has a pin and is connected to the anode of the power supply. This setting not only improves the expandability of the socket structure, more sockets can be set, and the overall stability is higher, but also makes the installation and replacement of the socket more convenient.

[0009] The connecting beam serves as a bridge between the first assembly unit and the second assembly unit, and plays an important role in connection and support. A receiving groove is provided on the connecting beam, and the receiving groove can connect the first assembly unit and the second assembly unit. The middle part of the plug sleeve can be installed in the receiving groove, thereby realizing a stable connection between the two assembly units.

[0010] In some examples, one connecting beam is provided, one receiving groove is provided on the connecting beam, and middle portions of at least two of the insert sleeves are arranged in parallel in the receiving groove.

[0011] Alternatively, at least two parallel receiving grooves are provided on the connecting beam, and a part of the insert sleeve is respectively provided in each of the receiving grooves.

[0012] The connection beam can be set in a flexible and varied manner to adapt to different usage scenarios and performance requirements. The above describes two configurations of the connection beam, and the corresponding connection beam can be set as needed. The connection beam of the present application is not limited to the above two configurations.

[0013] Only one connecting beam may be provided in the socket structure. In this case, a receiving groove is provided on the connecting beam. The space of the receiving groove may be provided to be large enough to accommodate the middle parts of at least two sockets arranged in parallel, and the distance between two adjacent sockets is greater than the creepage distance to ensure the electrical insulation between the sockets. This arrangement not only simplifies the structure of the socket, but also improves the stability and durability of the sockets. A cover plate may be provided on the receiving groove as needed to close the receiving groove, further improve safety, and reduce the possibility of users accidentally touching the sockets; and at least one partition plate extending into the receiving groove may be provided on the cover plate, and the partition plate may be provided between two adjacent sockets, and the electrical insulation between adjacent sockets may be further improved by the partition plate.

[0014] In some examples, at least two connecting beams are provided, each of the connecting beams is provided with the receiving groove, and a portion of the sleeve is respectively provided in each of the receiving grooves.

[0015] The connecting beam can improve the connection stability between the first assembly unit and the second assembly unit, and can realize the function of connecting and supporting the plug sleeve, which affects the stability and safety of the entire structure to a certain extent. In the present application, at least two receiving grooves are arranged on the connecting beam, and each receiving groove is respectively provided with a part of the plug sleeve.

[0016] The connecting beam is a beam structure used to connect different components. The connecting beam allows the entire structure to remain stable and safe by bearing and transmitting loads. The connecting beam of the present application may be provided with at least two receiving grooves. The two receiving grooves are usually located at specific positions of the connecting beam and are used to accommodate a plug sleeve or other connecting elements. The size and shape of each receiving groove match the plug sleeve, thereby achieving a stable and reliable connection.

[0017] In some examples, a removable cover is provided at the notch of the receiving slot.

[0018] The notch of the receiving slot can be specially provided with a detachable cover plate. This arrangement not only enhances the practicality and convenience of the socket structure, but also brings great convenience to the maintenance and care of the socket structure. The cover plate can also better protect the socket in the receiving slot.

[0019] The receiving slot is usually used to store and fix various components or items. The receiving slot of the present application is used to fix the socket, thereby ensuring the stability and safety of the socket during use. The notch is the interface between the receiving slot and the external environment, and the notch can facilitate operation and observation of the inside of the receiving slot.

[0020] In some examples, the first assembly unit includes a first assembly seat, the second assembly unit includes a second assembly seat, the first end of the connecting beam is connected to the first assembly seat, and the second end of the connecting beam is connected to the second assembly seat.

[0021] The first assembly seat has a first assembly groove, the second assembly seat has a second assembly groove, and the first assembly groove and the second assembly groove are connected through the accommodating groove.

[0022] In the present application, the first assembly unit and the second assembly unit together construct a complex structure, which is the supporting body of the socket structure.

[0023] The first assembly unit is mainly composed of the first assembly seat, which is one of the key components in the overall structure, and the second assembly unit is composed of the second assembly seat, which is connected to the first assembly seat through a connecting beam to jointly support the stability of the entire structure.

[0024] In some examples, the socket includes a first elastic clamp, a connecting plate, and a second elastic clamp, the two ends of the connecting plate are respectively connected to the first elastic clamp and the second elastic clamp, the first elastic clamp is arranged in the first assembly unit, the second elastic clamp is arranged in the second assembly unit, and a portion of the connecting plate is arranged in the accommodating groove.

[0025] As an important connection element, the socket can realize the function of connecting with the power supply. Specifically, the socket can include three parts: a first elastic clamping opening, a connecting plate and a second elastic clamping opening.

[0026] The first elastic clamp in the socket is arranged in the first assembly unit. This arrangement enables the socket to be firmly fixed on the first assembly unit, not only providing stable support, but also being able to withstand a certain external force. In addition, the first elastic clamp itself has good elasticity and can be flexibly adjusted according to actual needs, further enhancing its applicability and stability. During the connection process with the plug, the first elastic clamp can better connect the conductive column of the socket.

[0027] The connecting plate can connect the first elastic clamp and the second elastic clamp, thereby playing a bridge role. The two ends of the connecting plate are respectively connected to the first elastic clamp and the second elastic clamp, ensuring the stability and reliability of the overall structure of the socket. At the same time, part of the connecting plate is also arranged in the receiving groove, which helps to further fix the socket and prevent it from loosening or falling off during use.

[0028] In some examples, at least two of the sockets include a live socket and a neutral socket.

[0029] The live wire socket has at least two live wire clamps, part of which is installed on the first assembly unit, and part of which is installed on the second assembly unit.

[0030] The neutral line socket has at least two neutral line clamps, part of the neutral line clamps are installed on the first assembly unit, and part of the neutral line clamps are installed on the second assembly unit.

[0031] There are two accommodating slots, including a live wire slot and a neutral wire slot. Part of the live wire sockets are installed in the live wire slots, and part of the neutral wire sockets are installed in the neutral wire slots.

[0032] The socket plays a strong role in the power transmission and distribution system, and the socket is generally arranged based on the socket structure. At least two sockets can include a live socket and a neutral socket. Taking the live socket as an example, the live socket has at least two live clamps, which are arranged on two assembly units respectively, among which some live clamps are installed in the first assembly unit and the other part is installed in the second assembly unit. Such an arrangement not only ensures the stable transmission of electricity, but also improves the safety of the system. For example, one live clamp can be provided in the first assembly unit, and two or more live clamps can be provided in the second assembly unit. In other words, the number of live clamps in the first assembly unit can be different from the number of live clamps in the second assembly unit. Of course, the number can also be the same, which is set according to actual needs.

[0033] In some examples, at least two of the sockets further include a ground socket, and the ground socket is disposed in the first assembly unit, or the ground socket is disposed in the second assembly unit, or part of the ground socket is disposed in the first assembly unit and part of the ground socket is disposed in the second assembly unit.

[0034] The grounding socket can also be used as a key component of the socket structure, playing an important role in ensuring electrical safety, especially when a three-hole socket is provided, which can facilitate the grounding of electrical equipment and improve the safety of electrical equipment. In some complex assembly structures, the location and method of setting the grounding socket are more important.

[0035] The main function of the ground socket is to connect the metal casing of the electrical equipment to the ground, so as to ensure that when the equipment leaks or shorts, the current can be quickly conducted to the ground, thereby avoiding electric shock accidents. Therefore, the setting of the ground socket must be rigorous and comply with relevant safety standards.

[0036] In some examples, each of the sockets is provided with a pin, the pin passes through the assembly seat of the first assembly unit or the assembly seat of the second assembly unit, some of the pins extend to the outer peripheral side of the assembly seat, the pins include at least two types, each of the pins is connected to one of the conductive strips.

[0037] The pin comprises a straight edge portion and a guide portion connected to each other, the straight edge portion and the guide portion are arranged at an angle, a gap is provided between the straight edge portion and the guide portion to form a positioning groove, and part of the conductive strip is installed in the positioning groove.

[0038] The assembly seat can provide a stable installation foundation for the socket and the conductive strip. The socket is responsible for receiving and fixing the pins to ensure that the current can flow smoothly. Each socket is provided with corresponding pins, which can pass through the assembly seat, and some of the pins will extend to the outer peripheral side of the assembly seat, making the connection of the socket structure convenient.

[0039] The conductive strip is a conductive element of the socket structure, and the conductive strip is connected to the pin to ensure that the current can be transmitted smoothly. Each socket is connected to a conductive strip, and this setting can meet various current transmission requirements. For example, a conductive strip is connected to the pin of the live socket. When there are multiple live sockets, each corresponding pin is connected to the same conductive strip. The other sockets are similar and will not be repeated here.

[0040] The conductive strip can be installed in the positioning groove on the pin, thereby improving the installation stability of the conductive strip, and the connection of the conductive strip can be further strengthened by welding, while increasing the electrical connection area between the conductive strip and the pin.

[0041] The pin includes a straight edge and a guide portion, the straight edge and the guide portion are connected together, and a certain preset angle can be formed between the straight edge and the guide portion, both of which are plate-like structures, and the angle between the two refers to the angle between the plane where the straight edge is located and the plane where the guide portion is located. The plane where the straight edge is located and the plane where the guide portion is located refer to the plane corresponding to when the thickness approaches zero.

[0042] The straight edge portion can form a plate-like plane, and the conductive strip can be assembled by the cooperation of the straight edge portion and the guide portion. Specifically, a certain gap between the straight edge portion and the guide portion can provide space for the installation of the conductive strip and form a positioning groove. The positioning groove can ensure that the conductive strip has sufficient stability and accuracy during the insertion of the conductive strip into the positioning groove.

[0043] In a second aspect, the present application provides a socket assembly, comprising the above-mentioned socket structure and a shell, wherein the shell has a combination cavity, and at least one of the socket structures is installed in the combination cavity.

[0044] When multiple socket structures can be combined with the housing, a strip structure can be formed to meet the power needs of more devices. In the strip structure, similar pins in multiple socket structures are connected to a conductive strip, which can ensure the stability and continuity of the current during transmission. Two or three conductive strips can be set according to the different needs of the strip structure. BRIEF DESCRIPTION OF THE DRAWINGS

[0045] In order to more clearly illustrate the technical solutions in the present application or the prior art, the drawings required for use in the examples or prior art descriptions are briefly introduced below. Obviously, the drawings described below are only some examples of the present application. For those skilled in the art, other drawings can be obtained based on these drawings without paying any creative work.

[0046] Figure 1 This is a schematic diagram of the structure of a socket in an example of the present application.

[0047] Figure 2 It is a schematic diagram of the structural explosion of the socket structure in an example of the present application.

[0048] Figure 3 This is a schematic diagram of the structure after two assembly seats are connected by a connecting beam in an example of the present application.

[0049] Figure 4 This is a schematic diagram of the structure after two assembly seats are respectively connected to the protective door components in an example of the present application.

[0050] Figure 5 This is a structural schematic diagram of three types of sockets in a socket structure in an example of the present application.

[0051] Figure 6 This is a schematic diagram of the structure of the socket in an example of the present application.

[0052] Figure 7 This is a schematic diagram of the side view structure of the socket in an example of the present application.

[0053] Figure 8 This is a schematic diagram of the top view of the plug sleeve in an example of the present application.

[0054] Fig. 9 This is a schematic diagram of the structure after the socket is unfolded in an example of this application.

[0055] Fig.10 This is a schematic diagram of the structure after a pin on the back of the socket structure is connected to a conductive strip in an example of the present application.

[0056] Reference numerals:

[0057] 100, first assembly unit; 110, first assembly seat; 120, first assembly slot; 130, first panel; 140, first protection door assembly; 200, second assembly unit; 210, second assembly seat; 220, second assembly slot; 230, second panel; 240, second protection door assembly; 300, socket; 310, first elastic clamp; 320, connecting plate; 330, second elastic clamp; 340, plug pin; 341, straight edge; 342, guide; 343, welding protrusion; 300a, live socket; 300b, neutral socket; 300c, ground socket; 400, connecting beam; 410, receiving slot; 500, conductive strip. DETAILED DESCRIPTION

[0058] In order to make the purpose, technical solution and advantages of the present application more clearly understood, the present application is further described in detail below in conjunction with the accompanying drawings and examples. It should be understood that the specific examples described here are only used to explain the present application and are not used to limit the present application.

[0059] To solve the above technical problems, please refer to Figure 1-Figure 10 As shown, the first aspect of the present application proposes a socket structure, which improves the expandability of the socket structure, can be provided with more sockets, and has higher overall stability, and also makes the installation and replacement of the socket sleeve more convenient.

[0060] Reference Figures 1 to 3 In some examples, the socket structure includes a first assembly unit 100 , a second assembly unit 200 , at least two sockets 300 , and a connecting beam 400 .

[0061] The first assembly unit 100 is connected to the second assembly unit 200, a part of the plug sleeve 300 is installed on the first assembly unit 100, and a part of the plug sleeve 300 is installed on the second assembly unit 200. The connecting beam 400 is arranged between the first assembly unit 100 and the second assembly unit 200.

[0062] The connecting beam 400 is provided with a receiving groove 410 , which connects the first assembly unit 100 and the second assembly unit 200 . The middle part of the plug sleeve 300 is installed in the receiving groove 410 .

[0063] The socket structure can be used as a component to connect the power supply and the electrical equipment. The rationality and functional completeness of the socket structure can better ensure the circuit safety and the stable operation of the electrical equipment.

[0064] The socket structure mainly includes a first assembly unit 100, a second assembly unit 200, at least two sockets 300 and a connecting beam 400. The first assembly unit 100 and the second assembly unit 200 can be connected through the connecting beam 400 to form a stable whole. Among them, part of a single socket 300 can be installed on the first assembly unit 100, and the other part can be installed on the second assembly unit 200. The middle part of the socket 300 is installed in the receiving groove 410 of the connecting beam 400. Such a setting can make the connection between the two assembly units closer. When the socket structure is connected to the power supply, a smaller number of connection structures can be set. For example, a single socket 300 can be provided with a pin 340 and connected to the corresponding power supply electrode, that is, the neutral socket 300b has a pin 340 and is connected to the cathode of the power supply, and the live socket 300a has a pin 340 and is connected to the anode of the power supply. This setting not only improves the overall stability of the socket structure, but also makes the installation and replacement of the socket 300 more convenient.

[0065] The connecting beam 400 serves as a bridge between the first assembly unit 100 and the second assembly unit 200, and plays an important role in connection and support. A receiving groove 410 is provided on the connecting beam 400, and the receiving groove 410 can connect the first assembly unit 100 and the second assembly unit 200. The middle part of the plug sleeve 300 can be installed in the receiving groove 410, thereby realizing a stable connection between the plug sleeve 300 and the two assembly units.

[0066] A guiding structure, such as a guiding slope, may be provided in the receiving groove 410, which can facilitate the rapid installation of the plug sleeve 300. A pre-tightening structure, such as a spring, may also be provided in the receiving groove 410, which can further improve the connection stability of the plug sleeve 300 after installation.

[0067] The above arrangement can improve the overall strength of the socket structure and make the socket 300 more stable and reliable during use. The presence of the receiving groove 410 also facilitates the installation and removal of the socket 300, allowing the user to easily cope with various situations during use.

[0068] In practical applications, for example, in some home decoration or electrical equipment modification, users may need to replace or add sockets. At this time, the socket structure with this arrangement can play its unique advantages. Since the socket 300 can be easily installed in the receiving groove 410, the user does not need to disassemble or reassemble the entire socket structure, but only needs to simply replace or add the socket 300 to meet the needs (the corresponding panel and protective door assembly can also be replaced and adjusted accordingly). This not only saves the user's time and energy, but also reduces the safety risks during the installation process.

[0069] The socket structure of the present application can also have high compatibility and scalability. Since the socket 300 can be flexibly installed on the first assembly unit 100 or the second assembly unit 200, the socket structure can adapt to electrical devices of different specifications and types. At the same time, by increasing or decreasing the number and type of the sockets 300, the user can also expand the function and capacity of the socket as needed.

[0070] The socket structure of the present application not only improves circuit safety and the stability of electrical equipment, but also provides users with a more convenient and flexible usage experience.

[0071] Reference Figure 3 and Figure 4 In some examples, a connecting beam 400 may be provided in the socket structure, and a receiving groove 410 is provided on the connecting beam 400 , and the middle parts of at least two sockets 300 are arranged in parallel in the receiving groove 410 .

[0072] Alternatively, at least two parallel receiving grooves 410 may be provided on the connecting beam 400 in the socket structure, and a part of the plug sleeve 300 is respectively provided in each receiving groove 410 .

[0073] The connection beam 400 can be set in a flexible manner to adapt to different usage scenarios and performance requirements. The above describes two configurations of the connection beam 400. The corresponding connection beam 400 can be set as needed. The connection beam 400 of the present application is not limited to the above two configurations.

[0074] Only one connecting beam 400 may be provided in the socket structure. In this case, a receiving groove 410 is provided on the connecting beam 400. The space of the receiving groove 410 may be provided to be large enough to accommodate the middle parts of at least two sockets 300 arranged in parallel, and the distance between two adjacent sockets 300 is greater than the creepage distance to ensure the electrical insulation between the sockets 300. This arrangement not only simplifies the structure of the socket, but also improves the stability and durability of the sockets 300. A cover plate may be provided on the receiving groove 410 as needed to close the receiving groove 410, further improve safety, and reduce the possibility of users accidentally touching the sockets 300; and at least one partition plate extending into the receiving groove 410 may be provided on the cover plate, and the partition plate may be provided between two adjacent sockets 300, and the electrical insulation between adjacent sockets 300 may be further improved by the partition plate.

[0075] In some special application scenarios, more complex settings may be required to meet higher performance requirements. Therefore, at least two parallel receiving slots 410 may also be provided on the connecting beam 400 in the socket structure. This arrangement allows each receiving slot 410 to be provided with a portion of the socket 300, thereby achieving group management of the socket 300. This group management method helps to better distribute the power load and improve the efficiency and safety of the socket.

[0076] Whether a single receiving slot 410 or multiple receiving slots 410 are provided, the provision of the socket 300 is critical. The socket 300 is the part of the socket used to connect electrical equipment, and its quality and performance directly affect the use effect of the socket. Therefore, when providing and manufacturing the socket, high-quality materials and processes need to be selected to ensure the stability and durability of the socket 300.

[0077] In order to better meet user needs and improve user experience, the socket structure can also be optimized and innovated according to actual needs. For example, some safety protection functions such as overload protection and short circuit protection can be added to improve the safety performance of the socket. At the same time, a more environmentally friendly and energy-saving setting scheme can also be adopted to meet the sustainable development concept of modern society.

[0078] Reference Figure 3 and Figure 4 In some examples, at least two connecting beams 400 are provided, each connecting beam 400 is provided with a receiving groove 410 , and each receiving groove 410 is respectively provided with a part of the sleeve 300 .

[0079] The connecting beam 400 can improve the connection stability between the first assembly unit 100 and the second assembly unit 200, and can realize the function of connecting and supporting the plug sleeve 300, which affects the stability and safety of the entire structure to a certain extent. In the present application, at least two receiving grooves 410 are arranged on the connecting beam 400, and each receiving groove 410 is respectively provided with a part of the plug sleeve 300.

[0080] The connecting beam 400 is a beam structure for connecting different components. The connecting beam 400 can keep the whole structure stable and safe by bearing and transmitting loads. The connecting beam 400 of the present application can be provided with at least two receiving grooves 410. The two receiving grooves 410 are usually located at specific positions of the connecting beam 400 to accommodate the plug sleeve 300 or other connecting elements. The size and shape of each receiving groove 410 match the plug sleeve 300, so as to achieve a stable and reliable connection.

[0081] Part of the plug sleeve 300 is respectively arranged in each receiving groove 410. This arrangement allows the plug sleeve 300 to fit more tightly in the receiving groove 410, thereby further improving the stability and reliability of the connection. In addition, the arrangement of part of the plug sleeve 300 also helps to disperse the load and reduce the stress concentration phenomenon of the plug sleeve 300 when it is subjected to force, thereby extending the service life of the plug sleeve 300. After the connecting beam 400 is embedded in the partial structure of the plug sleeve 300, a certain degree of strength addition can be obtained, and higher connection stability and strength can be achieved.

[0082] The connecting beam 400 can improve the overall stability of the structure. Since the receiving groove 410 and the insert sleeve 300 on the connecting beam 400 can be tightly connected, the entire structure can maintain good integrity when subjected to external forces, reduce structural instability caused by loose connections, and increase the reliability of the connection between the connecting beam 400 and the first assembly unit 100 and the second assembly unit 200.

[0083] The configuration of the connecting beam 400 also helps to improve the bearing capacity of the structure. After being combined with the insert sleeve 300, the connecting beam 400 disperses the load and reduces stress concentration, so that the connecting beam 400 can maintain good performance when bearing a large load, thereby improving the bearing capacity of the entire structure.

[0084] In addition, the connecting beam 400 has good adaptability and flexibility. Since the arrangement of the receiving groove 410 and the plug socket 300 has a certain degree of adjustability, it can be customized and adjusted according to different needs and scenarios to meet various complex connection requirements. The connecting beam 400 can be set as a flexible structure as needed, so that the connecting beam 400 can adapt to the curved plug socket 300 structure. The connecting beam 400 can be made of insulating material to improve the electrical insulation between two adjacent plug sockets 300.

[0085] The connecting beam 400 is also highly convenient in the manufacturing and installation process. Since the structures of the receiving groove 410 and the insert sleeve 300 are relatively simple and clear, a standardized manufacturing process and installation method can be adopted to improve production efficiency and construction quality.

[0086] In some examples, a removable cover is provided at the slot of the receiving slot 410 .

[0087] The notch of the receiving groove 410 can be specially provided with a detachable cover plate. This arrangement not only enhances the practicality and convenience of the socket structure, but also brings great convenience to the maintenance and care of the socket structure. The cover plate can also better protect the socket 300 in the receiving groove 410.

[0088] The receiving groove 410 is usually used to store and fix various components or items. The receiving groove 410 of the present application is used to fix the socket 300, thereby ensuring the stability and safety of the socket 300 during use. The notch is the interface between the receiving groove 410 and the external environment, and the notch can facilitate operation and observation of the inside of the receiving groove 410.

[0089] In some cases, the slot may be affected by the intrusion of dust, dirt or other impurities, resulting in limited function or even damage to the receiving slot 410. In addition, the socket 300 may be charged during use, so certain protection is required. In order to maintain or replace the socket 300 inside the receiving slot 410, it is also necessary to be able to open and close the slot conveniently. Therefore, a detachable cover is provided at the slot.

[0090] The removable cover is usually made of a strong and durable material, such as metal or engineering plastic. Here, since the socket 300 may be charged, the cover is made of an insulating material, or can be made of a metal material wrapped in an insulating material to ensure that the cover has sufficient strength and durability. The cover is usually provided with a convenient disassembly mechanism, such as a screw, a buckle or a magnetic attraction device, so that the cover can be easily opened and closed.

[0091] When it is necessary to clean, maintain or replace parts inside the receiving tank 410, the cover plate can be simply removed. This greatly simplifies the operation process and improves work efficiency. At the same time, since the cover plate can be removed, different specifications or types of cover plates can be replaced according to actual needs to meet different usage scenarios and needs.

[0092] The detachable cover can also protect the interior of the receiving tank 410. When the device is not in operation or needs to be transported, the cover can be installed to prevent dust, dirt or other impurities from invading the interior of the receiving tank 410, thereby keeping it clean and intact.

[0093] Reference Figures 1 to 4 In some examples, the first assembly unit 100 includes a first assembly seat 110 , the second assembly unit 200 includes a second assembly seat 210 , a first end of the connecting beam 400 is connected to the first assembly seat 110 , and a second end of the connecting beam 400 is connected to the second assembly seat 210 .

[0094] The first assembly seat 110 has a first assembly groove 120 , and the second assembly seat 210 has a second assembly groove 220 . The first assembly groove 120 and the second assembly groove 220 are connected through the receiving groove 410 .

[0095] In the present application, the first assembly unit 100 and the second assembly unit 200 together construct a complex structure, which is the supporting body of the socket structure.

[0096] The first assembly unit 100 is mainly composed of a first assembly seat 110, which is one of the key components in the overall structure, and the second assembly unit 200 is composed of a second assembly seat 210, which is interconnected with the first assembly seat 110 through a connecting beam 400, and jointly supports the stability of the entire structure.

[0097] The connecting beam 400 serves as a bridge connecting the two assembly units and plays a connecting role. The first end of the connecting beam 400 is connected to the first assembly seat 110, ensuring the tight combination of the connecting beam 400 and the first assembly seat 110. The second end of the connecting beam 400 is cleverly connected to the second assembly seat 210, ensuring the tight combination of the connecting beam 400 and the second assembly seat 210. The integrity and stability of the entire structure can be further strengthened by the connecting beam 400.

[0098] The first assembly seat 110 is provided with a first assembly groove 120, and the second assembly seat 210 is provided with a second assembly groove 220. The existence of these two assembly grooves can facilitate the positioning and installation of components during the assembly process, such as the installation of the plug sleeve 300 or the protective door assembly, and the two assembly grooves can also leave possibilities for subsequent structural optimization and functional expansion. The two assembly grooves are interconnected through the receiving groove 410 to form a complete assembly system, making the entire structure more stable and functional.

[0099] At least one first partition is disposed in the first assembly groove 120, and the first partition divides the first assembly groove 120 into at least two first assembly cavities;

[0100] At least one second partition is disposed in the second assembly groove 220, and the second partition divides the second assembly groove 220 into at least two second assembly cavities;

[0101] The first assembly cavity is connected to the corresponding second assembly cavity through the corresponding accommodating groove 410. Specifically, the first assembly cavity includes a first live wire cavity and a first neutral wire cavity, the second assembly cavity includes a second live wire cavity and a second neutral wire cavity, the accommodating groove 410 includes a live wire groove and a neutral wire groove, the first live wire cavity and the second live wire cavity are connected through the live wire groove, and the first neutral wire cavity and the second neutral wire cavity are connected through the neutral wire groove.

[0102] An assembly slot is a pre-set space used to accommodate or install other components or assemblies. A partition is a tool used to divide the space inside an assembly slot to create multiple independent assembly cavities. An assembly cavity is an independent space divided by a partition, and each assembly cavity can be assembled or installed independently.

[0103] At least one first partition is disposed in the first assembly groove 120, and the first partition effectively divides the first assembly groove 120 into at least two independent first assembly chambers. Similarly, at least one second partition is disposed in the second assembly groove 220, and the second assembly groove 220 is divided into at least two independent second assembly chambers. This arrangement enables multiple independent assembly spaces to be formed inside each assembly groove, which facilitates complex assembly work.

[0104] The first assembly cavity is connected to the corresponding second assembly cavity through a specific receiving groove 410. This connection arrangement not only ensures smooth connection of circuits or cables, but also provides convenience for debugging and inspection during the assembly process.

[0105] To further refine this setting, the first assembly cavity may include a first live wire cavity and a first neutral wire cavity, and the second assembly cavity includes a second live wire cavity and a second neutral wire cavity. Such a setting is obviously to meet the basic requirements of the circuit, that is, the separation of the live wire and the neutral wire, so as to ensure the safety and stability of the circuit.

[0106] In the arrangement of the receiving slot 410, there may be a live wire slot and a neutral wire slot. The first live wire cavity and the second live wire cavity are connected through the live wire slot, and the first neutral wire cavity and the second neutral wire cavity are connected through the neutral wire slot. This arrangement ensures the accuracy of the circuit connection and improves the efficiency of the assembly work.

[0107] This setting may be suitable for a variety of application scenarios. For example, in the assembly process of electrical equipment, multiple parts or components may need to be connected and assembled in an orderly manner. At this time, the accuracy and efficiency of the assembly work can be greatly improved by using the setting of assembly grooves, partitions and assembly cavities. At the same time, this setting is also convenient for subsequent maintenance and repair work, because each assembly cavity is independent and can be disassembled and replaced separately.

[0108] At least one of the first assembly unit 100 and the second assembly unit 200 is further provided with a ground wire socket 300c. The ground wire socket 300c may be provided only in the first assembly unit 100, and the corresponding first assembly cavity also includes a first ground wire cavity; the ground wire socket 300c may be provided only in the second assembly unit 200, and the corresponding second assembly cavity also includes a second ground wire cavity; the ground wire socket 300c may also be provided in the first assembly unit 100 and the second assembly unit 200 respectively, the corresponding first assembly cavity also includes a first ground wire cavity, and the second assembly cavity also includes a second ground wire cavity. In this case, a ground wire beam may be provided, and two ground wire sockets are provided integrally, and a ground wire beam is provided at the connection position, and a ground wire groove is provided on the ground wire beam.

[0109] In the field of electrical assembly, in order to ensure the safe and stable operation of the circuit, the first assembly unit 100 and the second assembly unit 200 usually need to be provided with a grounding socket 300c to effectively eliminate potential safety hazards. There are multiple flexible solutions for the provision of the grounding socket 300c to meet the needs of different application scenarios.

[0110] A grounding sleeve 300c can be specially arranged inside the first assembly unit 100. This method is both simple and practical, and enables the first assembly unit 100 to have an independent grounding function. At the same time, in order to ensure that the grounding sleeve 300c can be firmly fixed in the assembly unit, a corresponding first grounding cavity is also required to be arranged in the first assembly cavity. In this way, the grounding sleeve 300c can be safely embedded in the first grounding cavity, thereby ensuring the stability and safety of the entire electrical system.

[0111] Another solution is to only set the grounding sleeve 300c inside the second assembly unit 200. This can also achieve the grounding function of the circuit, but the grounding task is mainly completed by the second assembly unit 200. Accordingly, a special second grounding cavity needs to be set in the second assembly cavity so that the grounding sleeve 300c can be stably installed therein.

[0112] A more comprehensive solution can also be adopted, that is, a grounding sleeve 300c is provided inside both the first assembly unit 100 and the second assembly unit 200. The advantage of this is that a double grounding protection can be formed between the two assembly units, thereby further improving the safety and stability of the electrical system. In order to implement this solution, a first grounding cavity and a second grounding cavity need to be provided in the first assembly cavity and the second assembly cavity, respectively, so that the grounding sleeve 300c can be embedded therein, respectively.

[0113] In order to further improve the stability and safety of the ground wire socket 300c, an important component, a ground wire beam, can be introduced. A ground wire beam can be set between two ground wire sockets 300c, so that the two ground wire sockets 300c can be connected through the ground wire beam, so that the connection between the ground wire sockets 300c becomes more stable and reliable. At the same time, in order to facilitate the arrangement and fixation of the wires, a ground wire groove can be set on the ground wire beam so that the wires can smoothly pass through the ground wire beam and connect with the ground wire socket 300c.

[0114] Reference Figures 5 to 9 In some examples, the socket 300 includes a first elastic clamp 310, a connecting plate 320 and a second elastic clamp 330, the two ends of the connecting plate 320 are respectively connected to the first elastic clamp 310 and the second elastic clamp 330, the first elastic clamp 310 is arranged in the first assembly unit 100, the second elastic clamp 330 is arranged in the second assembly unit 200, and a portion of the connecting plate 320 is arranged in the accommodating groove 410.

[0115] As an important connection element, the socket 300 can realize the function of connecting with a power source. Specifically, the socket 300 can include three parts: a first elastic clamp 310 , a connection plate 320 , and a second elastic clamp 330 .

[0116] The first elastic clamping opening 310 in the socket 300 is arranged in the first assembly unit 100. This arrangement enables the socket 300 to be firmly fixed on the first assembly unit 100, not only providing stable support, but also being able to withstand a certain external force. In addition, the first elastic clamping opening 310 itself has good elasticity and can be flexibly adjusted according to actual needs, further enhancing its applicability and stability. During the connection process with the plug, the first elastic clamping opening 310 can better connect the conductive column of the socket 300.

[0117] The connecting plate 320 can connect the first elastic clamp 310 and the second elastic clamp 330, thereby playing a bridge role. The two ends of the connecting plate 320 are respectively connected to the first elastic clamp 310 and the second elastic clamp 330, ensuring the stability and reliability of the overall structure of the socket 300. At the same time, part of the connecting plate 320 is also arranged in the receiving groove 410, which helps to further fix the socket 300 and prevent it from loosening or falling off during use.

[0118] Corresponding to the first elastic clamp 310, the second elastic clamp 330 is arranged in the second assembly unit 200. Similarly, the second elastic clamp 330 also has certain elastic characteristics and can adapt to different assembly requirements. During the connection process with the plug, the second elastic clamp 330 can also connect the corresponding conductive column in the socket 300. Through the joint action of the first elastic clamp 310 and the second elastic clamp 330, the socket 300 can firmly connect the two assembly units to achieve a stable and reliable connection effect.

[0119] The material of the plug sleeve 300 can also be selected from materials with high conductivity, wear resistance, and aging resistance, thereby ensuring that the plug sleeve 300 has a long service life and high safety during use.

[0120] Reference Figure 5 In some examples, the at least two sockets 300 include a live socket 300a and a neutral socket 300b.

[0121] The live wire socket 300 a has at least two live wire clamps, part of which is installed on the first assembly unit 100 , and part of which is installed on the second assembly unit 200 .

[0122] The neutral line socket 300 b has at least two neutral line clamps, part of which is installed on the first assembly unit 100 , and part of which is installed on the second assembly unit 200 .

[0123] There are two receiving slots 410, including a live wire slot and a neutral wire slot. Part of the live wire socket 300a is installed in the live wire slot, and part of the neutral wire socket 300b is installed in the neutral wire slot.

[0124] The socket 300 plays a strong role in the power transmission and distribution system. The socket 300 is generally arranged based on the socket structure. At least two sockets 300 may include a live socket 300a and a neutral socket live socket 300a. Taking the live socket 300a as an example, the live socket 300a has at least two live clamps, which are arranged on two assembly units respectively, wherein some live clamps are installed in the first assembly unit 100, and the other part is installed in the second assembly unit 200. Such a setting not only ensures the stable transmission of power, but also improves the safety of the system. For example, one live clamp may be provided in the first assembly unit 100, and two or more live clamps may be provided in the second assembly unit 200. That is to say, the number of live clamps in the first assembly unit 100 may be different from the number of live clamps in the second assembly unit 200. Of course, the number may also be the same, which is set according to actual needs.

[0125] The drawings of the present application take a seven-hole socket as an example for illustrative description. At this time, the first assembly unit 100 is a two-hole socket unit, and a live wire clamp is provided in the first assembly unit 100. The second assembly unit 200 is a five-hole socket unit, and two live wire clamps can be provided in the second assembly unit 200.

[0126] Similarly, the neutral line socket 300b may also have at least two neutral line clamps, which are arranged on two assembly units respectively, wherein some of the neutral line clamps are installed on the first assembly unit 100, and the other part is installed on the second assembly unit 200. Such an arrangement not only ensures the stable transmission of power, but also improves the safety of the system. For example, one neutral line clamp may be provided in the first assembly unit 100, and two or more neutral line clamps may be provided in the second assembly unit 200. In other words, the number of neutral line clamps in the first assembly unit 100 may be different from the number of neutral line clamps in the second assembly unit 200. Of course, the number may also be the same, which is set according to actual needs.

[0127] The drawings of the present application take a seven-hole socket as an example for illustrative description. At this time, the first assembly unit 100 is a two-hole socket unit, and a neutral wire clamp is provided in the first assembly unit 100. The second assembly unit 200 is a five-hole socket unit, and two neutral wire clamps can be provided in the second assembly unit 200.

[0128] In order to effectively accommodate and fix these sockets 300, two accommodating grooves 410 can be provided, namely, a live wire groove and a neutral wire groove. The arrangement of these accommodating grooves 410 fully considers the shape and size of the sockets 300, so that part of the live wire socket 300a can be accurately installed in the live wire groove, and part of the neutral wire socket 300b can be firmly installed in the neutral wire groove. Such an arrangement not only improves the assembly efficiency of the entire system, but also makes power transmission more efficient and safe. And the electrical insulation between the neutral wire socket 300b and the live wire socket 300a can be improved.

[0129] The installation position and method of the live wire socket 300a and the neutral wire socket 300b can be set as needed. The layout of the live wire socket 300a and the neutral wire socket 300b mentioned above in the present application not only takes into account the efficiency and safety of power transmission, but also takes into account the stability and durability of the system.

[0130] The material selection of the socket 300 and the receiving slot 410 is also crucial. In order to ensure the safety and stability of power transmission, the socket 300 is usually made of a material with good conductivity and corrosion resistance, and the connecting beam 400 where the receiving slot 410 is located can be made of insulating materials such as engineering plastics. The above materials can not only withstand the impact of high voltage and high current, but also resist the influence of environmental factors such as humidity and high temperature, thereby ensuring the long-term stable operation of the entire system.

[0131] Reference Figure 5 In some examples, at least two sockets 300 further include a ground socket 300c, and the ground socket 300c is disposed in the first assembly unit 100, or the ground socket 300c is disposed in the second assembly unit 200, or part of the ground socket 300c is disposed in the first assembly unit 100, and part of the ground socket 300c is disposed in the second assembly unit 200.

[0132] The grounding socket 300c can also be used as a key component of the socket structure, playing an important role in ensuring electrical safety, especially when a three-hole socket is provided, it can facilitate the grounding of electrical equipment and improve the safety of electrical equipment. In some complex assembly structures, the location and method of the grounding socket 300c are more important.

[0133] The main function of the grounding socket 300c is to connect the metal casing of the electrical equipment to the ground, so as to ensure that when the equipment leaks or shorts, the current can be quickly introduced into the ground, thereby avoiding electric shock accidents. Therefore, the setting of the grounding socket 300c must be rigorous and comply with relevant safety standards.

[0134] There are many possible ways to set the grounding socket 300c in at least two sockets 300. The grounding socket 300c is all set in the first assembly unit 100. This arrangement is conducive to simplifying the assembly process and improving production efficiency. For example, the first assembly unit 100 is a three-hole socket unit or a five-hole socket unit, etc., and the grounding socket 300c needs to be installed, while the second assembly unit 200 is a two-hole socket unit, and the grounding socket 300c does not need to be set.

[0135] The grounding sleeve 300c can also be completely set in the second assembly unit 200, when the second assembly unit 200 plays a supporting and fixing role in the overall structure. This arrangement is also conducive to simplifying the assembly process and improving production efficiency. For example, the second assembly unit 200 is a three-hole socket unit or a five-hole socket unit, etc., and the grounding sleeve 300c needs to be installed, while the first assembly unit 100 is a two-hole socket unit, and the grounding sleeve 300c does not need to be installed.

[0136] It is also possible to set part of the ground wire socket 300c in the first assembly unit 100 and part of the ground wire socket 300c in the second assembly unit 200. This mixed setting method not only takes into account the interconnection characteristics of the first assembly unit 100 and the second assembly unit 200, but also can achieve uniform distribution of the ground wire socket 300c in the overall structure, thereby improving electrical safety performance. For example, the first assembly unit 100 is a three-hole socket unit or a five-hole socket unit, etc., and needs to be installed with the ground wire socket 300c. The second assembly unit 200 is a three-hole socket unit or a five-hole socket unit, etc., and also needs to be installed with the ground wire socket 300c. At this time, the ground wire socket 300c can have a similar structure to the socket 300 in the previous text, and is also partially set in the first assembly unit 100 and partially set in the second assembly unit 200. The middle position is connected to the corresponding receiving groove 410 on the connecting beam 400. At this time, the connecting beam 400 can be provided with three parallel receiving grooves 410.

[0137] Reference Fig.10 In some examples, each socket 300 is provided with a pin 340, which passes through the assembly seat of the first assembly unit 100 or the assembly seat of the second assembly unit 200, and some of the pins 340 extend to the outer peripheral side of the assembly seat. The pins 340 include at least two types, and each type of pin 340 is connected to a conductive strip 500.

[0138] The pin 340 includes a straight edge portion 341 and a guide portion 342 connected to each other. The straight edge portion 341 and the guide portion 342 are arranged at an angle. There is a gap between the straight edge portion 341 and the guide portion 342 to form a positioning groove. Part of the conductive strip 500 is installed in the positioning groove.

[0139] The assembly seat can provide a stable installation foundation for the socket 300 and the conductive strip 500. The socket 300 is responsible for receiving and fixing the pins 340, thereby ensuring that the current can flow smoothly. Each socket 300 is provided with a corresponding pin 340, which can pass through the assembly seat, and some of the pins 340 will extend to the outer peripheral side of the assembly seat, so that the connection of the socket structure is convenient.

[0140] The conductive strip 500 is a conductive element of the socket structure, and the conductive strip 500 is connected to the pin 340 to ensure that the current can be transmitted smoothly. Each socket 300 is connected to a conductive strip 500, and such a setting can meet various current transmission requirements. For example, a conductive strip 500 is connected to the pin 340 of the live socket 300a. When there are multiple live sockets 300a, each corresponding pin 340 is connected to the same conductive strip 500. The other sockets 300 are similar and will not be repeated here.

[0141] The conductive strip 500 can be installed in the positioning groove on the pin 340, thereby improving the installation stability of the conductive strip 500, and the connection of the conductive strip 500 can be further strengthened by welding, while increasing the electrical connection area between the conductive strip 500 and the pin 340.

[0142] The pin 340 includes a straight edge portion 341 and a guide portion 342, which are connected together and can form a certain preset angle between the straight edge portion 341 and the guide portion 342. The straight edge portion 341 and the guide portion 342 are both plate-like structures, and the angle between the two refers to the angle between the plane where the straight edge portion 341 is located and the plane where the guide portion 342 is located. The plane where the straight edge portion 341 is located and the plane where the guide portion 342 is located refer to the plane corresponding to when the thickness approaches zero.

[0143] The straight edge portion 341 can form a plate-like plane, and the conductive bar 500 can be assembled by the cooperation of the straight edge portion 341 and the guide portion 342. Specifically, a certain gap between the straight edge portion 341 and the guide portion 342 can provide space for the installation of the conductive bar 500 and form a positioning groove. The positioning groove can ensure that the conductive bar 500 has sufficient stability and accuracy during the insertion of the conductive bar 500 into the positioning groove.

[0144] In some examples, a welding protrusion 343 is provided on one side of the straight edge portion 341 close to the conductive strip 500 ; and / or a guide structure is provided on the straight edge portion 341 or the guide portion 342 close to the opening of the positioning groove.

[0145] After the straight side portion 341 is provided with a welding protrusion 343, not only the welding process is simplified, but also the reliability of welding is greatly improved. Specifically, this welding protrusion 343 is usually arranged on the side of the straight side portion 341 close to the conductive bar 500. This arrangement can facilitate the welding of the straight side portion 341 and the conductive bar 500. The welding protrusion 343 can effectively guide the welding material, making it easier to flow into the part that needs to be welded, thereby reducing the difficulty of welding. At the same time, due to the setting of the welding protrusion 343, the conductive bar 500 and the straight side portion 341 after welding can have a larger contact area. The welding protrusion 343 can make there be enough welds between the conductive bar 500 and the straight side portion 341, which can make the welding process more stable and reduce the possibility of welding failure.

[0146] The guide structure can also improve assembly efficiency and welding efficiency. Such a guide structure is usually arranged at the opening position of the straight edge portion 341 or the guide portion 342 close to the positioning groove. The guide structure can provide a clear installation path for the conductive strip 500, so that the conductive strip 500 can be installed in the positioning groove more quickly and accurately. This not only improves production efficiency, but also reduces the error rate during the installation process.

[0147] In some examples, the socket structure further includes a protection door assembly, a first protection door assembly 140 is provided on the first assembly unit 100, and a second protection door assembly 240 is provided on the second assembly unit 200. The drawings of the present application take a seven-hole socket as an example, in which the first assembly unit 100 corresponds to a two-hole socket unit, and the second assembly unit 200 corresponds to a five-hole socket unit. The corresponding first protection door assembly 140 is a two-hole protection door, and the second protection door assembly 240 is a five-hole protection door. For details, refer to Figure 2 and Figure 4 .

[0148] The protection door assembly comprises a protection door box, a protection door body and an elastic member.

[0149] The protection door box is installed between the panel and the assembly seat. The protection door box is provided with a receiving cavity. The protection door box is provided with a second plug hole adapted to the socket 300 , and the second plug hole is communicated with the receiving cavity.

[0150] The protection door body is installed in the accommodating cavity, the protection door body is movably connected to the protection door box, and the protection door body can close the second plug-in hole.

[0151] Two ends of the elastic member are respectively connected to the protection door box and the protection door body, and the elastic member can maintain the protection door body at a position closing the second plug-in hole.

[0152] An anti-slip groove is arranged in the accommodating cavity, and an anti-slip protrusion matched with the anti-slip groove is arranged on the peripheral side of the protective door body.

[0153] The protective door assembly provides a strong guarantee for the safety of the socket structure. The protective door assembly consists of a protective door box, a protective door body, and elastic parts, which together realize the safety protection function of the socket.

[0154] The protection door box can be used as a supporting structure for the entire protection door assembly and is installed between the panel and the assembly seat. The protection door box is provided with a receiving cavity, which provides sufficient activity space for the protection door body. At the same time, the protection door box is also provided with a second plug hole adapted to the socket 300, and the second plug hole is connected to the receiving cavity, allowing the plug to smoothly pass through the first plug hole and the second plug hole under correct operation until it is inserted into the socket 300 in the socket structure.

[0155] The protective door body can directly block the plug or other small structures, such as fingers, thereby improving the safety of the socket structure. The protective door body and the protective door box can be movably connected, so that the protective door body can close the second plug hole when necessary to prevent children or other people from accidentally touching the inside of the socket and causing danger. When the socket needs to be used, through appropriate operation, the protective door body can open the second plug hole to allow the plug to be inserted, thereby realizing power supply to the electrical equipment.

[0156] In some examples, the socket structure further includes a panel, and the panel is detachably connected to the assembly seat. The first assembly unit 100 is provided with a first panel 130, and the second assembly unit 200 is provided with a second panel 230. The drawings of the present application take a seven-hole socket as an example. At this time, the first assembly unit 100 corresponds to a two-hole socket unit, and the second assembly unit 200 corresponds to a five-hole socket unit. The corresponding first panel 130 is a two-hole panel, and the second panel 230 is a five-hole panel. Figure 2 .

[0157] At least one limiting rib is arranged on the peripheral side of the panel, the limiting rib abuts against the assembly seat, and the limiting rib can limit the assembly depth of the panel relative to the assembly seat; and / or, a first clamping structure is arranged on the side of the panel facing the assembly seat, and a second clamping structure adapted to the clamping structure is arranged on the assembly seat, and the first clamping structure and the second clamping structure can be clamped with each other.

[0158] The socket structure is not just a simple assembly, it can also be installed as an integral module on the corresponding socket strip. The connection between the panel and the assembly seat is not fixed, and a detachable connection method can be used. This setting not only facilitates user use, but also improves the flexibility and maintainability of the socket structure. The panel can also be used as an installation module to adapt to different assembly seats. A small number of panels can be used to adapt to multiple types of assembly seats. The specific settings are based on needs. For example, a seven-hole socket can include two panels, a two-hole socket panel and a five-hole socket panel.

[0159] A first clamping structure is also provided on the side of the panel facing the assembly seat, and the first clamping structure is adapted to a second clamping structure provided on the assembly seat. When the panel and the assembly seat are assembled, the first clamping structure and the second clamping structure can be clamped to each other, thereby ensuring a tighter and more stable connection between the panel and the assembly seat. This clamping arrangement not only improves the overall stability of the socket structure, but also facilitates the installation and disassembly operations of the user.

[0160] In a second aspect, the present application provides a socket assembly, including the above-mentioned socket structure and a shell, the shell having a combination cavity, and at least one socket structure is installed in the combination cavity.

[0161] When multiple socket structures can be combined with the housing, a strip structure can be formed to meet the power requirements of more devices. In the strip structure, similar pins 340 in multiple socket structures are connected to a conductive strip 500, which can ensure the stability and continuity of the current during transmission. Two or three conductive strips 500 can be set according to different requirements of the strip structure.

[0162] The first assembly unit 100 and the second assembly unit 200 can be connected through the connecting beam 400 to form a stable whole. Part of a single socket 300 can be installed on the first assembly unit 100, and the other part can be installed on the second assembly unit 200. The middle part of the socket 300 is installed in the receiving groove 410 of the connecting beam 400. Such a setting can make the connection between the two assembly units closer. When the socket structure is connected to the power supply, a smaller number of connection structures can be set. For example, a single socket 300 can be provided with a pin 340 and connected to the corresponding power supply electrode, that is, the neutral socket 300b has a pin 340 and is connected to the cathode of the power supply, and the live socket 300a has a pin 340 and is connected to the anode of the power supply. This setting not only improves the overall stability of the socket structure, but also makes the installation and replacement of the socket 300 more convenient.

[0163] The connecting beam 400 serves as a bridge between the first assembly unit 100 and the second assembly unit 200, and plays an important role in connection and support. A receiving groove 410 is provided on the connecting beam 400, and the receiving groove 410 can connect the first assembly unit 100 and the second assembly unit 200. The middle part of the plug sleeve 300 can be installed in the receiving groove 410, thereby realizing a stable connection between the plug sleeve 300 and the two assembly units.

[0164] The same or similar numbers in the drawings of this application correspond to the same or similar parts; in the description of this application, it should be understood that if the terms "upper", "lower", "left", "right", etc. indicate the orientation or position relationship, they are based on the orientation or position relationship shown in the drawings. This is only for the convenience of describing this application and simplifying the description, and does not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation. Therefore, the terms describing the position relationship in the drawings are only used for illustrative purposes and cannot be understood as a limitation on this patent. For ordinary technicians in this field, the specific meanings of the above terms can be understood according to specific circumstances.

[0165] The above are only preferred examples of the present application and are not intended to limit the present application. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present application should be included in the protection scope of the present application.

Claims

1. A socket structure, characterized in that: The socket structure comprises: a first assembly unit and a second assembly unit, wherein the first assembly unit is connected to the second assembly unit; At least two sockets, some of which are installed in the first assembly unit, and some of which are installed in the second assembly unit; A connecting beam, arranged between the first assembly unit and the second assembly unit; The connecting beam is provided with a receiving groove, the receiving groove communicates with the first assembly unit and the second assembly unit, and the middle portion of the insert sleeve is installed in the receiving groove.

2. The socket structure according to claim 1, characterized in that: One connecting beam is provided, one receiving groove is provided on the connecting beam, and the middle parts of at least two insert sleeves are arranged in parallel in the receiving groove; Alternatively, at least two parallel receiving grooves are provided on the connecting beam, and a part of the inserting sleeve is respectively provided in each of the receiving grooves.

3. The socket structure according to claim 1, characterized in that: At least two connecting beams are provided, each of the connecting beams is provided with the accommodating groove, and a part of the inserting sleeve is respectively provided in each of the accommodating grooves.

4. The socket structure according to claim 1, characterized in that: The notch of the accommodating groove is provided with a detachable cover plate.

5. The socket structure according to claim 1, characterized in that: The first assembly unit includes a first assembly seat, the second assembly unit includes a second assembly seat, the first end of the connecting beam is connected to the first assembly seat, and the second end of the connecting beam is connected to the second assembly seat; The first assembly seat has a first assembly groove, the second assembly seat has a second assembly groove, and the first assembly groove and the second assembly groove are connected through the accommodating groove.

6. The socket structure according to any one of claims 1 to 5, characterized in that: The socket includes a first elastic clamp, a connecting plate and a second elastic clamp, the two ends of the connecting plate are respectively connected to the first elastic clamp and the second elastic clamp, the first elastic clamp is arranged in the first assembly unit, the second elastic clamp is arranged in the second assembly unit, and part of the connecting plate is arranged in the accommodating groove.

7. The socket structure according to claim 6, characterized in that: At least two of the sockets include: The live wire socket has at least two live wire clamps, part of which is installed on the first assembly unit, and part of which is installed on the second assembly unit; A neutral line socket, having at least two neutral line clamps, part of which is installed on the first assembly unit, and part of which is installed on the second assembly unit; There are two accommodating slots, including a live wire slot and a neutral wire slot. Part of the live wire sockets are installed in the live wire slots, and part of the neutral wire sockets are installed in the neutral wire slots.

8. The socket structure according to claim 7, characterized in that: At least two of the sockets further include a ground socket, which is arranged in the first assembly unit, or the ground socket is arranged in the second assembly unit, or part of the ground socket is arranged in the first assembly unit and part of the ground socket is arranged in the second assembly unit.

9. The socket structure according to claim 6, characterized in that: Each socket is provided with a pin, the pin passes through the assembly seat of the first assembly unit or the assembly seat of the second assembly unit, and some of the pins extend to the outer peripheral side of the assembly seat, the pins include at least two types, and each type of the pin is connected to a conductive strip; The pin comprises a straight edge portion and a guide portion connected to each other, the straight edge portion and the guide portion are arranged at an angle, a gap is provided between the straight edge portion and the guide portion to form a positioning groove, and part of the conductive strip is installed in the positioning groove.

10. A socket assembly, characterized in that: include: The socket structure according to any one of claims 1 to 9; and, The shell has a combined cavity, in which at least one socket structure is installed.

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