KR101992716B1 - Arduino box - Google Patents

Abstract

 The present invention can not only pin positions of an Arduino substrate more easily but also safely stores an Arduino substrate, thereby preventing a safety accident due to a soldering portion on the back side of the substrate and obtaining an insulation effect of the substrate. Which can be utilized as an ink container.

Description

Arduino box

The present invention relates to an alkine storage box, and more particularly, to an alkine storage bin which can be used not only for pin position of an alkyno substrate but also for packing an alkyno substrate.

Recently, as software education has become mandatory in the middle and high school curriculum, education program using Arduino has been developed and operated. Arduino is a microcomputer based on open source, providing easy-to-develop tools and a USB-based connection interface for easy development. In addition, since the program source, circuit diagram, and hardware control technology related to Arduino are disclosed through the Internet, Arduino can easily operate various actuator devices utilizing ordinary sensors without having any knowledge of hardware or software .

In order to control various devices by using the Arduino, I / O devices such as motors, LEDs, sensors, and switches must be electrically connected to the pins of the Arduino board. Since the pin numbers are printed too small on the Arduino board, In the connected state, it is difficult for the user to confirm the pin number.

In addition, since the back surface of the Arduino substrate is in a state where the soldered iron wire or the like is pushed out to the substrate, there is a possibility that the user may be injured while holding the Arduino substrate, and also electric insulation is not performed, There was also concern.

Korean Patent Laid-Open Publication No. 10-2017-0111901 (October 10, 2017) Korean Patent Laid-Open Publication No. 10-2017-0046353 (2017.05.02)

SUMMARY OF THE INVENTION It is an object of the present invention to solve the above problems and to provide a method of manufacturing a semiconductor device, And to provide an Arduino storage which can be utilized for packing Arduino substrates.

According to the present invention, there is provided an Arduino storage box including a housing part for a hexahedral space for accommodating an Arduino board and a wing part rotatably extending from a side upper edge of the housing part, wherein the wing part is bent at least once And at least one bending guide line is formed so that an end of the bending guide wire can be attached to the vicinity of a lower side edge of the side surface of the receiving portion.

The pin information may be displayed at a position corresponding to a pin of the receiving substrate.

The left and right wing portions may be detachable from each other so that the left and right wing portions are detachable from each other. The left and right wing portions may be detachable from the left and right wing portions.

According to the present invention, safety can be prevented by the soldering portion on the back surface of the substrate and the insulating effect of the substrate can be obtained by safely storing the arduous substrate.

In addition, since pin information of the substrate is displayed on the wing portion bent at the side of the receiving portion and having a predetermined plane, the user can more easily grasp the position of the electrode.

 In addition, by forming a pair of vanes on both side surfaces of the receiving portion, there is also an effect that the substrate can be wrapped with more beauty.

1 is a perspective view showing a state in which an Arduino substrate is housed in an Arduino storage according to an embodiment of the present invention;
FIG. 2 is a perspective view showing a state in which the wing portion of the bookbinder of FIG. 1 is folded. FIG.
Fig. 3 is a use example showing a state in which a pair of wings of the arcuate container of Fig.
Fig. 4 is an exploded view of the arduous furnace of Fig. 1; Fig.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a perspective view showing a state in which an Arduino substrate 200 is housed in an Arduino storage 100 according to an embodiment of the present invention. FIG. 2 is a perspective view of a wing portion 120 Is bent in a bent state.

The Arduino compartment 100 includes a compartment 110 of a hexahedral space for accommodating the Arduino board 200 and a wing 120 rotatably extending from the upper side edge 111 of the compartment 110. [ . The material of the Arduino storage box 100 may be paper or a plastic material, but is not limited thereto, and it is only required that the effect of the present invention can be attained.

In particular, since the space for storing the Arduino substrate 200 is hardly generated, the Arduino substrate 200 moves (moves) It is preferable to closely contact and accommodate it.

The wing portion 120 is rotatably extended from a side upper edge 111 of the receiving portion 110 and may be formed on only one side of the receiving portion 110 or may be formed on both sides . It is preferable that the wing portions 120 are formed on both side edges 111, respectively, since the adinfin pins are generally present on both the left and right sides.

The wing 120 is bent at least once to form at least one bending guide line 122 for attaching the wing end 121 to the vicinity of the lower side edge 112 of the receiving portion 110. Here, the bending induction line 122 may be formed by folding the wing portion 120 so that the user can easily bend the wing portion 120. If the end 121 of the wing portion is attached to the vicinity of the lower side edge 112 of the storage portion 110 only when the bending guide wire 122 is only one, It takes the form of a triangular pole as a whole. When the wing end 121 is attached to the vicinity of the lower side edge 112 of the storage part 110 in the case where the bending guide wire 122 has two bending parts, It takes the form of a column.

The wing end 121 may exist in a protruding form in order to easily attach to the vicinity of the lower edge 112 of the side surface of the receiving portion 110. In the vicinity of the lower edge 112 of the receiving portion 110, And an insertion groove 113 for inserting and attaching the protruding end of the wing portion 21 may be formed.

The folded wing 120 is formed with a pin information display surface 123 adjacent to a side upper edge 111 of the storage box 110. The pin information display surface 123 is formed with a pin- The pin information 124 corresponding to the argininopin 210 formed on the substrate 110 is displayed. The pin information 124 for the adduction pin 210 is displayed at the position closest to the adinfinite 210 on the pin information display surface 123. The pin information 124 may be a pin number, or information about a device to be connected to a pin or the like.

In order for the Arduino storage box 100 to be used also for wrapping the Arduino board 200, the left wing portion 120-1 and the right wing portion 120-2 are connected to the left or right wing portion And may further comprise coupling means. The coupling means may include a protruding end 121 of the right wing 120-2 and a protruding end 121 of the right wing 120-2 at one point of the left wing 120-1. May be a second insertion groove formed to be inserted.

The height of the USB port 220 and the power connection unit 230 may be higher than the space height of the storage unit 110 in the Arduino board 200 so that the left and right wing parts The moieties may be present in the form of removed moieties. Likewise, the USB port 220 and the power connection unit 230 may protrude beyond the width of the Arduino board 200, thereby removing a portion of the storage unit 110 that contacts the corresponding part.

As shown in FIG. 4, the Arduino compartment 100 can be made in one plane, such as paper, so that the Arduino compartment 100 can be manufactured easily and at low cost.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims.

100: Arduino storage box 110: storage space
111: upper side corner 112: lower side corner
113: first insertion groove 120: wing portion
121: wing portion end 122: bending guide wire
123: Pin Information Display Surface 124: Pin Information
130: Second insertion groove 200: Arduino substrate
210: Arduino Fins 220: USB port
230: Power connection

Claims (3)

And a left and right wing portion rotatably extending from the left and right upper edges of the accommodating portion, respectively, of the hexahedral space for accommodating the Arduino board,
The left and right wing portions are bent at least once to form at least one bending guiding line so that the respective ends of the left and right wing portions can be respectively attached to the left side surface and the right side surface near the bottom edge,
Wherein the left and right wing portions are rotatably coupled to each other so that they can be used for wrapping and covering theadone substrate accommodated in the left and right wing portions,
And a pin information display surface formed on a surface contacting the upper left and right upper edges of the storage portion in a state where the left and right wing portions are respectively bent and the ends thereof are attached to the left side surface and the vicinity of the lower side edge of the right side surface of the storage portion,
Wherein the pin information display surface displays the pin number at a position adjacent to the pin position of the received ArDINO substrate. delete delete

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