TW201230517A - Modular electrical connector - Google Patents

Abstract

The present invention relates to an electrical plug-element (1a-1e) comprising at least one socket module (2a-2e) with a receptacle (5) for a mating plug-element, the receptacle (5) opens towards a plug-direction (Z) of the plug-element (1a-1e), is formed between at least two wall sections (4, 4') of the socket module (2a-2e) which extend essentially in parallel to a length direction (X) of the plug-element (1a-1e), and accommodates at least one contact support area (27) which extends along the length direction (X) and at least partially faces into the plug-direction (Z), and at least one mounting module (3a-3i) having a holding section (30) attached to a lateral side of the socket module (2a-2e), the lateral side extending essentially in parallel to the plug-direction (Z), and a mounting section (16a-16i) providing a mounting organ (17a-17i) adapted to be fastened to a substrate (100). Further, the invention relates to a socket module (2a-2e), a mounting module (3a-3i) and to a kit comprising the socket module (2a-2e) and the mounting module (3a-3i), as well as to a method of equipping an electrical device with the plug-element (1a-1e).

Description

201230517 VI. Description of the Invention: The present invention relates to an electrical plug component, a socket module of a plug component, a mounting module of a plug component, a kit for an electrical plug component, and a A method of assembling an electrical device with a plug component. [Prior Art] We have known from the prior art that the plug component and the substrate (e.g., printed circuit board (PCB)) in the electrical device are assembled with the plug component. The plug member typically includes an outer casing made of a molded plastic material and having a member for attaching the plug member to the base member. As an example, Applicants have provided a miniature plug-in system (MQS) to a series of connectors that include a plug element according to the prior art. The housing, the electrical contact configuration within the housing, and any components of the mounting housing are typically adapted to certain customer requirements. The plug member and any electrical contacts therein can be mounted to the substrate by, for example, through hole technology (THT) or surface mount technology (SMT). Therefore, the manufacturer of the plug two must develop a variety of plug components and their mounting methods. However, only a small number of specific plug components are required on the right, and the design procedure, (4) and manufacturing of the plug components are more numb and inefficient. SUMMARY OF THE INVENTION In view of these shortcomings of the prior art, one of the plug components is required to meet market needs and as much as possible. One of the potential objects of the present invention is to provide an electrical plug component as mentioned in the opening paragraph, including new opportunities emerging on the market and in accordance with the present invention. Doc 201230517 for this purpose, since the electrical plug element comprises: at least one socket module having a socket for a mating plug element, the socket being open towards one of the plug elements in the insertion direction, formed substantially parallel to the Between at least two wall sections of the socket module extending in a length direction of the plug element and accommodating at least one contact support area extending along the length direction and at least partially facing the insertion direction; and at least one mounting die a set having a retaining section attached to one of the sides of the socket module (the side extending substantially parallel to the insertion direction) and having one of the mounting components adapted to be fastened to a substrate Section. One of the socket modules mentioned in the opening paragraph of the specification achieves this object, since the socket module is adapted to at least partially form a plug element in accordance with the present invention. One of the mounting modules mentioned in the opening paragraph of the specification achieves this object, since the mounting module is adapted to at least partially form a plug element according to the invention. The set of groups mentioned in the opening paragraph of the specification achieves this object, since the kit comprises at least one socket module and at least one mounting module according to the invention. One of the methods mentioned in the opening paragraph of the specification achieves this purpose because a socket module has a mounting module and because the plug element is fastened to one of the substrates of the electrical device by one of the mounting sections of the mounting module . These solutions assume that the electrical plug component can be formed from at least a socket module and at least one mounting module in accordance with customer contact configuration and mounting techniques for the plug component. In other words, the socket module and the mounting module can be grouped 157840. Doc 201230517 The requirements for plug components are met by specific customers, and they can be mass produced because they are interchangeable. And, the present invention provides - (d) a modular system of electrical connectors and plug components consisting of the same. A variety of socket modules and mounting modules can be installed in the module. • 4 system ^ socket module can include different size and different contact configuration of the mold, group ° socket module "segment can guide parts, coding parts and ask A lock or lock member is provided to the mating plug member. Different mounting modules may have mounting components 'The mounting components may include mounting elements in the form of a pin, a flash lock, a fishing, a latch, a lug or a clamp to achieve a desired mounting of one of the plug components There is no need to adapt the socket module. The sides can be any wall section, side wall and side edges of the mounting mold set. Thus, the socket module and mounting module in accordance with the present invention can be individually adapted to market needs and specific customer requirements' without the need to redesign the entire plug component. Thus, the present invention helps to minimize design and manufacturing costs and provides a versatile system for plug components. The solution according to the invention can be combined as needed and further improved by the following additional embodiments which have their own advantages. According to a first possible additional embodiment, the socket of the circuit module can be laterally opened by at least one recess extending in a width direction of one of the socket modules between the at least two wall sections, the width direction being perpendicular to Extends in the length direction and the insertion direction. Thereby, the socket can be laterally closed or extended at the recess according to certain requirements. Therefore, in the region of the recess, the material constituting the socket module can be saved. The notch closure of the module can be easily achieved because of the mounting area of the mounting module 157840. Doc 201230517 Feng also includes at least partially closed socket module _^ one of the wall portions of the recess. Thereby, the women's wear module can achieve a dual function because it closes the recess and provides installation facilities. The mounting module can form a portion of the socket by closing the recess. According to another possible embodiment, at least one contact support region can be positioned at the bottom of one of the sockets, the bottom portion can face the entry insertion direction, and the recess can extend down to the bottom and/or substantially parallel to the wall region The width direction between the segments is measured by one distance and extends. In other words, the socket can be opened laterally, as if some of its side walls were missing. According to some requirements, the missing side wall can be replaced by a mounting module or any other modular component. This helps make the socket module more versatile. According to another possible embodiment, each of the wall sections of the socket module and/or one of the side edges of the side panel may have at least one securing element for securing the mounting module to the socket module. These fixed components can be standardized such that many different mounting modules can be attached to the socket module. The mounting module can be attached to the socket module without any additional accessories. Then, the holding section of the mounting module can have at least one pair of fixed components that cooperate with at least one solid component of the hai. Thereby, the mounting module can be rigidly and securely attached to the socket module. According to another possible embodiment, the mounting module can have at least two mounting members that protrude from the mounting module with at least two different mounting angles of the socket module relative to the substrate. Thereby, the plug elements can be mounted at different angles relative to the substrate without the need to interchange socket modules or mounting modules. Therefore, the socket module and the mounting module can be mass-produced without providing different modules for the non-fashion corner. According to another possible embodiment of the plug component according to the present invention, one of the holding sections may have a thickness of less than 0. 5 mm. Therefore, the mounting module can be held at a fixed size of 157,840. Doc 201230517 Other plug components. This facilitating miniaturization of the electrical device including the plug member 0 further improves the versatility and durability of the plug member in accordance with the present invention because the socket module can be formed from a plastic material and/or the mounting module can be formed from a sheet metal material. The socket module can be a plastic molded part, and the socket module can be made of a stamped sheet material. Thereby, the socket module can be lightweight and can be composed of an electrically insulating material. The sheet metal material that forms the mounting module provides high stability and flexibility. According to another possible embodiment, the at least one contact support region can include at least one row of contact supports that can extend longitudinally substantially parallel to the lengthwise direction. Therefore, the socket module can be selected based on the desired length of one of the desired number of contact support columns. Socket modules of different lengths can be terminated laterally by the same type of mounting module and can be designed according to the specific wire diameter and pitch. For a cross-sectional area of 〇22 mm 2 to 0. 5 mm2 wire diameter—standard pitch (configured in columns or columns to form the distance between several joint supports of the mesh). 54 mm X 2. 54 mm. Included in two rows of contact supports (each having three contact supports, i.e., a total of six contact supports), one of the plug members, about one square millimeter of the core, is a micro-plugging system. Know the plug component is (3) square millimeter to 〇 _35 square millimeter...: ... cross-sectional area of ten square millimeters of wire diameter, you can choose 18 x1. 8 mm - the pitch H is covered by the inserting member - the area is about 548 square millimeters, which enables the area to be covered by the plug element to be more than 157,840. Doc 201230517 2·54 mmx2. The 54 mm pitch is reduced by about peach. It is possible to achieve a greater degree of miniaturization by using the two-head element according to the present invention because i 8 mm U millimeter, one of the lay lengths, is selected when the cross section of the wire diameter is = 13 mm 2 to 22 mm 2 . This can result in one of the ^ being covered by the plug element. Square millimeters, the domain 'this makes the area covered by the plug element more than 2. One of the 54 mm 々Μ mm pitch plug elements is reduced by approximately 47 〇 / 。. One of the methods mentioned in the opening paragraph of the advancement specification is that the socket module is selected from a plurality of different socket module types depending on the desired number and configuration of one of the electrical contacts to be received in the plug component, and because The mounting module is selected from a plurality of different types of mounting modules depending on how the plug component is to be mounted to one of the substrates. Different types of socket modules and mounting modules can be combined in an interchangeable manner. Therefore, different socket module types and mounting module types can form a multi-functional modular system to customize the plug components. [Embodiment] Hereinafter, the present invention will be described in more detail by way of examples with reference to the accompanying drawings. The described embodiments are only possible configurations, however, as described above, individual features in the configuration may be implemented independently of one another or may be omitted. Corresponding elements shown in the drawings have the same element symbols. Descriptions relating to the same elements as those shown in the different figures are omitted. As shown in Fig. 1, a plug element 1a according to the present invention may include a socket module 2a and two mounting modules 3a. The socket module 2a has two wall sections 4, 4 extending substantially parallel to one of the insertion direction Z of the plug element 1a and a lengthwise direction X. The wall sections 4, 4 are spaced apart from each other along the width direction γ of the plug element and formed between them 157840. Doc 201230517 between the sockets 5. The width direction γ is extended perpendicular to the longitudinal direction χ and the insertion direction Ζ. The wall section 4 has a guiding member 6 and a flash lock member, and the question locking member includes, 1 is adapted to be snapped onto one of the mating plug members (not shown) to be paired with the flash lock member (not shown) One of the tip-type flash lock elements 7 and a flash lock element 7 in the form of a door lock recess π. The wall section 4 further has a guide member 8 in the form of a groove extending in the insertion direction. The outer wall of the wall section 4, 4· (not shown) and the base of the socket module (not shown) respectively have a fixing component capable of attaching the mounting module 3a to the socket module, ,. The fixing member is formed as a lug that is engaged with the mating fixing member m 1〇c and the pair (formed at a position outside the mounting module 3a, respectively). The mating fixing member 10a is formed as a notch. The other fixing member 96 on the side edge of the base portion (not shown) of the socket module 2a is formed as a protrusion and is paired with the other pair of fixing members formed at the wall portion 12 of the mounting module 3a. The wall portion 12 of the mating 0 mounting module 3& respectively closes the _open_face, that is, the notch of the socket module 2a (not shown). The upper edge 13 of the mounting module 3& and the wall sections 4, 4 of the socket module 2a, the respective leading edges 14, define a plug opening 15, and the socket 5 is easily obtained by the plug. The mounting modules 3a each have a mounting section core projecting from the mounting module 3a in the opposite direction of the insertion direction z and thus protruding from the plug element i. A mounting member 17a is formed at each of the mounting sections 16a. Mounting parts 157840. Doc -11-201230517 17a is adapted to engage a substrate (not shown) to attach the plug element la to a substrate that can be one of the pcs of an electronic device. Figure 2 shows another schematic perspective view of the plug element 1a. The base portion 18 of the socket module is attached to the back surface of the base portion of the protruding portion 19 which protrudes from the back surface in the opposite direction of the insertion direction z. The contact support member 2 extends through the protruding portion 19. The protruding portion 19 contributes to the formation And the reinforcing contact support member 2 is configured such that it can rigidly and securely hold the electrical contact member (not shown). The mounting portion i6a at the mounting module 3a and the side of the protruding portion 19 are respectively not shown. In addition, at the back of the base 18 in the region of the projection 19, the socket module 2a has a recess 21. The recess 21 can serve as a coding keyway for facilitating the handling of the plug element and facilitate the mating of the fastening element. e. One of the inlets is removed from one of the fixing members 9e. Fig. 3 is a rear view of the socket module 2a shown in Fig. 1 and Fig. 2. Here, the fixing members 9a to 9e are parallel to the length direction x and respectively from the side walls. 4, 4, and the base 18 is obviously laterally protruded. Figure 4 is a schematic side view of one of the socket modules shown in Figure 3. Here, the fixing elements 9a, 9b on the side walls 4, 4' are respectively formed clearly The side walls 4, 4 are at the side edges 22, 22'. The fixed elements 9c, 9d and 9e are formed at one side edge (i.e., the side 23 of the base portion 18). A notch 26 is formed in the wall sections 4, 4, respectively opposite the inner sides 24, 24, and the socket 5 Between a bottom portion 25. The socket module 2a is laterally opened by a notch 26 parallel to the length direction X. In other words, the side wall of the closed socket 5 is missing along the length direction. Further, a contact support region 27 is formed. At the bottom 25 of the socket 5, the contact support area 27 is slightly 157840 from the bottom 25 in the insertion direction. Doc •12- 201230517 Highlights. Figure 5 is a schematic front elevational view of one of the socket modules 2a shown in Figures 3 and 4. Figure 5 allows for a direct view of the socket 5 formed between the wall sections 4, 4, opposite the inner sides 24, 24. The contact support member 20 is configured to be arranged in two rows 28, 28· extending parallel to the longitudinal direction. Each of the arrays 28, 28| of the contact supports 20 has a number that facilitates identification of the individual contact supports 20 to properly assemble the contact supports 2 电 with electrical contacts (not shown). Identifier 29. Similar to Figures 1 and 2, Figures 6 and 7 show a plug element ib in accordance with an embodiment of the present invention. Like the plug element 1a, the plug element 1b has one of the socket module holes extending in the length direction relative to the socket module 2a. The plug element 1 has a mounting module 3a. Similar to Figs. 3 to 5, Figs. 8 to 10 respectively show a rear view, a side view and a front view of one of the socket modules 2b. The socket module 2b is elongated in the longitudinal direction X compared to the socket module 2a. Columns 28, 28 each include ten contact supports 20. Therefore, the socket module 沘 provides twenty contact supports 2 〇. The wall section 4 of the module 2b has a guide member 6 extending centrally with respect to the socket 5 in the insertion direction Z. Further guide members 6 in the form of grooves extending parallel to the insertion direction Z are provided on the sides or sides of the respective edge sections 2, 2 2 ' of the respective wall sections 4, 4 of the socket module 2b 2 3 nearby. As another difference from the socket module 2a, the coding member 8 having a groove shape extending parallel to the insertion direction z is positioned on the wall section 4 of the socket module 2b in a manner different from the groove 8 . Therefore, even if the socket modules 2 and 2b have a similar configuration of the contact support 2, the socket $ will still be 157,840. Doc -13- 201230517 provides a suitable distinction between one of the socket modules 2a and 2b because they have different guiding members 6, 6' and encoding members 8. Figure 11 is a schematic side view of one of the mounting modules 3a. The mounting module 3a can be formed from a sheet metal material that can be shaped, for example, in a stamping process to achieve the desired design. The mounting module 3a has a thickness d. The thickness d can be selected such that it is smaller than one of the fixed elements % to 9e measured along the length direction X. Therefore, the thickness of the mounting module 3a does not increase the total length of the plug members la, lb measured in the longitudinal direction. The thickness d can be less than 丨 mm. Optimally, the thickness d is less than 0. 5 mm. For example, the thickness d can be 〇4 mm or less. Figure 12 shows a schematic front view of one of the mounting modules 33. One of the mounting modules & the intermediate shaft W extends parallel to the insertion direction 2. The mounting member 丨7a on the mounting section 16a of the mounting module is coaxially disposed with respect to the intermediate shaft w such that one of the mounting directions M extends parallel to the intermediate shaft w toward the insertion direction Z. Therefore, the shaft W and the mounting One of the installation angles 1 between the directions is 18 〇. The mounting section 16a having the women's wear component 17a is adapted for 18 〇〇 THT mounting or soldered to the substrate. 3a includes a pair of fixing members 1a to 1b and a holding portion 3 of the wall portion 12. The holding portion 3 can securely attach the mounting module 3& to the socket modules 2a, 2b. Figure 13 is a schematic front elevational view of one of the mounting modules in accordance with another embodiment of the present invention. Unlike the mounting module 3a, the mounting module 3b has a mounting section 16b that is designed such that it One of the installation modules is 9〇. THT is installed or welded one of the mounting parts nb. Install the module 157840. Doc -14- 201230517 The intermediate shaft is extended parallel to the insertion direction z. The mounting direction of the mounting module 31) extends parallel to the width direction γ. Therefore, the mounting angle 〇1 between the intermediate shaft W of the mounting module 与 and the mounting direction M is 90 〇. The holding section 30 of the mounting module 3b is designed in a manner similar to the holding section of the mounting module 3a. The mounting module 3a can be interchangeably mounted to the socket module 2a, 2b according to the desired mounting angle α or α of the plug components u, ^, and is a mounting module according to another embodiment of the present invention. One of the holes is shown in the holding section 3 of the women's wear module 3 c. The tether is similar to the holding section 3 of the mounting module 3 a . The mounting module one of the mounting sections i6c has a meandering shape so that the mounting module 3C is adapted to one of the substrates. One of the mounting members 17c is press fitted. The mounting module 3 (the intermediate shaft w and the mounting direction river extend parallel to the insertion direction and define one of them). The mounting angle α. Figure 15 is a mounting mold according to another embodiment of the present invention. One of the groups 3d is a front view. Similar to the holding sections 30 of the mounting modules 3a to 3c, the holding section 30 of the mounting module 3d is adapted to be attached to the socket module 2a or 213 to make the socket module 2a or 2b is firmly held by the holding section 3. A mounting section 16d (which provides a mounting part 丨7d of the mounting module 3d) is shaped such that the mounting module 3d is adapted to one of the substrates. Press-fit mounting. The intermediate shaft arm of the mounting module 3d extends parallel to the insertion direction 2. The mounting direction M defined by the mounting section 16d extends parallel to the width direction ¥. Therefore, the intermediate shaft w and the mounting direction M are defined. Between one another, the mounting angle α'. Figure 16 is a schematic front view of one of the mounting sections 16e having one of the mounting modules 3a to 3d that can be provided to one of the embodiments according to the present invention. Installation part 157840. Doc •15- 201230517 piece 17e. Mounting member 17e can, for example, be used along one of the substrates relative to one of the substrates. The mounting angle 16 is attached with the mounting angle α. Figure 17 is a schematic cross-sectional view of one of the mounting sections 16e shown in Figure 16 along the cross-sectional line α-Α illustrated in Figure 16 . As seen in Fig. 17, the mounting member 17e has a lug shape in which the cross section is curved. Thereby, the mounting member 17e can be inserted into a through hole of one of the substrates (for example) to tightly fasten the mounting portion 16e in an active fit, form fit and/or traction fit. Figure 18 is a schematic front elevational view of one of the mounting sections 16f having a mounting member 17f. The mounting section 16f can be implemented at any of the mounting modules 3a, 3b according to an embodiment of the present invention. Mounting section 16f is adapted to be along one of 180 relative to a substrate. The mounting angle is installed in the through hole on the substrate because both the mounting direction M and the intermediate shaft w of the mounting portion 16f extend parallel to the insertion direction. Figure 19 is a schematic cross-sectional view of one of the mounting sections 16f shown in Figure 18 of the cross-sectional line Β_Β illustrated in Figure 18. As can be seen in Figure 19, the mounting member I7f on the mounting section 16f has the ability to attach a mounting module 3a, 3b fitted with a mounting section 16f to a substrate in a positive, form fit and/or traction fit. A twisted shape. Figure 20 is a schematic front view of one of the mounting sections 16g having a mounting member 17g. Mounting section 16g can be formed at any of the mounting modules 3a, 3b in accordance with an embodiment of the present invention. The intermediate shaft of the mounting section 16g and the mounting direction extend parallel to the insertion direction. Therefore, the intermediate shaft 琛 and the mounting direction Μ are defined to be one another between each other. Mounting angle α. Figure 21 is a schematic side view of one of the mounting sections 16g shown in Figure 20. Such as 157840. Doc _ 16 · 201230517 It can be seen in Figure 21 that the mounting part i7g on the mounting section I6g is hook-shaped such that it can be inserted into one of the through holes or any attachment means on a substrate for a form fit, active fit and / Or the traction matching method firmly holds the mounting modules 3a, 3b equipped with one of the mounting sections 16g. Figure 22 is a perspective view of one of the plug members 丨c according to another embodiment of the present invention. The plug component 1c includes a socket module 2c and two mounting modules 3e. The plug component lc in a pre-assembled state p is shown in FIG. 22, wherein the mounting module 3e is configured to be attached to the socket module 2c by pushing it in the length direction X to the socket module 2c so as to have The cylindrical short-axis-shaped fixing members 9f to 9h are respectively projected into the mating fixing members 10f to 10h of the mounting module 36 having a through-hole shape. The fixing members 9f to 9h are provided on one side wall 31 of the socket module 2c. The two side walls 31 and the wall sections 4 and 4' of the socket module lc form the socket 5 and the plug opening 15 of the socket 5 of the socket module lc. The socket 5 has latching elements 7, 7 formed at the wall section 4, and a guiding member 6, and a coding member having a groove shape extending parallel to the insertion direction on the wall section 4 of the socket module 1c 8. Figure 23 is a perspective view showing one of the details of the plug member in an assembled state Q. In this assembled state Q, the fixing elements % are respectively projected through the mating fixing elements 1 Of to 1. The pair of fixing elements l〇f and l〇g each include a through hole 32 and a lug 33. The lugs 33 of the pair of fixing members 10f extend parallel to the width direction so that the fixing jaws 9f are caught in the direction γ and thus are firmly held. The mating fixed element 1 〇 g of the lug 3 3 extends in the insertion direction Z such that the fixing element 9 g is inserted along 157840. Doc •17- 201230517 The direction z is stuck and is therefore firmly held. Further, in the assembled state Q, the fixing member 9h having a diameter slightly smaller than the pair of fixing members 10h still allows the mounting module 3e to move in one of the length directions X. Thereby, any production tolerance of the socket module 2c and the mounting module 3e can be compensated. Figure 24 is a schematic perspective view of the plug element lc shown in Figure 22 and Figure 23 in an engaged state R. In this engaged state r, the fixing element has been treated such that it is placed in the form-fit manner in the mating fixing element 1 〇h. For example, the fixing element 9h can be processed, for example, in an ultrasonic or laser welding procedure. The fixing element 9h can also be designed as a rivet. In the engaged state R, the fixing member 9h can protrude from the mating fixing member j 〇 h such that it partially overlaps the mounting module 3e to prevent any movement of the mounting module 36 relative to the socket module in the longitudinal direction X. Therefore, in the engaged state R, the mounting module 3e is coupled to the socket module 2C such that they are firmly attached to each other and form the plug element lc. Figure 25 is a schematic side view of one of the plug members 丨c including the socket module 2C and the mounting module 3e. As can be seen in Figure 25, the mounting module 3e has two branches 33. On these branches 33', the pairing of the fixing members is configured such that they are formed such that one of the right angles between the sides 3 is an isosceles triangle. The branch 33 has a width E. The mating fixing members 10f to lh have a diameter. In each case, an overrun is provided, and the mounting module 3e can extend beyond the socket die, and the edge of the side 2i, i 3 1 - is oversized. The socket module & can be held in position - from the substrate to achieve sufficient freedom of SMT, THT press fit and/or soldering. 157840. Doc 201230517 Figure 2 6 shows a detail of a perspective view of one of the plug elements in accordance with another embodiment of the present invention. The side wall 31 of the socket module 2d has a short-axis shaped fixing member 9k parallel to the longitudinal direction X and projecting laterally from the side wall 31. The solid elements 9h to 9k project through the mating fixing members 10h to 10k formed at the mounting module. The fixing members 9h and 9k have a diameter larger than % of the fixing member. The mating fixing members 1 〇 1 1 and 1 〇 k respectively accommodating the fixing members and each of the fixing members include a through hole 32 and a lug 33. The large ears 3 3 of the mating fixing elements 1 〇 h and l 〇 k are oriented in opposite directions along one plane of the width direction γ and the insertion direction z. Thereby, the lugs 33 of the mating fixing elements 10h and 1〇k act as pre-fixed into the fixing elements 9h and 9k, respectively, to pre-fix the holding section 30 of the mounting module 3f including the mating fixing elements 1〇h to 1〇k. Metal claw at the socket module 2d. The fixing member 9i has a diameter smaller than that of the fixing members 9h and 9k and is disposed at a midpoint of one of the straight lines between the fixed members 9h and 9k such that it constitutes a pivot point of the holding portion 30. The fixing member 9i may be subjected to ultrasonic or laser welding treatment to deform it so as to partially overlap the mounting module 3f along the length direction X to tightly bond the mounting module 3f to the socket module 2d such that it is inseparably Connect to each other. The mounting module 3 has two mounting sections 16f, 16f including mounting members 17f and 17f, respectively. The mounting sections 16f and 16f are 9 turns along each other. The different angles of the corners protrude from the holding section 30 of the mounting module 3f. Therefore, by pivotally mounting the module 3 and/or flipping the mounting module 3f around the fixing member 9i, a desired mounting angle between one of the head member id and a substrate can be desired to be mounted with one of the plug members u to the substrate. Different installation areas 157840 are selected in a way and a desired installation technique. Doc -19· 201230517 Paragraphs 16f, 16f. The mounting section 16f has a mounting member 17f in the shape of a lug that can be used, for example, for through hole mounting or welding. The two mounting members 17f of the mounting portion 16f are shaped to face each other and thereby enable the mounting portion 16f to be snapped to the resiliently displaceable hook in one of the through holes in a substrate to achieve a form fit and/or traction fit . Further, the socket module 2d has a mark 34 in an arrow shape indicating the mounting direction M of the plug element ld selected in accordance with the rotational position of the mounting module lamp. As can be seen in Fig. 26, the selected rotational position of the mounting module 3f is mounted at 90° because the mounting direction θ and the insertion direction Z define a 90 when the mounting member 17f is used. Mounting angle α. Figure 27 is a schematic perspective view of one of the plug members ld shown in Figure 26. Different from the configuration of the socket module 2d and the mounting module 3f which are not shown in FIG. 26, the socket module 2d and the mounting module 3 which are not shown in FIG. 27 are configured such that the mounting part i7f' of the mounting section 16f Allowed at 18 相对 relative to one of the substrates. Install the plug element lc below the mounting angle. In other words, the mounting angle 〇1 between the insertion direction 2 pre-defined by the socket 5 and the mounting direction given by the mounting section 16f is 18〇0. Figure 28 is a front elevational view of one of the mounting modules 3g in accordance with another embodiment of the present invention. The mounting module 3g has mating fastening elements l〇k to l〇p in the form of through holes. The mating fixing elements 1 〇 1 〇 m, 1 〇 n and 1 配置 are arranged around the pair of fixing elements which can be used as a pivot point to pivot the mounting module 3g, and are adapted to install the module 3g is attached to different rotational positions to achieve a respective fixing element (not shown) of one of the different mounting angles α, α'. The women's wear module 3g has a mounting member including a slit in the form of a slit 157840. Doc • 20· 201230517 - Mounting section 16g The mounting section 16g can be used to connect the mounting module to the substrate, for example, by engaging a bracket (not shown) with the mounting member 17g. Figure 29 is a schematic side view of the mounting module 3g shown in Figure 28. The mounting module 3g has a thickness d' which can be selected such that it does not increase the length of a plug element Uld as explained above. Figure 3 is a schematic front view of a plurality of mounting modules 3g of a reel 50. The mounting core group 3g can be easily supplied to the socket module by attaching the mounting modules 3g to each other to form the reel 5〇. Up to 2d, the plug-in components are assembled by engaging the mounting modules 3a to 3g to this point - an automatic manufacturing or assembling device. Figure 3 is a schematic perspective view of one of the plug members in accordance with one embodiment of the present invention. The plug element le includes a socket module. And two mounting modules 3h are in the back surface of the base portion 18 of the socket module 2e, and the contact supporting members 20 in the protruding portion 19 are respectively fitted with a press-fit pin which is press-fitted into the respective contact supporting members 2? One of the forms of electrical contacts 3 5 . The socket module 2e is fitted with fixing elements on the lateral sides 22, 22 of the wall sections 4, 4, respectively, to %. The fixing members and h are formed as brackets, and the ends of the brackets are directed to each other in parallel with the width direction γ. In the vicinity of the respective leading edges 14, 14 of the wall sections 4, 4', the fixing element 9s has a shape of a clamp or guard ring which is one of the distances between the wall sections 4, 4'. The mounting module 3h is slid in the insertion direction 2 below the fixing members 9q to 9s such that the fixing members 9q and 9r are engaged with the respective mating fixing members 10 (1 and 10r) in the form of grooves on the side of the mounting module 3h. Module 3h front edge 157840. Doc -21 - 201230517 is under the fixed element 9 s too. , code m / month move. Therefore, the mounting module 311 is firmly held at its holding section 30 by the socket module 2e. In addition, the mounting module 3h has a mounting section 16h, and the mounting section (10) includes a mounting part j 7h and a self-mounting module in the form of a pin protruding from the mounting module 3h in a mounting direction opposite to the insertion direction 2. In the form of a flash lock, the auxiliary mounting part 17h is made such that the mounting section 16h allows the plug element (4) to be locked at a substrate or holder. The mounting member Μ is configured such that it allows an installation angle α of 180 between the insertion direction 2 and the mounting direction m. . Figure 32 is another schematic perspective view of the plug member le illustrated in Figure 31. Figure 32 allows the socket 5 to be inspected by the plug opening 15 of the plug element le. In the socket 5, the electrical contact 35 protrudes from the base portion 18 of the socket module in the insertion direction z. The wall section 4 of the socket module 2e has a guiding member 6 in the form of a groove extending parallel to the insertion direction 2, and a latching member 7 in the form of a latch and a - (10) component in the form of a through hole 7, which are adapted to engage a mating plug member (not shown). In the vicinity of the respective side edges 22 and 22' of the wall sections 4 and 4, the wall section 4 of the socket module 2e has a guide member 6 in the form of a groove extending in the insertion direction z. One of the coding elements 8 in the form of a groove extending in the insertion direction z is also disposed on the wall section 4. In addition, the wall sections 4 and 4, and the portion 12 of the mounting module 3h define a wheel temple. The socket module 2e does not have a lateral side wall, and the mounting module closes the respective recesses D which are open to the left at the side of the socket module 2e along the length direction X. FIG. 33 is a plug element according to another embodiment of the present invention. One of the notes 157840. Doc •22· 201230517 Perspective. The plug element 1e comprises a socket module 2e and a mounting module 3i previously known from Figures 31 and 32. Unlike the mounting module 3h, the mounting module 3i has a mounting section 16i including a mounting part 17i and a mounting part 17Γ. The women's wear component 17l' is similar to the mounting component 17h. of the mounting module 3h. The mounting member 17i in the form of a pin is configured such that it protrudes from the mounting module 3i perpendicular to the insertion direction Z and thereby defines the allowable plug element le relative to one of the substrates 90. One of the plug elements 丨e installed is mounted in the direction μ. The mounting angle α between the insertion direction ζ and the mounting direction μ of e is 90. . Figure 34 is another schematic perspective view of the plug member le illustrated in Figure 30. Figure 34 allows viewing to one of the sockets 5 of the plug member 16. In the socket 5, the electrical contact elements 35 are arranged in two rows 28, 28 of the contact bearing areas 27 of the electrical contact elements 35 on the bottom 25 of the socket 5 of the plug element le. Figure 35 is a schematic cross-sectional view taken through one of the planes 35 extending parallel to the width direction γ and the insertion direction z of the electrical contacts 35 in the respective contact supports 2 of the columns 28 and 28, respectively. . The respective inner sides 24, 24' of the wall sections 4, 4 of the socket module 2e and the wall portion 12 of the mounting module 3i define a socket 5 between itself. Therefore, the holding section 30 of the mounting module 3i forms a part of the socket 5. Further, in Fig. 35, the mounting angle α between the mounting direction PCT defined by the mounting member 17i and the insertion direction z significantly allows the plug member le to be mounted at 90° with respect to one of the substrates. Figure 36 is a schematic perspective view of one of the plug members ie mounted to a substrate 1 in the form of a PCB. The plug element 16 is via a 9 turns. The mounting angle α is mounted to the substrate 100. The mounting member 17i of the mounting module 3i protrudes into the substrate 1 157840. Doc •23· 201230517 The mounting elements are in the form of holes 丨0丨. Furthermore, the electrical contacts 35 projecting from the plug element le in the opposite direction of the insertion direction z are angled such that their rear ends extending parallel to the mounting direction are disposed in the respective mating contact supports in the form of through holes. The inside is press-fitted in the substrate 1 〇〇. It is within the scope of the invention to deviate from the above described embodiment of the plug elements 1& to le according to the invention. The socket modules 2a to 2e may have: wall sections 4, 4', however, they are equipped with guide members 6, 6·, latching elements 7, 7, as needed, coding members 8, fixing elements 9a to 9s, as needed , leading edge 14, 14 , base 18 , protruding portion 19 , contact support 20 , recess 21 , side edges 22 , 22 ′, side 23 , inner side 24 , 24 ′, bottom 25 of socket 5 , wall section 4, 4, between the notch 20, the contact support area 27, the contact support columns 28, 28, the identifier 29 and the mark 34 to form a socket 5 as needed; one of the openings 15 of the socket; Attaching at least one of the mounting modules 3a to 3i to the desired possibilities of the socket modules 2a to 2e. The mounting modules 3a to 3i can be shaped as needed to have a holding section 30 that allows the mounting modules 3a to 3i to form one of the portions of the socket 5 in a complementary manner to the socket modules 2a to 2e. In order to attach the mounting modules 3a to 3i to the socket modules 2a to 2e, the mounting modules 3a to 3i may have paired fixing members 10a to 10s, an outer edge 11, a wall portion 12, and any desired shape and form. Edge 13, mounting sections 16a to 16i, mounting members i7a to 17i, through holes 32, locks 33 and branches 33' to attach the mounting modules 3a to 3i to the socket modules 2a to 2e and to cause the plug elements la to le Can be mounted to the substrate 100 ° 157840 in a desired manner and angle α, α. Doc -24- 201230517 It should be understood that the angles α, α are not limited to 180. And 90. The mounting angle can be any desired angle. In addition, the mounting modules 3a to 3i can have as many pairs of fixed components 10a to 10s and mounting sections i6a to 16i as possible to realize a type of selected socket modules 2a to 2e and a type of mounting module 3& A single combination of the plug components 1 a to 1 e of one of the 3i. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of one of the plug members according to an embodiment of the present invention; FIG. 2 is another schematic perspective view of the plug member shown in FIG. 1. FIG. 1 is a schematic rear view of one of the socket modules; FIG. 4 is a schematic side view of one of the socket modules shown in FIG. 3; FIG. 5 is a socket module shown in FIG. 3 and FIG. Figure 6 is a schematic perspective view of one of the plug members according to another embodiment of the present invention; Figure 7 is another schematic perspective view of the plug member shown in Figure 6; Figure 8 is based on this The invention is another embodiment of the embodiment of the socket module shown in Fig. 8; Fig. 9 is a schematic side view of the socket module shown in Fig. 8. Fig. 10 is the socket module shown in Fig. 8 and Fig. 9. 1 is a schematic side view of a mounting module according to another embodiment of the present invention; FIG. 12 is a schematic front view of the mounting module shown in FIG. 11; Another embodiment of the invention - one of the mounting modules is illustrated 157840. Doc -25· 201230517 front view; FIG. 14 is a schematic front view of one of the mounting modules according to another embodiment of the present invention; FIG. 15 is a schematic front view of one of the mounting modules according to another embodiment of the present invention; Figure 16 is a schematic front elevational view of one of the mounting members of one of the mounting modules in accordance with one embodiment of the present invention; Figure 17 is shown in Figure 16 along the cross-sectional line AA of Figure 16; A cross-sectional view of one of the mounting components; FIG. 1 shows a mounting component of one of the mounting modules in accordance with one of the embodiments of the present invention; FIG. 19 is in FIG. 18 along the cross-sectional line BB illustrated in FIG. 1 is a schematic cross-sectional view of one of the mounting members; FIG. 20 is a schematic front view of one of the mounting members of one of the mounting modules in accordance with another embodiment of the present invention; FIG. 21 is a mounting member shown in FIG. Figure 22 is a schematic perspective view of one of the socket module and one of the mounting modules configured to be attached to the socket module in accordance with another embodiment of the present invention; Figure 23 is an assembled view A schematic view of one of the details of the socket module and the mounting module shown in FIG. Figure 24 is another schematic perspective view of the detail of one of the socket module and the mounting module shown in Figures 22 and 23. The mounting module and the socket module are joined together; Figure 25 is a series of 22 to 24 One of the socket modules and mounting modules shown in Figure 157840. Doc -26 - 201230517 is a side view; Figure 26 is at 9 〇. A perspective view of one of the plug elements in accordance with another embodiment of the present invention is shown in Fig. 27; Fig. 27 is at 18 〇. Figure 28 is a schematic perspective view of one of the plug members shown in Figure 26; Figure 28 is a front view of the mounting module according to another embodiment of the present invention; ~ Figure 29 is shown in Figure 28. One of the mounting modules is a schematic side view; FIG. 3 is a schematic front view of one of the mounting modules shown in FIGS. 28 and 29 in which the mounting module is packaged on a reel; FIG. A sound component of a plug element according to another embodiment of the present invention

Fig. 32 is another schematic perspective view of the plug member shown in Fig. 31; Fig. 33 is a perspective view of a plug member according to another embodiment of the present invention; & Another schematic perspective view of the plug member shown in Fig. 33; Fig. 35 is a side view of the plug member shown in Figs. 33 and 34; and Fig. 36 is attached to a substrate. To Fig. 35, a schematic perspective view of one of the elements is shown. [Main component symbol description] la plug component lb plug component 1 c plug component 157840.doc 27· 201230517

Id plug component 1 e plug component 2a socket module 2b socket module 2c socket module 2d socket module 2e socket module 3a mounting module 3b mounting module 3c mounting module 3d mounting module 3e mounting module 3f mounting module Group 3g Mounting module 3h Mounting module 3i Mounting module 4 Wall section 4, Wall section 5 Socket 6 Guide part 6, Guide part 7 Latch part 7' Latch part 8 Guide part / coding part 157840.doc - 28- 201230517 9a fixing element 9b fixing element 9c fixing element 9d fixing element 9e fixing element 9f fixing element 9g fixing element 9h fixing element 9i fixing element 9k fixing element 9p fixing element 9q fixing element 9r fixing element 9s fixing element 10a mating fixing element 10b Pairing fixing element 10c Pairing fixing element lOd Pairing fixing element lOe Pairing fixing element lOf Pairing fixing element l〇g Pairing fixing element lOh Pairing fixing element lOi Pairing fixing element 10k Pairing fixing element 157840.doc 29- 201230517 101 Pairing fixing element 10m Pairing fixed Component 10n paired and fixed Element 10o mating fixing element lOp mating fixing element lOq mating fixing element 11 outer edge 12 wall portion 13 upper edge 14 leading edge 14' leading edge 15 plug opening 16a mounting section 16b mounting section 16c mounting section 16d mounting section 16e mounting Section 16f Mounting section 16f' Mounting section 16g Mounting section 16h Mounting section 16i Mounting section 17a Mounting part 17b Mounting part 157840.doc -30- 201230517 17c Mounting part 17d Mounting part 17e Mounting part 17f Mounting part 17f Mounting Component 17g Mounting part 17h Mounting part 17h' Mounting part 17i Mounting part 17i' Mounting part 18 Base 19 Projection part 20 Contact support 21 Notch 22 Side edge 22' Side edge 23 Side 24 Inner side 24' Inner side 25 Bottom part 26 Notch 27 Contact support area 28 Contact support column 28' Contact support column 157840.doc -31 201230517 29 Identifier 30 Holding section 31 Side wall 32 Through hole 33 Lug 33' Branch 34 Mark 35 Electrical contact 50 Reel 100 Substrate 101 mounting component 102 mating contact support a side d thickness X length Z insertion mounting direction of the intermediate shaft M W Y widthwise direction a mounting angle a 'square mounting angle exceeds the amount of the diameter D E width 157840.doc -32- 201230517 P Q assembled state pre-assembled state engaged state 157840.doc -33 R

Claims (1)

201230517 VII. Patent application scope: 1. An electrical plug component (la to le) comprising: at least one socket module (2a to 2e) having a socket (5) for a mating plug component, the socket (5) the socket module extending toward the length direction (X) of the plug element (the opening direction of the plug (Z) is open, formed in a direction substantially parallel to the plug element to 1 e) Between at least two wall sections (4, 4') of 2& 2 phantoms and at least one contact support area extending along the length direction (χ) and at least partially facing the insertion direction (Ζ) 27); and at least one mounting module (3a to 3i) having: a holding section (3〇) attached to one side of the socket module (2a to 2e), the side being substantially parallel to The insertion direction (z) extends; and a mounting section (16a to 16A) that provides an attachment member (17a to 17i) adapted to be fastened to a substrate (1). The plug element (la to le) of claim 1, wherein the socket (5) passes between the at least two wall sections (4, 4') One of the socket modules (2a to 2e) is open at least one recess (26) extending in the width direction (Y), and the width direction (Y) is perpendicular to the length direction (X) and the insertion direction (Z) And extending 0. 3. The plug component (la to ie) of claim 2, wherein the holding section (30) of the mounting module (3a to 3i) comprises at least partially closing the socket module (2a to 2e) a wall portion (12) of the recess (26). 4. The plug member (la to le) of claim 2 or 3, wherein the at least one contact support region (27) is positioned at the socket (5) At one of the bottoms (25), the bottom 157840.doc 201230517 (25) faces into the insertion direction (z), and wherein the recess (26) extends down to the bottom (25) and/or substantially along Extending one of the distances measured in the width direction (γ) between the wall segments (4, 4,). 5. Plug elements (13 to 16) according to any one of claims 1 to 4. ), wherein each of the wall sections (4, 4,) of the socket module (2a to 2e) and/or one of the side edges (22, 22) of a base (18) has The mounting module (33 to attach to At least one fixing member (93 to 98) at the socket module (2a to 2e). 6. The plug member ❿ to (4) of claim 5, wherein the mounting module ❿ to 3i) of the holding portion (30) And having at least one pair of fixing elements (10a to l〇s) that cooperate with the at least one of the elements (9a). 7. The plug element of any one of claims 1 to 6 (1& to 1^, Wherein the mounting die (3a to 3ι) has at least two different mounting angles (α, α,) from the socket module (2 & to 2e) relative to the substrate (100) from the mounting module (3 & Up to 2i) at least two mounting components (17& to 17i) protruding. 8. The plug element (1& to le) of any one of claims 1 to 7, wherein one of the holding sections (3) of the mounting module (3a to 3i) has a thickness (d) lower than 〇 5 mm. 9. The plug component (1& to le) of any one of claims 1 to 8, wherein the socket module (2a to 2e) is formed of a plastic material and/or the mounting module (;^ to 3 i ) is formed from a sheet metal material. 10. The plug element (1& to le) of any one of claims 1 to 9, wherein the at least one contact support region (27) comprises at least one column (28, 28,) of contact supports, at least A row of (28, 28,) contact supports (2 turns) extend longitudinally substantially parallel to the length direction (X). 157840.doc -2 - 201230517 11. 12. 13. 14. 15. A socket module (2a to 2e) adapted to at least partially form the plug element of any of claims 1 to 10 (1& To le). A mounting module (3a to 3i) is adapted to at least partially form the plug elements (1& to le) of any of claims 1 to 10. A kit for an electrical plug component (1& to 16) comprising at least one socket module (2a to 2e) as claimed in claim 11 and at least one mounting module (3a to 3i) as claimed in claim 12 . A method of assembling an electrical device with a plug component (1& to le), wherein a socket module (2a to 2e) has a mounting module (33 to 3〇, and wherein the plug component (la to Le) is fastened to a substrate (100) of the electrical device via one of the mounting modules (3 & to 31) mounting section (16a to 16i), such as the method of claim 14, wherein the socket module (2a to 2e) is selected from a plurality of different socket module types depending on the desired number and configuration of one of the electrical contacts (35) of the plug elements (1 & to le), and in the mounting mode The group (3a to 3) is selected from a plurality of different types of mounting modules (3 & to 3i) depending on the desired mounting manner of one of the plug elements (la to le) to the substrate (1〇〇). 157840.doc