JP3007264U - Computer wire connector - Google Patents

Abstract

(57) [Summary] [Purpose] To provide a two-pronged plug for supplying power to a computer, which can supply power to a main computer and a terminal at the same time. [Structure] One case is provided, and the case is composed of upper and lower half cases (40) that can be mated with each other, and these half cases have a bottom and two symmetrical arcuate side walls (41), (42). And a straight side wall (43), and a fixing device is provided at a corresponding position of the upper and lower half cases (40), and at the intersection of the side walls (41) and (42), there is one axial port (4).
4) is provided and used for the installation of the power supply axis (60), and one axis hole (45) is provided at the intersection of one side wall (41) and the straight side wall (43) to install the main machine axis (80). At the intersection of the other side wall (42) and the straight side wall (43), one axis line opening (46) is provided to set the end machine axis line (70).

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a type of electric wire connector, and more particularly to an electric wire connector that can supply power to a computer main machine and a terminal machine at the same time.

[0002]

[Prior art]

 Normally, power is supplied to a computer by first connecting a power cord to the main machine and then supplying the power from the main machine to the terminal machine through a connecting line. In addition to these connecting lines, keyboard connecting lines were added, and the connecting lines of the whole computer became very complicated. And the connection was confusing unless someone specializes in it.

[0003] Modern end machines also tend to use color screens, and the use and manufacture of black and white end machines is declining. The use of the color end machine must be connected to one single power cord, the connecting wire is long and complicated, and the most problematic thing is to always connect the two plugs to different power sockets. It had to be done.

FIG. 1 is a perspective view of a conventional connecting method. In this, the power cord (10) is inserted into the main machine (11) first, and then another connecting wire (14) is inserted from the main machine to the other plug to connect to the external terminal machine (13). This type of connection method is mostly used for black and white (monochromatic) terminal devices.

However, in modern times, a large number of terminal devices (13) are used, most of which are color models, and such terminal devices usually have one more socket and another power cord. Must be plugged into the end machine separately. These two power cords had to be plugged into separate plugs with separate plugs.

[0006]

[Problems to be solved by the device]

 An object of the present invention is to provide a power connector for a computer, which can supply power to a main computer and a terminal at the same time.

[0007]

[Means for Solving the Problems]

 The electric wire connector of the computer of the present invention is provided with one case, and the case is composed of upper and lower half cases (40) that can be mated with each other, and these half cases are the bottom and two symmetrical arcuate side walls ( 41) and (42) and a linear side wall (43), and a fixing device is provided at a corresponding position of the upper and lower half cases (40) at the intersection of the side walls (41) and (42). Is provided with one axis port (44) for installation of the power axis line (60), and one axis port (45) is provided at the intersection of one side wall (41) and the straight side wall (43). It is used for the installation of the main machine axis (80), and at the intersection of the other side wall (42) and the straight side wall (43), one axis line port (46) is installed to install the terminal machine axis (70). To serve.

After the upper and lower half cases (40) are fitted to each other to form a case, the upper and lower half cases (40) are covered by an injection method in advance, and flexible shaft ends (10), (20), and (30) are formed.

The fixing device comprises a corresponding tenon (51) and a groove (52), the tenon (51) extending upward from the inside of each side wall to have a single step and having a conical surface at the top. The inclined surface (53) and the shoulder portion (54) are formed and used for fitting with the corresponding inclined surface (55) and the groove mouth (56) previously provided in the groove (52).

[0010]

[Action]

 The power axis (60) can be directly plugged into the power plug, the end machine axis (70) is plugged into the end machine (13) with the plug (71), and the main machine axis (80) is the other plug (81). ) Can be connected to the main engine. In this way, power can be supplied to the computer main unit and the terminal unit with one connector.

[0011]

【Example】

 FIG. 2 is a perspective view of an embodiment of the present invention, and FIG. 3 is a perspective view showing one of the half cases and associated connecting lines and axes. FIG. 2 shows a case in which the corresponding half cases of FIG. 3 are fitted to each other to form a case, and then the outer circumference is completely covered by an injection method, and the shaft ends (10), (20), (30) having respective flexibility are attached. Form.

As shown in FIG. 3, the overall case basically consists of two upper and lower opposing half cases (40). The half case (40) has a bottom side (400) bent upward to form three side walls (41), (42) and (43). Among them, two side walls (41) and (42) have a symmetrical arc shape, and the other side wall (43) has a straight shape. Also, three axial openings (44), (45), (46) are formed at the intersections of the side walls (41), (42), (43).

Fixing devices are provided on the two symmetrical side walls (41), (42) and the straight side wall (43), respectively. This fixing device comprises a tenon (51) and a groove (52). Also, a tenon (51) is provided at one half case and a groove (52) is provided at the corresponding position of the other half case. The mortise (51) forms a step by extending the inside of each side wall (41), (42) upward by an appropriate length to form a conical inclined surface (53) and a shoulder ( 54) is formed. The groove (52) shall have a corresponding inclined surface (55) and groove opening (56).

When the tenon (51) and the groove (52) provided at the corresponding positions of the upper and lower half cases are aligned and pressed against each other, the inclined surface (53) of the tenon (51) enters the groove mouth (56). However, both are elastically fixed. In the embodiment shown, the fixing device is provided on the side walls (41), (42), one set each, and on the side wall (43), two sets.

The case composed of the upper and lower half cases has an axial line opening (44) at the intersection of the two side walls (41) and (42) and is used for mounting the power supply axial line (60). It The end machine axis (70) can be inserted into the axis openings of one of the side walls (41) and the straight side wall (43), and the axis of the other side wall (42) and the straight side wall (43) can be inserted. The main machine axis (80) can be inserted into the.

As shown in FIG. 4, the power supply axis (60) can be directly plugged into the power plug, the terminal machine axis (70) can be plugged into the terminal machine (13) with the plug (71), and the main machine. The axis (80) can be connected to the main engine with another plug (81). In this way, one connector can be used to supply power to the computer main unit and the terminal unit, reducing the number of connection lines and arranging all connection lines easily.

[0017]

[Effect of device]

 The present invention can supply power to the computer main unit and the terminal unit with one connector, reduce the number of connection lines, and easily arrange the entire connection lines.

[Brief description of drawings]

FIG. 1 is a perspective view showing a connection using a power supply plug of a conventional computer.

FIG. 2 is a perspective view of an embodiment of the present invention.

FIG. 3 is a perspective view showing one half case and associated connecting lines and axes in the embodiment of FIG. 2 above.

FIG. 4 is a perspective view showing a state in which the present invention is attached to a computer.

[Explanation of symbols]

(13) Terminal machine (10), (20), (30) Shaft end (40) Half case (41), (42), (43) Side wall (44), (4
5), (46) Axis mouth (51) Mortise (52) Groove (53) Sloping surface
(54) Shoulder (55) Slope (56) Groove
(60) Power supply axis (70) Terminal machine axis (80) Main machine axis (71) Plug (81) Plug

Claims (3)

[Scope of utility model registration request] 1. A case is provided, which is composed of upper and lower halves (40) which can be mated with each other, said halves being the bottom and two symmetrical side walls (41), (4).
2) and a linear side wall (43), and fixing devices are provided at corresponding positions of the upper and lower half cases (40), and one axis is formed at the intersection of the side walls (41) and (42). A port (44) is provided for the installation of the power supply axis (60), and one axis port (45) is provided at the intersection of one side wall (41) and a straight side wall (43) to provide the main machine axis (80). The other side wall (42) and the straight side wall (43)
An electric wire connector for a computer, which is provided with an axis line opening (46) at the intersection of the positions and is used for installing the terminal machine axis line (70). 2. The upper and lower half cases (40) are fitted to each other to form a case, which is then covered by an injection method in advance, and shaft ends (10), (20), (30) having flexibility are formed.
The electric wire connector for a computer according to claim 1. 3. The fixing device comprises corresponding tenons (51) and grooves (52), said tenons (51) extending upward from the inside of each side wall to a step length, with a conical surface at the top. The inclined surface (53) and the shoulder (54) are formed, and the groove (5)
2) corresponding inclined surface (55) and groove (5)
The electric wire connector for a computer according to claim 1, which is used for fitting with 6).