TWM614410U - Electronic building block adapter - Google Patents

Abstract

An electronic building block adapter device, comprising an insulating plate and at least one metal fastener, wherein two sides of the insulating plate are respectively provided with the two electronic building blocks and provided with a plurality of positioning posts, and the insulating plate is not provided with the positioning posts A plurality of fixing holes are provided on the plate, and the middle section of the metal fastener is provided with a zigzag ring structure corresponding to a fixing hole. It is set in one of the fixing holes through the process of embedding the incident light so that it is located at one of the two ends. The male conductive parts are respectively protruding on the two sides of the insulating plate; according to this, the two male conductive parts of this creation can be connected to the corresponding female conductive parts of the two electronic building blocks to complete the fixed and electrical connection, and through the The top of the positioning column is against the surface of the two electronic building blocks to have a good supporting effect, and the sawtooth ring structure can also ensure that it will not rotate and fall off after being fixed.

Description

Electronic building block adapter

This creation belongs to the field of electronic building block components, and particularly relates to an electronic building block adapter device, which is provided with at least one metal fastener on an insulating plate, and the metal fasteners are respectively protruding on two sides of the insulating plate. It is used for splicing with other electronic building block components, and it has electrical conductivity, signal conduction and electrical conduction purposes, as well as those that are firmly fixed for use.

According to, in recent years, due to the increasing development of the electronics industry, various industries have an increasing demand for the extension of the electronics industry. Therefore, the cultivation of relevant talents is also important. Therefore, how to attract more talents to the electronics industry can only be cultivated from an early age Start with the principle and interest of electronic wiring. At present, in addition to traditional circuit boards that require soldering of electronic components and self-designed circuits, there are also solder-free universal circuit boards commonly used by advanced electronics related departments. The surface is equipped with multiple sockets for insertion Relevant wires or electronic components are matched with different circuit designs, and the wires and electronic components are used to pull and plug arbitrarily to conduct the connection. Both of the above require professional and technical training and are suitable for researchers, vocational and college students. However, traditional circuit boards need to use soldering iron to solder various electronic materials and circuits. For children, besides the classification of electronic materials is too cumbersome and not easy to arouse interest, it also has a very high risk of fire, which is not suitable for younger ages. Although the solder-free universal circuit board does not need to be soldered with a soldering iron and is safer, the classification of electronic materials is still a big problem. Moreover, the realization of the circuit design must rely on a lot of calculations, which is also not suitable for younger children. learn.

As far as the current situation is concerned, building blocks such as LEGO, Chicco or other various styles for assembling can be connected in series by the clamping method, and different changes can be derived according to the ingenuity of the operator, so they are often used To cultivate the creativity of children, and to give engineers the personality traits of rationality, logic, thinking and precision, which is helpful for children's future specialty selection and professional development. On the other hand, building blocks are also a kind of toy, which can naturally attract children's curiosity, so as to think about how to splice or reason about subsequent extensions, and stimulate children's habit of independent thinking. In view of this, the author has successively proposed and obtained patents related to the creation of electronic building blocks. Take the electric power application teaching device disclosed in Patent Certificate No. M399456 as an example. It uses the concept of similar building blocks to make electrically conductive components similar. The joint design of the male and female buckle makes it easy for younger children to operate. In the early stage, through the instruction of the manual, the younger children can realize a variety of circuit applications without any difficulty, and at the same time, it can also be used. Feel, or even understand the operating principles of electronic components and their uses in electronic circuit design.

However, in the design of electronic building blocks, the electronic components are wrapped in a building block carrier. Due to the limitation of the directionality of the clamping assembly, most of the electrical conductive components connected to the electronic components are designed with female buttons. In the past, , This kind of electrical conduction must rely on the power line designed for the male buckle at the two ends to conduct the electrical conduction, so that the two electronic building blocks do not have a good fixation, but are only arranged side by side and flat, which is necessary for the operation area. It has a considerable impact, and it is necessary to improve it. Therefore, in order to improve this shortcoming, the creator has developed an electronic building block adapter device, which can connect two electronic building blocks that cannot be connected in a stacking manner, and complete electrical conduction at the same time, thereby improving the assembly time. The diversity of variability.

In view of this, one purpose of this creation is to provide an electronic building block adapter device for fixing at least one metal fastener with a special shape in an insulating board by using an embedding process to form two sides with a The structural design of a male conductive part, and the two sides of the insulating board are respectively corresponding to the two electronic building blocks to be connected with a plurality of positioning posts, which can be stacked and fixed while being electrically conductive, which greatly improves its convenience in use The effect; and, the middle position of the metal fastener is provided with a sawtooth ring structure, which can ensure the stability after embedding and exiting, and the effect of not rotating and falling off during use.

In order to achieve the above purpose, the electronic building block adapter device of this invention is used to connect two electronic building blocks, wherein each electronic building block is provided with a carrier, at least one female conductive part and at least one electronic component, and the surface of the carrier is provided for assembly At least one male assembly connection part and one female assembly connection part are used, and the female conductive part is arranged on the surface of the carrier except the male assembly connection part, and the electronic component is covered in the carrier and is electrically conductive Connecting the female conductive part, the electronic building block adapter device includes: an insulating plate, two sides of which correspond to the two electronic building blocks and provided with a plurality of positioning pillars, and on the insulating plate without the positioning pillars A plurality of fixing holes are provided; and at least one metal fastener. The metal fastener is correspondingly covered and fixed in one of the fixing holes through the process of embedding and exiting, and the two ends of the metal fastener correspond to the two electrons respectively. The female conductive part of the building block is provided with a male conductive part, so that the two male conductive parts are respectively protruded on the two sides of the insulating plate, and the middle section of the metal fastener is provided with a serrated ring structure corresponding to a fixing hole , The zigzag ring structure can prevent the metal fastener from rotating and falling off when it is covered and fixed in the fixing hole; when assembling, the metal fastener uses the male conductive part on two sides and the two electronic building blocks respectively The female conductive part on the upper part is buckled to make the two electronic building blocks complete the electrical connection. At the same time, the positioning posts on the insulating plate are inserted into the corresponding female assembly connecting parts to have good positioning and support Effect.

In one embodiment, the electronic building block adapter device of the present invention further has a plurality of perforations, which are arranged on the insulating plate at intervals, and ribs are formed between the perforations. Moreover, according to actual needs, the insulating sheet of this creation can be made into one of rectangular, triangular, polygonal, and circular shapes. Furthermore, a through hole is provided in the center of the metal fastener, and the through hole is connected to the two male conductive parts, and the top of each male conductive part is a spherical structure and extends along the neck to the outer periphery It gradually expands to form a conical structure, so that the top of the male conductive part can be inserted and fixed in a fixing groove formed by the female conductive part, and the neck is clamped and fixed by an elastic steel wire in the fixing groove.

Accordingly, through the above-mentioned structural design, the convenience during use can be effectively improved, and the design of the metal fastener can also improve the stability during use and avoid damage during use.

In order for your reviewer to have a clear understanding of the content of this creation, only the following descriptions and diagrams are used, please refer to it.

Please refer to Figure 1, Figure 2, Figure 3, and Figure 4 to Figure 6, which are a schematic diagram of the structure of a preferred embodiment of the creation and a partial enlarged view thereof, as well as a schematic diagram of its use in packaging, and a schematic diagram of another preferred embodiment Schematic. As shown in the following figures, the electronic building block adapter device 1 of this invention includes an insulating plate 11 and a plurality of metal fasteners 12. The electronic building block adapter device 1 is used to connect two electronic building blocks 2, wherein each The electronic building block 2 is provided with a carrier 21, at least one female conductive portion 22, and at least one electronic component 23. The surface of the carrier 21 is provided with at least one male assembly connection portion 211 and a female assembly connection portion 212 for assembly, and the female The conductive portion 22 is provided on the surface of the carrier 21 excluding the male connecting portion 211, and the electronic component 23 is wrapped in the carrier 21 and is electrically connected to the female conductive portion 22.

Wherein, the insulating plate 11 is a rectangular sheet structure, and its two sides correspond to the two electronic building blocks 2 and are provided with a plurality of positioning posts 111, and on the insulating plate 11 without the positioning posts 111 A plurality of fixing holes 112 are provided. It should be noted that the insulating plate 11 is further provided with a plurality of perforations 113, the perforations 113 are arranged at equal intervals, and ribs are formed between the perforations 113, the positioning posts 111 and the fixing holes 112 are both Set at the rib position, as shown in Figure 4 to Figure 6, the insulating sheet of this creation is matched with actual needs, and can be made into: triangle (Figure 4), polygon (Figure 5) and circle (Figure 6) Wait for one of them.

Each of the metal fasteners 12 is covered and fixed in each of the fixing holes 112 through the process of embedding and exiting, and the two ends of each of the metal fasteners 12 correspond to the one of the two electronic building blocks 2 respectively. The female conductive portion 22 is provided with a male conductive portion 121, so that the two male conductive portions 121 are respectively protruded on the two sides of the insulating plate 11, and the middle position of the metal fastener 12 corresponds to a fixing hole 112 and is provided with a sawtooth circle The ring structure 122, the zigzag ring structure 122 can interfere with the molding materials, so that after the metal fastener 12 is covered and fixed in the fixing hole 112, it will not fall off due to rotation during use . It should be noted that the center of each metal fastener 12 is provided with a through hole 123, and the through hole 123 is connected to the two male conductive parts 121, and the top of each male conductive part 121 has a spherical structure Body, and gradually expand along the outer periphery of the neck to form a conical structure, so that the top of the male conductive part 121 can be inserted and fixed in a fixing groove 221 formed by the female conductive part 22, and the neck is subjected to the An elastic steel wire 222 in the fixing groove 221 is clamped and fixed. The feature of this creation is that the distance between the positioning posts 111 and the metal fasteners 12 corresponds to the distance between the mother assembly connecting parts 212 and the mother conductive parts 22 of the electronic building block 2, thus facilitating assembly. After assembling, the electronic building blocks 2 can be kept flat on the insulating plate 11. In addition, this design can also make the electronic building blocks 2 with the female conductive parts 22, with the help of the The male conductive parts 121 of the metal fastener 12 are further converted into a type with male conductive parts, which will become more flexible in use in the future. This is why this creation has the effect of switching, compared with the traditional All kinds of electrical connection components, such as: wires, resistors or capacitors, have a single function. The connection will make the entire assembly area larger and messy. This creation can make the overall assembly more concise, even Reduce the assembly volume. If the electronic building blocks 2 are assembled in a turning manner so that the female conductive parts 22 are exposed at the positions of the through holes 113, they can also be used with wires, making the entire assembly process smoother and easier to use. Shows different flexible spaces, and there is more room for children to think about the distribution and use of logic.

In summary, in the process of assembling the electronic building block adapter device 1 with the two electronic building blocks 2 of the present invention, the metal fasteners 12 are formed by the male conductive parts 121 on two sides and the two electronic building blocks 2 respectively. The female conductive parts 22 are buckled with each other, and the two electronic building blocks 2 are electrically connected by the electronic building block adapter device 1, and the use of electrical connection components can be reduced, so that the whole assembly becomes cleaner; at the same time; , The positioning posts 111 on the insulating board 11 are inserted into the corresponding mother assembly connecting parts 212 to have a good positioning and support effect, and can also improve the convenience of operation and other functions.

However, the above are only the preferred embodiments of this creation, and are not intended to limit the scope of implementation of this creation. Therefore, those who have ordinary knowledge in the technical field or are familiar with the technology to make various components. Equivalent replacements, or more re-series changes, without departing from the spirit and scope of the creation, shall be covered by the patent scope of the creation.

1: Electronic building block adapter device 11: Insulating sheet 111: Positioning column 112: fixed hole 113: Piercing 12: Metal fasteners 121: Male conductive part 122: sawtooth ring structure 123: Through hole 2: Electronic building blocks 21: Carrier 211: Public Connection Department 212: Mother Group Connection 22: Female conductive part 221: fixed slot 222: Elastic steel wire 23: Electronic components

Figure 1 is a schematic structural diagram of a preferred embodiment of authoring. Figure 2 is a cross-sectional view of a preferred embodiment of the creation. Fig. 3 is a schematic diagram of the state when the preferred embodiment of authoring is used. Figure 4 is a schematic diagram of other shapes of the preferred embodiment of the creation (1). Figure 5 is a schematic diagram of other shapes of the preferred embodiment of the creation (2). Figure 6 is a schematic diagram of other shapes of the preferred embodiment of the creation (3).

1: Electronic building block adapter device

11: Insulating sheet

111: Positioning column

112: fixed hole

113: Piercing

12: Metal fasteners

121: Male conductive part

122: sawtooth ring structure

123: Through hole

Claims (5)

An electronic building block adapter device for connecting two electronic building blocks, wherein each electronic building block is provided with a carrier, at least one female conductive part and at least one electronic component, and at least one male connector for assembly is provided on the surface of the carrier Part and a female assembly connection part, and the female conductive part is arranged on the surface of the carrier excluding the male assembly connection part, the electronic component is wrapped in the carrier and electrically connected to the female conductive part, the The electronic building block adapter system includes: An insulating plate, two sides of which are corresponding to the two electronic building blocks and provided with a plurality of positioning posts, and the insulating plate without the positioning posts is provided with a plurality of fixing holes; and At least one metal fastener is correspondingly covered and fixed in one of the fixing holes through the process of embedding and exiting, and the two ends of the metal fastener respectively correspond to the one female conductive part of the two electronic building blocks. A male conductive part is provided so that the two male conductive parts are respectively protruded on the two sides of the insulating plate, and the middle position of the metal fastener corresponds to a fixing hole and is provided with a sawtooth ring structure. The sawtooth ring structure enables When the metal fastener is covered and fixed in the fixing hole, it will not turn and fall off; when assembling, the metal fastener is fastened with the female conductive parts on the two electronic building blocks with the male conductive parts on two sides, respectively , So that the two electronic building blocks are electrically connected, and at the same time, the positioning posts on the insulating plate are inserted into the corresponding mother assembly connecting parts to have a good positioning and supporting effect. The electronic building block adapter device described in claim 1 further has a plurality of perforations, which are arranged on the insulating plate at intervals, and ribs are formed between the perforations. The electronic building block adapter device according to claim 2, wherein the insulating plate is made of one of rectangular, triangular, polygonal, and circular shapes. The electronic building block adapter device according to claim 1, wherein a through hole is provided in the center of the metal fastener, and the through hole is connected to the two male conductive parts. The electronic building block adapter device according to claim 4, wherein the top of each of the male conductive parts is a spherical structure and gradually expands along the neck to the outer periphery to form a conical structure, so that The top of the male conductive part is inserted and fixed in a fixing groove formed by the female conductive part, and the neck is clamped and fixed by an elastic steel wire in the fixing groove.

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