JP3078665U - Mouse or track ball device assembly system - Google Patents

Abstract

(57) Abstract: Provided is an assembly system of a mouse or a trajectory ball device that can prevent wire confusion and component shielding and confusion. SOLUTION: A mouse or track ball device 31 and a relay keyboard 1 are provided. At one end of the transmission wire 311 of the mouse or trajectory ball device 31, a plug 312 connected to the socket 14 of the PS2, USB, serial or other dedicated interface is installed. A relay wire 13 is installed on the relay keyboard 1, and the relay wire 13 is integrally extended with a transmission wire 12 installed on the relay keyboard 1 by a parallel / parallel-arranged wire or a multi-core cable and connected to the main machine 2. I have. The mouse or trajectory ball device 31 is relayed to the relay keyboard 1 and connected to the main unit 2. Therefore, wire quantity and length are reduced, and confusion of wires can be prevented. Also, shielding and interference between components is prevented.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to a mouse or track ball device assembly system.

[0002]

[Prior art]

 Conventionally, a keyboard, a mouse, a trajectory sphere, and the like are simple control interfaces for computer input, and the main computer and the keyboard or the trajectory sphere are connected by a wired or wireless connection. In a wired connection, a keyboard, a mouse, and a trajectory sphere are usually connected to the main computer by a single wire. Alternatively, the keyboard, mouse, and trajectory sphere are integrally formed and connected to the main computer. In the wireless system, a receiver is built into the main computer, the keyboard, mouse, and track ball are placed outside, and a single receiver is installed. Alternatively, a keyboard, mouse, and trajectory sphere are provided with an integrated receiver. Functions such as cursor operation function, page scroll function and key-in are operated by wireless transmission.

[0003]

[Problems to be solved by the invention]

 However, the conventional wired connection between the main computer of the computer and a keyboard or a trajectory ball has a large number of wires and a long distance for the wires to be extended. In addition, wireless connection is expensive and shielding and interference phenomena occur due to the connection of each component as the number of receiving devices increases. Accordingly, an object of the present invention is to provide a mouse or track ball device assembly system that can prevent wire confusion and component shielding and confusion.

[0004]

[Means for Solving the Problems]

 The assembly system of the mouse or track ball device according to the present invention includes a mouse or track ball device, a wired connection interface (Connector) or a wireless receiver (Cordless Receiver) of the mouse or track ball device, and a relay keyboard. Is provided. The relay keyboard has a receiver connected to a wired connection interface (Connector) or a wireless receiver (Cordless Receiver) at the left side, right side, or a predetermined position. The mouse or trajectory ball device is relayed to the relay keyboard, and is connected to the main unit through a wired or wireless connection. Thus, wire quantity and length are reduced, and confusion of the wires can be prevented. Also, shielding and interference between components is prevented.

[0005]

[Embodiment of the invention]

 Hereinafter, embodiments of the present invention will be described with reference to the drawings. As shown in FIGS. 1 and 2, according to the assembly system of the mouse or the trajectory ball device according to one embodiment of the present invention, the structure of the wired link is formed. The relay keyboard 1 is provided with an operation key 10 having a selection function outside, and a circuit device 11 of a key corresponding to the operation key 10 is installed inside. The key circuit device 11 is connected to the main unit 2 by a transmission wire 12 of the keyboard. A notch 102 for clipping a wire is formed on the shell bottom auxiliary plate 101 of the relay keyboard 1 in the left-right or both-sides direction. A notch 103 for clipping a wire is formed on the outer bottom left, right, or both sides of the relay keyboard 1.

The relay wire 13 is disposed at a predetermined position inside the relay keyboard 1, is integrally connected to the transmission wire 12 of the keyboard by a parallel parallel arrangement wire or a multi-core cable, and directly or through a socket plug. It is connected to the main engine 2. As shown in FIG. 1, a known PS2, USB (Universal Serial Bus), serial (RS-232C) or other device connected directly or in parallel via a link interface is provided at an intermediate position inside the relay keyboard 1. At least one dedicated interface socket 14 is installed and connected to the relay wire 13.

At one end of the transmission wire 311 of the wired mouse or the trajectory ball device 31 installed independently, a plug 312 connected to the socket 14 of the PS2, USB, serial or other dedicated interface is installed. . The plug 312 of the wired mouse or the trajectory ball device 31 is inserted from the left side, right side or another predetermined side of the relay keyboard 1 and connected to the socket 14 of the relay wire 13 of PS2, USB, serial or other dedicated interface. ing. The transmission wire 311 is sandwiched and fixed by the notch 102 for the bottom clip of the relay keyboard 1. Therefore, the number of wires and the length of the transmission wire 311 of the wired mouse or the trajectory ball device 31 are reduced, and confusion due to the wires is prevented.

As shown in FIGS. 3 and 4, according to another embodiment of the present invention, there is provided a wireless link structure including a wireless transmission method such as infrared rays or ultrasonic waves. ing. The relay keyboard 1 has an operation key 10 having a selection function provided outside, and a circuit device 11 of a key corresponding to the operation key 10 provided inside. The key circuit device 11 is connected to the main unit 2 by a transmission wire 12 of the keyboard. A notch 103 for clipping a wire is formed on the bottom left, right or both sides of the relay keyboard 1.

The relay wire 13 is installed at a predetermined position inside the relay keyboard 1. One end of the relay wire 13 is connected to the infrared or ultrasonic receiver R0, and the other end is integrally extended with the transmission wire 12 of the keyboard by a parallel / parallel-arranged wire or a multi-core cable. It is connected via a plug. The relay wire 13 is connected to the left or right side of the relay keyboard 1 along the inside of the shell of the relay keyboard 1. An infrared or ultrasonic receiving device R0 is coupled to the left or right portion of the relay keyboard 1, connected to the clip notch 103, and receives signals from the infrared or track ball device 32.

The infrared or ultrasonic wireless mouse or track ball device 32 is provided independently. The signal from the infrared or ultrasonic transmitter circuit device of the infrared or ultrasonic wireless mouse or track ball device 32 is transmitted to the infrared or ultrasonic receiver R0, relayed to the keyboard 1, and transmitted wirelessly. Thus, shielding and interference between components is avoided, and there is no wire disruption for wireless transmission.

As shown in FIG. 5, according to another embodiment of the present invention, there is provided a wireless link structure including a wireless transmission method such as infrared or ultrasonic waves. . The relay keyboard 1 has an operation key 10 having a selection function provided outside, and a circuit device 11 of a key corresponding to the operation key 10 provided inside. The key circuit device 11 is connected to the main unit 2 by a transmission wire 12 of the keyboard. A notch 103 for clipping a wire is formed on the left, right or both sides of the shell bottom auxiliary plate 101 of the relay keyboard 1.

The relay wire 13 is provided at a predetermined position on the relay keyboard 1 so as to extend from the inside of the relay keyboard 1 and be exposed to the outside. One end of the relay wire 13 is connected to the infrared or ultrasonic receiver R0 (Receiver), the other end passes through the through hole 100 of the wire, and is in parallel with the transmission wire 12 of the keyboard. And are connected to the main engine 2 directly or through a socket plug. The relay wire 13 is disposed on a clip notch 102 at the bottom of the relay keyboard 1. The infrared or ultrasonic receiving device R0 is disposed in the notch 103 on the left or right side of the relay keyboard 1 and receives a signal from a wireless mouse or trajectory ball device 32 of the infrared or ultrasonic method.

The infrared or ultrasonic wireless mouse or trajectory ball device 32 is provided independently. As shown in FIG. 6, according to another embodiment of the present invention, an assembly system of a mouse or a trajectory ball device has a wireless link structure. The relay wire 13 of the above-described embodiment is used, and the intermediate portion inside the relay keyboard 1 is a socket 14 of a known PS2, USB, serial or other dedicated interface directly or connected through a link interface. One or more are installed. At one end of the transmission wire R03 of the infrared or ultrasonic receiver R0, a plug R04 connected to the link socket 14 is installed. For this reason, the infrared or ultrasonic receiving device R0 is arranged in the clip notch 103 on the left and right sides of the relay keyboard 1 and connected to the relay wire 13 via the socket 14.

As shown in FIGS. 7 and 8, according to an assembly system of a mouse or a trajectory ball device according to an embodiment of the present invention, a wireless link structure is formed. At a predetermined position of the wireless notch 103 on the left side, right side or both sides of the relay keyboard 1, a plurality of pinholes 104 having an annular or predetermined geometric distribution are formed. One or more pins R01 are provided at the bottom of the shell of the infrared or ultrasonic receiver R0. The pin R01 is locked with the pinhole 104, the signal receiving direction is selected, and the connection is stable and firm.

As shown in FIGS. 9 and 10, according to the assembly system of the mouse or the trajectory ball device according to one embodiment of the present invention, the embodiment of FIGS. 7 and 8 is added to the embodiment shown in FIG. , The structure of the wireless link is formed. A plurality of pinholes 104 having a ring shape or a predetermined geometric distribution are formed at predetermined positions of the wireless notch 103 on the left side, right side or both sides of the relay keyboard 1. One or more pins R01 corresponding to the pinholes 104 are provided at the bottom of the shell of the infrared or ultrasonic receiving apparatus R0. The pin R01 is locked with the pinhole 104, and the signal receiving direction is selected. Further, at an intermediate position inside the relay keyboard 1, one or more sockets 14 of a publicly known PS2, USB, serial or other dedicated interface which are connected directly via a parallel or link interface are installed. At one end of the transmission wire R03 of the infrared or ultrasonic receiver R0, a plug R04 connected to the link socket 14 is installed. An infrared or ultrasonic receiving device R0 is arranged on the clip notch 103 on the left or right side of the relay keyboard 1 and connected to the relay wire 13 via the socket.

As shown in FIGS. 11 and 12, according to another embodiment of the present invention, a wireless link structure including a wireless transmission method such as infrared rays or ultrasonic waves is formed. Have been. The relay keyboard 1 is provided with an operation key 10 having a selection function outside, and a circuit device 11 of a key corresponding to the operation key 10 is installed inside. The key circuit device 11 is connected to the main engine 2 by a transmission wire 12 of the keyboard. A clip notch 103 is formed on the left side, right side or both sides of the shell bottom auxiliary plate 101 of the relay keyboard 1.

The relay wire 13 is arranged at a predetermined position inside the relay keyboard 1. The intermediate portion of the relay wire 13 is integrally extended with the transmission wire 12 of the keyboard by a parallel / parallel-arranged wire or a multi-core cable, and one end is connected directly to the main unit 2 or the socket is connected via a socket plug. The other end of the relay wire 13 is provided at a predetermined position near the clip notch 103 with a socket 15 of a publicly known PS2, USB, serial or other dedicated interface connected directly or through a link interface. One or more are installed. An infrared or ultrasonic receiver R0 having a plug R02 corresponding to a PS2, USB, serial or other dedicated interface is mutually inserted into the socket 15 of the PS2, USB, serial or other dedicated interface on the left or right side. Is connected.

An infrared or ultrasonic wireless mouse or trajectory ball device 32 is provided alone. As shown in FIGS. 13 and 14, according to the assembly system of the mouse or the trajectory ball device according to another embodiment of the present invention, the following structure is added to the embodiment shown in FIGS. Is formed. A plurality of pinholes 104 having a ring shape or a predetermined geometric distribution are formed at predetermined positions around the socket 15 of the PS2, USB, serial or other dedicated interface of the relay keyboard 1. One or more pins R01 corresponding to the pin holes 104 are provided at the bottom of the shell of the infrared or ultrasonic receiving apparatus R0. The pin R01 is locked in the pinhole 104, the signal transmission direction is selected, and the connection is stable and firm.

As shown in FIG. 15, according to another embodiment of the present invention, a wireless link structure including a wireless transmission method such as an infrared ray or an ultrasonic wave is formed. I have. The relay keyboard 1 has an operation key 10 having a selection function provided outside, and a circuit device 11 of a key corresponding to the operation key 10 provided inside. The key circuit device 11 is connected to the main unit 2 by a transmission wire 12 of the keyboard. A larger clip notch 103 for wireless transmission is formed on the left, right, or both sides of the shell bottom of the relay keyboard 1.

The relay wire 13 is arranged at a predetermined position inside the relay keyboard 1. One end of the relay wire 13 is integrally extended with the transmission wire 12 of the keyboard by a parallel / parallel-arranged wire or a multi-core cable, and is connected to the main unit 2 directly or via a socket plug. At the other end of the relay wire 13, one or more sockets 15 of a publicly known PS2, USB, serial or other dedicated interface connected directly or through a link interface are installed. The socket 15 of the PS2, USB, serial or other dedicated interface is located at the center of the relay keyboard 1 or at another predetermined position as required. The infrared or ultrasonic receiver R0 having the plug R02 corresponding to the PS2, USB, serial or other dedicated interface is inserted into the socket 15 of the PS2, USB, serial or other dedicated interface of the relay keyboard 1 and connected. .

The infrared or ultrasonic wireless mouse or trajectory ball device 32 is installed independently. As shown in FIG. 16, according to another embodiment of the present invention, the following structure is added to the embodiment shown in FIG. 15, and the structure of the wireless link is formed. I have. A plurality of pinholes 104 having a ring shape or a predetermined geometric distribution are formed at predetermined positions around the socket 15 of the PS2, USB, serial or other dedicated interface of the relay keyboard 1. One or more pins R01 corresponding to the pinholes 104 are provided at the bottom of the shell of the infrared or ultrasonic receiver R0. The pin R01 is fixed to the pinhole 104, the signal transmission direction is selected, and the pin R01 is connected stably and firmly.

As shown in FIG. 17, according to the assembly system of the mouse or the trajectory ball device according to another embodiment of the present invention, the infrared or ultrasonic receiving device R0 is integrally provided on the bottom upper side of the relay keyboard 1. is set up. The transmission signal transmitted from the infrared or ultrasonic wireless mouse or the trajectory ball device 32 is received by the infrared or ultrasonic reception device R0.

As shown in FIG. 18, according to the assembly system of the mouse or the trajectory ball device according to another embodiment of the present invention, a wireless link structure having a wireless transmission method such as infrared or ultrasonic is formed. I have. The relay keyboard 1 has an operation key 10 having a selection function provided outside, and a circuit device 11 of a key corresponding to the operation key 10 provided inside. The key circuit device 11 is connected to the main unit 2 by a transmission wire 12 of the keyboard. A larger notch 103 for wireless transmission is formed on the bottom left, right, or both sides of the relay keyboard 1.

The relay wire 13 is arranged at a predetermined position inside the relay keyboard 1. One end of the relay wire 13 is integrally extended with the transmission wire 12 of the keyboard by a parallel / parallel arrangement wire or a multi-core cable, and is connected to the main unit 2 directly or via a socket plug. The other end of the relay wire 13 is connected to the infrared or ultrasonic receiver R0. The infrared or ultrasonic receiving device R0 is integrally installed on the bottom upper side, lower side, or a predetermined position of the relay keyboard 1. One or more refraction devices 105 are installed on a predetermined inner wall surface at the bottom of the relay keyboard 1. One or more infrared or ultrasonic signal devices are connected to the inner wall surface of the relay keyboard 1 by the refraction device 105. In addition, the refraction device 105 is changed into a predetermined shape at a predetermined position on the inner wall surface of the relay keyboard 1, is coated with an infrared or voice reflective substance, and has a predetermined position formed on the inner wall surface of the relay keyboard 1. . The infrared or ultrasonic receiving device R0 receives a signal transmitted from the infrared or ultrasonic wireless mouse or the trajectory ball device 32 on the left side, right side, both sides or another predetermined position of the relay keyboard 1 via the refraction device 105. Therefore, shielding and interference between components are prevented, and confusion due to wires is also prevented.

An infrared or ultrasonic wireless mouse or trajectory ball device 32 is provided independently. As shown in FIG. 20, according to another embodiment of the present invention, a wireless link structure including a wireless transmission method such as an infrared ray or an ultrasonic wave is formed. One or more mouse pads 106 are mounted on one or both sides of the relay keyboard 1 or on both sides of the relay keyboard 1 at a predetermined angular position. The mouse pad 106 is used as a console for an infrared or ultrasonic wireless mouse or a track ball device that is independently installed, and a charging socket 107 is installed on a predetermined side wall. A charging connector 321 is provided on the infrared or ultrasonic wireless mouse or track ball device 32. Therefore, the infrared or ultrasonic wireless mouse or trajectory ball device 32 is charged by the filling connector 321 when not in use.

As shown in FIG. 21, according to the assembly system of the mouse or the trajectory ball device according to another embodiment of the present invention, a wireless link structure including a wireless transmission method such as infrared or ultrasonic is formed. I have. A charging socket 107 is provided on a predetermined side wall of the relay keyboard 1 on one side, both sides, or a side at a predetermined angle, and the power supply terminal of the interface of the main unit is used as a charging power supply. A charging connector 321 is installed on the wireless mouse or trajectory ball device 32 of the infrared or ultrasonic system. Therefore, the wireless mouse or trajectory ball device 32 of the infrared or ultrasonic system is charged by the charging connector 321 when not in use.

The infrared or ultrasonic wireless mouse or trajectory ball device 32 is provided with an infrared or ultrasonic transmission circuit device formed of an element such as an LED at a predetermined angle or an ultrasonic transmission unit. , The following structure is formed. (A) As shown in FIGS. 22 to 25, one or more infrared signal reception and transmission paths are added to the shell of the infrared or ultrasonic wireless mouse or track sphere device 32. More than one infrared or ultrasonic transmission direction is formed. An infrared or ultrasonic blocking plate or plug 322 is connected between the receiving and transmitting aperture and the shell, and the local receiving and transmitting aperture 323 can be selectively used according to the working environment. And interference is reduced.

(A) As shown in FIGS. 22 to 25, two or more sets of infrared or ultrasonic transmission units are installed at a predetermined angle in the infrared or ultrasonic wireless mouse or trajectory ball device 32. A common infrared or ultrasonic transmission circuit device is used. A changeover switch is provided so that parallel operation is performed as necessary, and the infrared or ultrasonic unit is selectively operated and controlled on the left or right side.

(C) In the transmission head of the wireless mouse or trajectory ball device 32 of the infrared or ultrasonic system, a socket into which the transmission circuit device 321 is inserted at a predetermined angle is installed. In the socket, a plug-shaped oscillator circuit device 321 having a socket plug structure is inserted on one side so as to be selected as necessary, and an insulating plug is installed on the other side for isolation and protection.

(D) One or two infrared or ultrasonic wireless mice or the transmitting unit of the trajectory ball device 32 expands the 1D transmission angle, and three or more infrared or ultrasonic systems. The 1D transmission angle is further expanded by the transmission unit of the wireless mouse or the track ball device 32, and the transmission angle of the 2D plane is also expanded. The sockets 14 and 15 of the well-known PS2, USB, serial or other dedicated interface are connected to the infrared or ultrasonic receiving device R0, so that the infrared or ultrasonic wireless mouse or track ball device 32 cannot be used. If necessary, for example, a wired mouse or track ball device 31 is inserted, and a wired or wireless connection can be selected. When two or more sockets 14 of the well-known PS2, USB, serial or other dedicated interface are installed, one or more infrared receivers, ultrasonic receivers, wired mice and track ball devices 31 are simultaneously inserted. . As shown in FIG. 26, according to another embodiment of the present invention, a wireless link structure is formed. Two or more plugs and sockets 14 and 15 are installed at predetermined positions on one side or more of the relay keyboard 1. As shown in FIG. 27, two or more plugs and sockets are installed on one side or more of the relay keyboard 1.

As shown in FIG. 28, when two or more plugs and sockets are installed, different types of wired mice, track ball devices 31 and other electric operation control devices are inserted into the plugs and sockets. You. As shown in FIG. 29, the relay keyboard has a built-in socket for a dedicated interface such as a USB (Universal Serial Bus), a high-speed transmission interface IEEE 1394, or a HUB having an expansion slot function. , A wired mouse, and a track ball device 31 are inserted. In the socket, video and audio input / output devices such as a DVD, a CD, a ROM, a CDR, a CDRW, a scanner, a camera, a microphone, and a speaker are inserted. As shown in FIG. 30, two or more sets of USB (Universal Serial Bus), a high-speed transmission interface IEEE1394, or a socket of a dedicated interface such as a HUB having an expansion slot function is provided at one or more predetermined positions on the relay keyboard 1. Is installed.

In wireless transmission such as infrared or ultrasonic waves, an infrared receiving device with a built-in infrared detecting and surveying device or an ultrasonic receiving device with a built-in ultrasonic detecting and surveying device and the relay keyboard 1 are separately formed. They are connected at predetermined positions by an assembly method using screwing, fitting, adhesion, hooking, vacuum suction or magnetic suction, or a known connection method. The infrared receiving device or the ultrasonic receiving device is connected to the relay wire 13 of the relay keyboard by a well-known PS2, USB, serial or other dedicated interface plug and socket 14, and the relay wire 13 is connected to the relay keyboard 1. Have been. Alternatively, the infrared receiving device or the ultrasonic receiving device and the relay keyboard 1 are integrally formed by a common shell. The relay keyboard 1 and the infrared or ultrasonic receiver R0 are separate shells, and are assembled on one or both sides of the relay keyboard 1 by an assembly method such as screwing, fitting, adhesive, hook, vacuum suction, magnetic suction, or the like. Since the notch space is formed symmetrically for a known coupling method, infrared or ultrasonic wireless transmission is performed. An infrared or ultrasonic wireless mouse or track ball device 32 and an infrared or ultrasonic receiving device R0 are arranged so as to be able to transmit.

The link structure between a wireless transmission output mouse such as an infrared ray or an ultrasonic wave or a trajectory ball device and a relay keyboard is applied to a notebook computer in which a hull and a keyboard are integrated. The relay wire 13 is connected and installed inside the hull and the keyboard. In the infrared or ultrasonic receiver R0, the electric conduction device is installed on the left or right side of the keyboard of the notebook computer.

[Brief description of the drawings]

FIG. 1 is a schematic view illustrating an assembly system of a mouse or track ball device according to an embodiment of the present invention.

FIG. 2 is a schematic view showing an assembly system of a mouse or a track ball device according to an embodiment of the present invention;

FIG. 3 is a schematic view illustrating an assembly system of a mouse or track ball device according to another embodiment of the present invention;

FIG. 4 is a schematic view illustrating an assembly system of a mouse or track ball device according to another embodiment of the present invention.

FIG. 5 is a schematic view illustrating an assembly system of a mouse or track ball device according to another embodiment of the present invention.

FIG. 6 is a schematic view illustrating an assembly system of a mouse or track ball device according to another embodiment of the present invention.

FIG. 7 is a schematic view illustrating an assembly system of a mouse or track ball device according to another embodiment of the present invention.

FIG. 8 is a schematic view illustrating a mouse or track ball device assembly system according to another embodiment of the present invention.

FIG. 9 is a schematic view showing a mouse or track ball device assembly system according to another embodiment of the present invention.

FIG. 10 is a schematic view illustrating an assembly system of a mouse or track ball device according to another embodiment of the present invention.

FIG. 11 is a schematic view illustrating an assembly system of a mouse or track ball device according to another embodiment of the present invention.

FIG. 12 is a schematic view illustrating an assembly system of a mouse or track ball device according to another embodiment of the present invention.

FIG. 13 is a schematic diagram illustrating an assembly system of a mouse or track ball device according to another embodiment of the present invention.

FIG. 14 is a schematic view illustrating an assembly system of a mouse or track ball device according to another embodiment of the present invention.

FIG. 15 is a schematic view illustrating an assembly system of a mouse or track ball device according to another embodiment of the present invention.

FIG. 16 is a schematic view illustrating an assembly system of a mouse or track ball device according to another embodiment of the present invention.

FIG. 17 is a schematic view illustrating an assembly system of a mouse or track ball device according to another embodiment of the present invention.

FIG. 18 is a schematic view illustrating an assembly system of a mouse or track ball device according to another embodiment of the present invention.

FIG. 19 is a schematic view illustrating an assembly system of a mouse or track ball device according to another embodiment of the present invention.

FIG. 20 is a schematic view illustrating an assembly system of a mouse or track ball device according to another embodiment of the present invention.

FIG. 21 is a schematic view illustrating an assembly system of a mouse or track ball device according to another embodiment of the present invention.

FIG. 22 is a schematic view illustrating a mouse or track ball device of the assembly system of the mouse or track ball device according to another embodiment of the present invention.

FIG. 23 is a schematic view illustrating a mouse or track ball device of the mouse or track ball device assembly system according to another embodiment of the present invention;

FIG. 24 is a schematic view illustrating a mouse or track ball device of an assembly system of a mouse or track ball device according to another embodiment of the present invention;

FIG. 25 is a schematic view of a mouse or track ball device of the assembly system of the mouse or track ball device according to another embodiment of the present invention.

FIG. 26 is a schematic view illustrating an assembly system of a mouse or track ball device according to another embodiment of the present invention.

FIG. 27 is a schematic view illustrating an assembly system of a mouse or track ball device according to another embodiment of the present invention.

FIG. 28 is a schematic diagram illustrating an assembly system of a mouse or track ball device according to another embodiment of the present invention.

FIG. 29 is a schematic view illustrating an assembly system of a mouse or track ball device according to another embodiment of the present invention.

FIG. 30 is a schematic view illustrating an assembly system of a mouse or track ball device according to another embodiment of the present invention.

[Explanation of symbols]

Reference Signs List 1 relay keyboard 2 main unit 10 keys 11 key circuit device 12 key transmission wire 13 relay wire 14 socket for PS2, USB, serial or other dedicated interface 15 socket for PS2, USB, serial or other dedicated interface 31 wired mouse or Track ball device 32 Wireless mouse or track ball device 100 Wire through hole 101 Auxiliary plate 102 Click notch 103 Clip notch 104 Pinhole 105 Light guide or refraction device 106 Mouse pad 107 Charge socket 321 Charge connector 322 Blocking plate or block Plug 323 Receiving and transmitting aperture 311 Transmission wire 312 Plug R0 Infrared or ultrasonic receiver R01 Pin R02 Plug R03 Infrared or Ultrasonic transmission wire R04 plug

Claims (25)

[Utility model registration claims] 1. A mouse or track ball device, a wired connection interface or wireless receiver of the mouse or track ball device, and a receiver connected to the wire connection interface or wireless receiver are on a left side,
An assembly system for a mouse or track ball device, comprising: a relay keyboard provided on a right side or a predetermined position, wherein the mouse or track ball device is relayed to the relay keyboard and connected to a main engine. 2. The relay keyboard (1) is provided with an operation key (10) having a selection function on the outside and a circuit device (11) of keys corresponding to the operation key (10) inside.
And a transmission wire (12) installed on the relay keyboard (1) in the key circuit device (11).
Are connected and installed, connected to the main unit (2), and formed on the bottom auxiliary plate (10) formed on the relay keyboard (1).
A notch (102) for clipping a wire is formed on the left, right or both sides of 1) and on the left, right or both sides of the outer bottom of the relay keyboard (1). A relay wire (13) is installed at a predetermined position inside the relay keyboard, and the relay wire (13) is parallel to a transmission wire (12) installed on the relay keyboard (1) or a multi-core cable. And a socket for a PS2, USB, serial or other dedicated interface connected directly to the intermediate position of the relay keyboard via a parallel or link interface.
More than one single or multiple types are installed, the PS2, US
B, a socket of a serial or other dedicated interface is connected to the relay wire, and one end of a transmission wire (311) installed on the mouse or track ball device (31) is connected to the PS2, USB,
A plug (312) connected to a socket (14) of a serial or other dedicated interface is installed. The plug (312) is inserted from the left or right side or another predetermined side of the relay keyboard (1), and The transmission wire (311) is connected to the PS2, USB, serial or other dedicated interface socket (14) of the wire (13), and the clip notch (102)
The mouse or track ball apparatus assembly system according to claim 1, wherein a wired link system is formed and fixed to the mouse. 3. The relay keyboard (1) is provided with an operation key (10) having a selection function on the outside and a circuit device (11) of a key corresponding to the operation key (10) inside.
Is installed, and the key circuit device (11) is connected to the main unit (2) by a transmission wire (12) installed on the relay keyboard (1), and the relay keyboard (1) is installed.
A notch (103) for clipping a wire is formed at the bottom left side, right side or both sides of the relay keyboard. A relay wire (13) is concealed and installed at a predetermined position inside the relay keyboard (1), One end of the relay wire (13) is an infrared or ultrasonic receiver (R0)
, And the other end is integrally extended with the transmission wire (12) by a parallel parallel arrangement wire or a multi-core cable,
Connected to the main unit (2) directly or via a socket plug, and selectively coupled to the left and right sides of the relay keyboard (1) along the inside of the relay keyboard (1);
The infrared or ultrasonic receiving device (R0) is selectively coupled to the left and right sides of the relay keyboard (1) and connected to the clip notch (103), and the signal of the mouse or the track ball device (32) is transmitted. The mouse or the trajectory ball device (32) has an infrared or ultrasonic wireless interface, and the mouse or the trajectory ball device (32) is provided with an infrared or ultrasonic transmission circuit device. The signal transmitted from the infrared or ultrasonic transmitting circuit device is received by the infrared or ultrasonic receiving device (R0), relayed by the relay keyboard (1), and wirelessly transmitted. Item 2. An assembly system for a mouse or track ball apparatus according to Item 1. 4. The relay keyboard (1) is provided with an operation key (10) having a selection function outside, and a circuit device (11) of a key corresponding to the operation key (10) inside. The key circuit device (11) is connected to the main unit (2) by a transmission wire (12) installed on the relay keyboard (1), and the bottom auxiliary plate (101) of the relay keyboard (1) is on the left side. A notch for wire clip (102) is formed on the right, left or both sides, and a notch for wire clip (103) is formed on the left, right or both sides of the outer bottom of the relay keyboard (1). A relay wire (13) extending from the inside of the relay keyboard (1) and exposed to the outside is installed at a predetermined position of the keyboard (1), and the relay wire (13) is provided.
Has one end connected to the infrared or ultrasonic receiver (R0), the other end passing through a through hole (100) formed in the relay keyboard (1), and the transmission wire (12).
The relay wire (13) is connected to the main unit directly or via a socket plug, and a relay notch (102) is provided at the bottom of the relay keyboard (1). The infrared or ultrasonic receiver (R0) is provided along
The clip or notch (103) is arranged to receive an infrared or ultrasonic wireless signal of the mouse or the trajectory ball device (32), and the mouse or the trajectory ball device (32) is of an infrared or ultrasonic type. The mouse or track ball apparatus assembly system according to claim 1, further comprising a wireless interface and being independently installed. 5. The relay wire (13) is connected to a middle part inside the relay keyboard (1) directly in parallel or via a link interface, such as PS2, US.
B, one or more types of sockets (14) for serial or other dedicated interfaces are installed, and one or more types of sockets (14) are installed at one end of a transmission wire (R03) installed in the infrared or ultrasonic receiver (R0). PS2, US
B, a plug (R04) connected to a socket (14) of a serial or other dedicated interface is installed;
The infrared or ultrasonic receiver (R0) is disposed in the clip notch (103), and the PS2, US
The assembly system of a mouse or track ball device according to claim 4, wherein the relay wire (13) is connected to the relay wire (13) via a socket (14) of a serial or other dedicated interface. 6. A plurality of pinholes (104) having an annular or predetermined geometric distribution are formed at predetermined positions of the clip notch (103), and one pinhole is formed at the bottom of the infrared or ultrasonic receiving device (R0). That at least one pin (R01) is installed corresponding to the pinhole (104) and that the pin (R01) is locked in the pinhole (104) so that a signal receiving direction is selected. The mouse or track ball apparatus assembly system according to claim 4, characterized in that: 7. A plurality of pinholes (104) having an annular shape or a predetermined geometric distribution are formed at predetermined positions of the clip notch (103), and one pinhole is formed at a bottom of the infrared or ultrasonic receiving device (R0). At least one pin (R01) is installed corresponding to the pinhole (104), and the pin (R01) is locked in the pinhole (104) so that a signal receiving direction is selected. One or more PS2, USB, serial or other dedicated interface sockets (14) connected directly or in parallel via a link interface are installed at one or more internal intermediate positions of (1), One end of the transmission wire (R03) has a plug connected to the socket (14) of the PS2, USB, serial or other dedicated interface. (R0
4) is installed, the infrared or ultrasonic receiver (R0) is arranged in the clip notch (103), and the relay via the PS2, USB, serial or other dedicated interface socket (14). 6. The connection according to claim 5, wherein the connection is made to a wire.
A mouse or track ball device assembly system as described. 8. The relay keyboard (1) is provided with an operation key (10) having a selection function externally and a circuit device (11) for a key corresponding to the operation key (10) inside.
Is installed, and the key circuit device (11) is connected to the main unit (2) by a transmission wire (12) installed on the relay keyboard (1), and the relay keyboard (1) is installed.
A clip notch (103) is formed on the left side, right side or both sides of the bottom auxiliary plate, and a relay wire (13) is installed at a predetermined position inside the relay keyboard (1), and the relay is provided. The wire (13) has an intermediate portion integrally extended with the transmission wire (12) by a parallel parallel arrangement wire or a multi-core cable, and one end is directly connected to the main unit (2) or the socket is connected via a socket plug. The other end is the notch for the clip (103)
Socket for PS2, USB, serial or other dedicated interface (15) coupled directly to a predetermined location nearby via a parallel or link interface
One or more single or plural types are installed, and an infrared or ultrasonic receiving device is installed. The infrared or ultrasonic receiving device has a plug (R02) corresponding to the PS2, USB, serial or other dedicated interface. The plug (R02) is inserted and connected to the socket (15) of the PS2, USB, serial or other dedicated interface, and the mouse or the track ball device (32) is connected to an infrared or ultrasonic wireless interface. The assembly system for a mouse or track ball apparatus according to claim 5, wherein the system is provided independently. 9. The relay keyboard (1) includes a PS2,
A plurality of pinholes (104) having an annular or predetermined geometric distribution are formed at predetermined positions around a socket (15) of a USB, serial or other dedicated interface;
1 at the bottom of the infrared or ultrasonic receiver (R0)
More than one pin (R01) is installed corresponding to the pinhole (104), and the pin (R01) is locked in the pinhole (104) so that a signal transmission direction is selected, and is stably provided. 9. The assembly system according to claim 8, wherein the assembly is rigidly connected. 10. The relay keyboard (1) is provided with an operation key (10) having a selection function outside, and a circuit device (1) of keys corresponding to the operation key (10) inside.
1) is installed, and the key circuit device (11) is connected to the transmission wire (1) installed on the relay keyboard (1).
The relay keyboard (1) is connected to the main unit (2) in (2), and a larger notch (103) for wireless transmission is formed at the bottom left, right, or both sides of the relay keyboard (1). A relay wire (13) is installed at a predetermined position inside the relay wire, and one end of the relay wire (13) is integrally extended with a parallel parallel arrangement wire or a multi-core cable with the transmission wire (12). Connected to the main engine (2) directly or via a socket plug,
One or more single or multiple PS2, USB, serial or other dedicated interface sockets (15) connected directly to the other end via a parallel or link interface are installed, and the PS2, USB, serial or other Dedicated interface socket (1
5) is located at the center of the relay keyboard (1) or at another predetermined position, and receives an infrared or ultrasonic receiver (R).
0) is installed, and the infrared or ultrasonic receiver (R
0) is provided with a plug (R02) corresponding to the PS2, USB, serial or other dedicated interface, and the plug (R02) is a socket (1) of the PS2, USB, serial or other dedicated interface.
The mouse or track ball according to claim 5, wherein the mouse or track ball device (32) has an infrared or ultrasonic wireless interface and is installed independently. Equipment assembly system. 11. The relay keyboard (1) includes the P
A plurality of pinholes (104) having an annular shape or a predetermined geometric distribution are formed at predetermined positions around the socket (15) of the S2, USB, serial or other dedicated interface, and the infrared or ultrasonic receiver (R0) is formed. ) Have one or more pins (R01) at the bottom of the pinhole (10).
The pin (R01) is fixed to the pinhole (104) so that a signal transmission direction is selected, and the pin is stably and firmly connected. Item 11. An assembly system for a mouse or track ball apparatus according to Item 10. 12. The infrared or ultrasonic receiver (R)
12. An electronic keyboard according to claim 11, wherein the first keyboard is provided integrally with the relay keyboard, and is arranged to receive a signal transmitted from the mouse or the trajectory ball device. A mouse or track ball device assembly system as described. 13. The relay keyboard (1) is provided with an operation key (10) having a selection function on the outside, and a circuit device (1) of keys corresponding to the operation key (10) inside.
1) is installed, and the key circuit device (11) is connected to the transmission wire (1) installed on the relay keyboard (1).
2) connected to the main unit (2), a larger clip notch (103) for wireless transmission is formed at the bottom left, right or both sides of the relay keyboard (1); An infrared or ultrasonic receiver (R0) is integrally installed at the bottom, upper side, or a predetermined position of 1), and a relay wire (13) is provided at a predetermined position inside the relay keyboard (1). The relay wire (13) is integrally extended at one end with a parallel parallel arranging wire or a multi-core cable with the transmission wire (12), and is connected to the main unit (2) directly or via a socket plug. The other end is connected to the infrared or ultrasonic receiver (R0), and one or more refraction devices (105) are installed on a predetermined inner wall surface at the bottom of the relay keyboard (1). The infrared or ultrasonic signal device is connected to the inner wall surface of the relay keyboard (1) by a refraction device (105), and the refraction device (105) is positioned at a predetermined position on the inner wall surface of the relay keyboard (1). Arranged in shape, the infrared or audio reflective material is painted, and the infrared or ultrasonic receiver (R0) is equipped with the refraction device (10) to prevent shielding and interference between components.
5) combined to receive signals originating from said mouse or track ball device (32), said mouse or track ball device (32) having an infrared or ultrasonic wireless interface and independently The assembly system for a mouse or track ball device according to claim 1, wherein the assembly system is provided. 14. The infrared or ultrasonic receiving device (R0) is combined with and connected to the relay keyboard (1), or the bottom upper portion, the lower portion, or a predetermined position of the relay keyboard (1). 14. The mouse or track ball device assembly system according to claim 13, wherein the mouse or track ball device is installed integrally with the mouse. 15. The relay keyboard (1) is provided with one or more mouse pads (106) that are integrally molded or assembled on one side, both sides, or a side at a predetermined angle, The mouse pad (106)
Is formed to be used as a console for the mouse or track ball device (32), a charging socket (107) is installed on a predetermined side wall, and when the mouse or track ball device (32) is not used. The assembly system according to claim 1, wherein a charging connector (321) is provided for charging. 16. The relay keyboard (1) has a charging socket (107) having a power supply terminal of an interface of the main unit as a charging power source on a predetermined side wall of a predetermined side, both sides, or a side at a predetermined angle. 2. The mouse or track ball device assembly according to claim 1, wherein a charging connector (321) is provided to charge the mouse or track ball device when not in use. system. 17. The mouse or track ball device (32).
An infrared or ultrasonic transmission circuit device, which is an infrared or ultrasonic transmission unit formed from an LED element at a predetermined angle, is installed. The mouse or track ball device (32) has at least one infrared signal. And a transmission path of two or more infrared rays or ultrasonic waves are formed, a reception and transmission aperture (323) is formed, and a shell of the mouse or the track ball device (32) is formed. An infrared or ultrasonic blocking plate or plug (322) is connected to the opening, and the opening (323) is formed to selectively block reception and transmission to reduce interference. At least two sets of the infrared or ultrasonic transmission circuit devices are installed at a predetermined angle on a mouse or a trajectory ball device (32), and a changeover switch is provided so that parallel operation is performed. The infrared or ultrasonic unit is selectively operated and controlled on the left or right side, and the transmitting head of the mouse or the trajectory ball device (32) has the infrared or ultrasonic transmitting at a predetermined angle. Circuit device (3
21) a socket is inserted into which a plug-shaped transmission circuit device (321) having a socket plug structure is inserted on one side, and an insulating plug is installed on the other side for isolation and protection. The mouse or track ball device (32) is provided with one or two infrared or ultrasonic transmission circuit devices to enlarge the transmission angle of the signal, and further increases the transmission angle of the transmission signal, and the plane transmission angle. 4. The assembly system according to claim 3, wherein three or more infrared or ultrasonic transmission circuit devices are installed in the mouse or the trajectory ball device (32) so as to increase the size of the mouse or the trajectory ball device. 18. The wireless receiving device or the wired mouse or track ball device (31) includes a PS.
2. The socket of USB, serial or other dedicated interface is connected and installed (14, 15), the mouse or track ball device is connected by wire or wireless, and one or more mouse and track ball device are inserted at the same time The mouse or track ball assembly system according to claim 1, wherein two or more sockets (14, 15) for the PS2, USB, serial or other dedicated interface are provided. 19. Two or more PS2, USB, serial or other dedicated interface sockets (14, 1).
5) further comprising a socket (14, 1, 1) for the PS2, USB, serial or other dedicated interface.
The mouse or track ball apparatus assembly system according to claim 1, wherein one or more of the mouse or track ball apparatuses are simultaneously inserted in (5). 20. The mouse or track ball device according to claim 1, wherein the relay keyboard (1) has two or more plugs and sockets installed at predetermined positions on one side or more. Assembly system. 21. The plug and the socket, wherein the mouse or the trajectory ball device (31) or another electric operation control device of a different form is inserted and a changeover switch is provided. A mouse or track ball device assembly system as described. 22. The relay keyboard is provided with a socket of a USB, a high-speed transmission interface IEEE 1394 or a dedicated interface of a HUB having an expansion slot function, and the socket is provided with the wireless receiving device or the mouse or the track ball device (31). ) Is inserted, and a DVD, CD, RO is inserted in the socket.
The assembly system for a mouse or track ball apparatus according to claim 1, wherein a video and audio input / output device such as M, CDR, CDRW, a scanner, a camera, a microphone, and a speaker is inserted. 23. The relay keyboard (1) may include two or more sets of USB, high-speed transmission interface IEEE1394, or HUB dedicated interface sockets having an expansion slot function installed at one or more predetermined positions. The mouse or track ball device assembly system according to claim 1. 24. The wireless receiving device is formed separately from the relay keyboard (1), and is assembled or coupled by screwing, fitting, sticking, hooking, vacuum suction or magnetic suction. ) In place and plug and socket (1) for PS2, USB, serial or other dedicated interface
4) is installed, and the wireless receiver is connected to the PS
2, connected to a relay wire (13) installed on the relay keyboard via a plug and socket (14) of a USB, serial or other dedicated interface, and the relay wire is connected to the relay keyboard;
The wireless receiving device and the relay keyboard (1) are combined to form a notch space so that infrared or ultrasonic wireless transmission is performed, and the mouse or track ball device (32) and the wireless receiving device transmit data. The mouse or track ball apparatus assembly system according to claim 1, wherein the mouse or track ball apparatus is arranged so as to be capable of being placed. 25. A relay wire (13) is connected and installed inside the main unit and the relay keyboard, and the wireless receiver has an electric conduction device on the left or right side of the relay keyboard main body of the notebook computer. The assembly system for a mouse or track ball apparatus according to claim 1, wherein the system is combined with a notebook computer in which the main unit and the relay keyboard are integrated.