KR102183874B1 - Computer peripherals - Google Patents

Abstract

Provided are computer peripherals suitable for treating hands of a computer user in parts except for a computer main body or easily sterilizing at least one of a mouse and a keyboard without causing a carpal tunnel syndrome and without a verbal notice for the operation of an ultraviolet LED lamp, and regardless of the level of a sterilization UV irradiation skill of the computer user. According to the present invention, computer peripherals comprise: an adapter (DC 12V adapter) that receives AC power from the outside and converts the same into DC power; a support mounting a monitor, and irradiating light while electrically connected to the adapter; and a mouse and a keyboard placed around the support, wherein the support irradiates light to the keyboard when the keyboard is placed directly under the support.

Description

Computer peripherals {COMPUTER PERIPHERALS}

The present invention relates to a computer peripheral device that treats a hand of a computer user or sterilizes at least one of a mouse and a keyboard in portions other than the computer body.

In general, computer peripheral devices refer to peripheral devices other than the computer body, for example, a monitor, keyboard, mouse, printer, etc. that are located around the computer body and electrically connected to the computer body. Here, the keyboard and mouse are most often in contact with the computer user's hand in the computer peripheral device.

In other words, the keyboard and mouse complement each other's movements on the screen of the monitor, escape from the character input function, and occupy the greatest weight in the operation of the computer body according to the personality and demands of the computer user, requiring a lot of hands of the computer user. do. Accordingly, the keyboard and mouse are easily exposed to dust introduced from the surrounding environment and viruses derived from hands according to the movement of the computer user.

The dust and viruses are transformed into dirt on the keyboard and mouse according to the usage time of the keyboard and mouse, threatening the health of the computer user. The stains on the keyboard and mouse are wiped off with an alcohol disinfectant, but considering the small and narrow shape of the components in the keyboard or mouse, the alcohol disinfectant is buried in a tissue or cloth and is incompletely in contact with the keyboard and mouse. Can't wipe.

In addition, the alcohol disinfectant chemically reacts to the hand of the computer user and damages the hand skin. Therefore, when the keyboard and mouse are stabbed, these days, ultraviolet rays are used instead of alcohol disinfectants to sterilize them. When irradiated to the keyboard and mouse, the ultraviolet rays do not form a bite on the keyboard and the mouse, and cause a disorder in the metabolism of the virus by modifying the nucleic acid of the virus in stagnation, thereby killing the virus.

Recently, a pedestal for mounting a monitor on the upper side and accommodating a keyboard and a mouse on the lower side is highly preferred by computer users as a computer peripheral device, and the pedestal has an ultraviolet LED lamp, and when accommodating a keyboard and a mouse. , According to the needs of the computer user, sterilizing ultraviolet rays are irradiated from the ultraviolet LED lamp toward the keyboard and mouse.

However, since the UV LED lamp is turned on or off through the on/off of the electric switch provided on the pedestal and is driven at an arbitrary time of the computer user, the degree of sterilization of the keyboard and mouse is different according to the sterilization of the computer user . In addition, when the current computer user irradiates sterilizing ultraviolet rays through an ultraviolet LED lamp, but the driving of the ultraviolet LED lamp is not known verbally, the next computer user approaches the pedestal without knowing the driving of the ultraviolet LED lamp and displays an image. I wear it often.

In addition, since the pedestal irradiates only sterilizing ultraviolet rays through an ultraviolet LED lamp, it does not provide a simple treatment for carpal tunnel syndrome that causes numbness of the computer user's hand before the computer user visits the hospital. On the other hand, the computer peripheral device is similarly disclosed as a prior art in Korean Patent Publication No. 10-2009-0128667.

Korean Patent Publication No. 10-2009-0128667

The present invention was conceived to solve the conventional problem, regardless of the skill level of sterilization ultraviolet irradiation of the computer user, and the driving of the ultraviolet LED lamp without verbal notice, and without causing carpal tunnel syndrome to the computer user, the computer body It is an object of the present invention to provide a computer peripheral device suitable for treating the hand of a computer user or easily sterilizing at least one of a mouse and a keyboard except for the part.

A computer peripheral device according to the present invention includes an adapter (DC 12V adapter) that receives AC power from the outside and converts it into DC power; A pedestal for mounting a monitor and being electrically connected to the adapter to irradiate light; And a mouse and a keyboard positioned around the pedestal, wherein the pedestal irradiates the light to the keyboard when the keyboard is positioned directly under the pedestal.

The pedestal, when viewing the internal circuit of the pedestal, a voltage regulator (5V Regulator) electrically connected to the adapter; A main controller electrically connected to the voltage regulator; And an LED driver electrically connected to the adapter and the main controller, wherein the DC power supply of the adapter may have a larger size than the DC power supply of the voltage regulator.

The adapter may receive AC power 220V from the outlet by connecting an outlet of a building and an adapter port of the pedestal and output 12V of DC power to the pedestal.

The voltage regulator may receive DC power 12V from the adapter to generate DC power 5V and then output the DC power 5V to the input module of the main controller.

The main controller includes a microprocessing unit and an input/output module, and is electrically connected to a touch switch (Touch S/W) and a motion sensor (PIR (Passive Infrared) sensor) through the input module of the main controller. In addition, an indicator and a buzzer may be electrically connected to the LED driver through an output module of the main controller.

The main controller, after receiving a first electric signal from a contact switch or a motion sensor through an input module of the main controller, performs a logic operation on the basis of the first electric signal in the microprocessor of the main controller, and the The LED driver may be electrically controlled by transmitting a second electric signal corresponding to an operation result of the microprocessor to the LED driver through an output module of the main controller.

The pedestal may include first and second leg portions respectively positioned on one side and the other side under the pedestal when the external shape of the pedestal is viewed; A keyboard covering plate which is positioned in a square shape by being connected to the first leg and the second leg; And a mouse shielding plate protruding more from the periphery of the second leg than the periphery of the first leg, wherein the keyboard shielding plate is integrally formed with the mouse shielding plate in the pedestal and can seat the monitor. .

The contact switch is positioned on the first leg or on the keyboard blanking plate, and is pressed from the outside when at least one of the position of the keyboard under the keyboard blanking plate and the position of the mouse under the mouse blanking plate By recognizing the physical contact, a first electrical signal corresponding to the physical contact may be transmitted to the input module of the main controller.

The motion sensor is positioned on the second leg or the mouse screen, and when the computer user's hand is positioned under the mouse screen, the motion sensor detects infrared rays emitted from the hand of the computer user and transmits a first electrical signal to the main It can be transmitted to the input module of the controller.

When the LED driver is controlled based on the first electrical signal of the contact switch, by driving a sterilizing ultraviolet lamp unit (UV-C LED Display), the direction from the keyboard blanking plate toward the keyboard and from the mouse blanking plate When sterilizing ultraviolet rays are irradiated toward at least one of the directions toward the mouse, or when controlled based on the first electrical signal of the motion sensor, the treatment infrared lamp unit (IR LED Display) is driven to cover the mouse. It is possible to irradiate the therapeutic infrared light from the computer user's hand.

When controlling the LED driver through the output module of the main controller, the indicator receives a third electric signal from the output module of the main controller and displays the type of control command executed by the LED driver to the outside. In response, the buzzer may receive a fourth electric signal from the output module of the main controller and inform the outside of a time end of a control command executed by the LED driver.

The pedestal may include a U, S, and non-charge port electrically connected to the voltage regulator (USB Charger Port); And a rocker switch for turning on/off the electrical connection between the adapter and the voltage regulator, wherein the USB charging port is a USB charging terminal of a cable connected to the portable electronic device for wired charging of the portable electronic device. Can accommodate.

The pedestal may include a first voltage regulator (5V regulator) electrically connected to the adapter when viewing the internal circuit of the pedestal; A first rocker switch for turning on/off electrical connection between the adapter and the first voltage regulator; A first main controller electrically connected to the voltage regulator; And a first L.E.D driver electrically connected to the adapter and the first main controller.

The first voltage regulator may receive 12V of DC power from the adapter, generate 5V of DC power, and then output 5V of the DC power to an input module of the first main controller.

The first main controller includes a microprocessing unit and an input/output module, is electrically connected to a Hall switch through an input module of the first main controller, and an output of the first main controller The first buzzer and the first LED driver may be electrically connected through a module.

The first main controller, after receiving a first electric signal from a Hall switch through an input module of the first main controller, performs a logic operation on the basis of the first electric signal in a microprocessor of the first main controller. In addition, a second electric signal corresponding to an operation result of the microprocessor may be transmitted to the first LED driver through an output module of the first main controller to electrically control the first LED driver.

The pedestal may include first and second leg portions respectively positioned on one side and the other side under the pedestal when the external shape of the pedestal is viewed; A keyboard covering plate which is positioned in a square shape by being connected to the first leg and the second leg; And a shutter wound or unwound under the keyboard covering plate between the first leg and the second leg, and the keyboard covering plate may seat the monitor on the pedestal.

The hall switch is electrically connected to the shutter, and when the keyboard is positioned under the keyboard shielding plate, the shutter is relatively unwound with respect to the keyboard shielding plate, and the first leg and the first leg from the outside When the space between the second leg portions is shielded, a first electric signal may be transmitted to the input module of the first main controller by sensing the unwinding state of the shutter.

The first LED driver, when controlled based on the first electrical signal of the Hall switch, drives a sterilizing ultraviolet lamp unit (UV-C LED Display) to irradiate sterilizing ultraviolet rays from the keyboard blanking plate toward the keyboard. I can.

When the first LED driver is controlled through the output module of the first main controller, the first buzzer receives a third electric signal from the output module of the first main controller and is executed by the first LED driver. It is possible to notify the outside of the timeout of the control command being executed.

The pedestal further includes a first USB charger port that is electrically connected to the first voltage regulator, and the first USB charging port is configured to charge the portable electronic device by wire. It can accommodate the USB charging terminal of a cable connected to a portable electronic device.

The computer peripheral device further includes a case electrically connected to the pedestal, wherein the case is a second voltage regulator (5V regulator) electrically connected to the adapter when viewing the internal circuit of the case ; A second main controller electrically connected to the second voltage regulator; And a second L. E. D driver electrically connected to the adapter and the second main controller, wherein the second voltage regulator comprises: the pedestal when the first rocker switch is turned on. Through a bypass circuit of the pedestal may be electrically directly connected to the adapter or when the first rocker switch is turned off, the adapter may be electrically connected to the adapter.

The second voltage regulator may receive DC power 12V from the adapter, generate DC power 5V, and then output 5V DC power to the input module of the second main controller.

The second main controller includes a microprocessing unit and an input/output module, is electrically connected to a contact switch through an input module of the second main controller, and a second main controller through an output module of the second main controller. It can be electrically connected to the 2 buzzer and the second LED driver.

The second main controller, after receiving a first electric signal from a contact switch through an input module of the second main controller, performs a logic operation on the basis of the first electric signal in the microprocessor of the second main controller. In addition, a second electric signal corresponding to an operation result of the microprocessor may be transmitted to the second LED driver through an output module of the second main controller to electrically control the second LED driver.

When the outer shape of the case is viewed, the case is formed in a square box shape and is opened at one side wall of the case, and at the other side wall of the case, an electric line connected to the first port of the pedestal together with the air fan unit It may have a second port to accommodate the terminal of.

The contact switch is located on the ceiling of the case, when the computer user's hand is positioned under the ceiling of the case, or when the mouse is positioned, it recognizes a physical contact pressed from the outside and corresponds to the physical contact. A first electrical signal may be transmitted to the input module of the second main controller.

When the second LED driver presses the treatment button of the contact switch for treatment of the hand of the computer user, and is controlled based on the first electric signal of the treatment button, the treatment infrared lamp unit (IR LED Display) is provided. By driving to irradiate treatment infrared light from the ceiling of the case toward the hand of the computer user, or by pressing the sterilization button of the contact switch to sterilize the mouse, control based on the first electrical signal of the sterilization button When this occurs, the sterilizing ultraviolet light may be irradiated from the ceiling of the case toward the mouse by driving a sterilizing ultraviolet lamp unit (UV-C LED Display).

The case, when viewing the outer shape of the case, further includes a power switch, a fan switch, and a wireless charger from the ceiling of the case, and the power switch includes the adapter and the second power regulator. The electric connection is turned on/off, the fan switch drives a fan motor in the air fan unit to rotate the fan, and the wireless charger is positioned on the ceiling of the case, when a portable electronic device capable of wireless charging is located. , It is possible to wirelessly charge the portable electronic device.

When controlling the second LED driver through the output module of the second main controller, the second buzzer receives a third electric signal from the output module of the second main controller and executes it in the second LED driver. It is possible to notify the outside of the timeout of the control command being executed.

The case further includes a second USB charger port electrically connected to the second voltage regulator, and the second USB charging port is configured to charge the portable electronic device by wire. It can accommodate the USB charging terminal of a cable connected to a portable electronic device.

A computer peripheral device according to the present invention,

The main controller is provided with a pedestal for mounting the monitor, and the main controller and the LED driver are electrically connected in the internal circuit of the pedestal to drive the therapeutic infrared lamp unit or the sterilizing ultraviolet lamp unit through the LED driver according to the control command of the main controller. Display type and end of time for each control command of

A base for mounting the monitor and a case capable of wireless charging are provided and electrically connected, and the main controller and the LED driver are electrically connected to the individual internal circuits of the base and the case, and the treatment infrared lamp through the LED driver according to the control command of the main controller. While driving the negative or sterilizing ultraviolet lamp unit, the timeout is notified to the outside in real time for each control command of the main controller

Regardless of the computer user's sterilization UV irradiation skill level, and without verbal notice of the operation of the UV LED lamp, and without causing carpal tunnel syndrome to the computer user, treatment of the computer user's hand in parts other than the computer body or between the mouse and keyboard At least one can be easily sterilized.

1 is a layout diagram showing a computer peripheral device according to a first embodiment of the present invention.
FIG. 2 is a block diagram showing an electrical connection relationship between an adapter and a pedestal in FIG. 1.
3 is a cross-sectional view showing the pedestal in FIG. 1 in detail.
4 is an enlarged view showing the rear surface of the pedestal in FIG. 3.
5 is a layout diagram showing a computer peripheral device according to a second embodiment of the present invention.
6 is a block diagram showing an electrical connection relationship between an adapter and a pedestal in FIG. 5.
7 is a block diagram showing an electrical connection relationship between an adapter and a case in FIG. 5.
8 is a cross-sectional view showing the pedestal in FIG. 5 in detail.
9 is an enlarged view showing the rear surface of the pedestal in FIG. 8.
10 is a perspective view showing the relative movement of the shutter with respect to the pedestal in FIG. 8.
11 is a cross-sectional view illustrating the case in FIG. 5 in detail.
12 is a schematic diagram showing the sterilizing ultraviolet rays irradiated from the pedestal in FIG. 1.
FIG. 13(a) is a schematic diagram showing treatment infrared rays irradiated from the case in FIG. 5.
13(b) is a schematic diagram showing sterilizing ultraviolet rays irradiated from the case in FIG. 5.

For a detailed description of the present invention to be described later, reference is made to the accompanying drawings, which illustrate specific embodiments in which the present invention may be practiced. These embodiments are described in detail sufficient to enable a person skilled in the art to practice the present invention. It should be understood that the various embodiments of the present invention are different from each other, but need not be mutually exclusive. For example, specific shapes, structures, and characteristics described herein may be implemented in other embodiments without departing from the spirit and scope of the present invention in relation to one embodiment. In addition, it is to be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the present invention. Accordingly, the detailed description to be described below is not intended to be taken in a limiting sense, and the scope of the present invention, if appropriately described, is limited only by the appended claims, along with all scopes equivalent to those claimed by the claims. In the drawings, similar reference numerals refer to the same or similar functions over several aspects, and the length, area, thickness, and the like may be exaggerated and expressed for convenience.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings in order to enable those skilled in the art to easily implement the present invention.

1 is a layout diagram showing a computer peripheral device according to a first embodiment of the present invention, and FIG. 2 is a block diagram showing an electrical connection relationship between an adapter and a pedestal in FIG. 1.

In addition, FIG. 3 is a cross-sectional view showing the pedestal in FIG. 1 in detail, and FIG. 4 is an enlarged view showing the rear surface of the pedestal in FIG. 3.

1 to 4, the computer peripheral device 100 of the present invention, as shown in FIG. 1, an adapter (DC 12V adapter; 10), a base 70, a mouse 80, and a keyboard 90 ). When viewed schematically, the adapter 10 receives AC power from the outside and changes it to a DC power source.

The pedestal 70 mounts the monitor M1 and is electrically connected to the adapter 10 to irradiate light. The light may be therapeutic infrared rays or sterilizing ultraviolet rays. The mouse 80 and the keyboard 90 are located around the pedestal 70. Here, the pedestal 70 irradiates light to the keyboard 90 when the keyboard 90 is positioned directly under the pedestal 70.

Looking in more detail, the pedestal 70, when looking at the internal circuit of the pedestal 70, as shown in Figure 2, a voltage regulator (5V Regulator; 20) and a main controller (Main Controller) 30 and It includes the LED Driver (50). Here, the voltage regulator 20 is electrically connected to the adapter 10. The main controller 30 is electrically connected to the voltage regulator 20.

The LED driver 50 is electrically connected to the adapter 10 and the main controller 30, as shown in FIG. 2. The DC power supply of the adapter 10 is larger than the DC power supply of the voltage regulator 20. The adapter 10 receives AC power 220V from the outlet by connecting an outlet of the building (not shown in the drawing) and the adapter port (15 in Fig. 3) of the pedestal 70 to supply 12V DC power to the pedestal 70. Print.

The voltage regulator 20 receives DC power 12V from the adapter 10, generates 5V DC power, and then outputs 5V DC power to the input module of the main controller 30. The main controller 30 includes a microprocessing unit and an input/output module.

In addition, the main controller 30, as shown in Figure 2, through the input module of the main controller 30, a contact switch (Touch S/W) 32 and a motion sensor (Passive Infrared) Sensor; 36 ) Is electrically connected to, and electrically connected to an indicator 34, a buzzer 38, and an LED driver 50 through an output module of the main controller 30.

The main controller 30 receives the first electrical signal from the contact switch 32 or the motion sensor 36 through the input module of the main controller 30, and then receives the first electrical signal from the microprocessor of the main controller 30. A logic operation is performed based on the electric signal, and a second electric signal corresponding to the operation result of the microprocessor is transmitted to the LED driver 50 through the output module of the main controller 30 to electrically transmit the LED driver 50. Control.

In contrast, the pedestal 70, when viewing the external shape of the pedestal 70, as shown in Figure 3, the first and second leg portions 62, 64, the keyboard cover plate 66, And it includes a mouse blanking plate (68). The first and second leg portions 62 and 64 are respectively located on one side and the other side under the pedestal 70.

The keyboard shielding plate 66 is positioned in a square shape by being joined to the first and second leg portions 62 and 64 on the upper side of the boundary line A1-A2 in FIG. 3. The mouse shielding plate 68 protrudes further from the periphery of the second leg portion 64 than the periphery of the first leg portion 62 at the lower side of the boundary line A1-A2. Here, the keyboard shielding plate 66 is formed integrally with the mouse shielding plate 68 in the pedestal 70 and mounts the monitor M1 of FIG. 1.

Accordingly, the contact switch 32 is positioned on the first leg 62 or the keyboard shielding plate 66 when considering FIG. 2 or 3, and the keyboard 90 under the keyboard shielding plate 66 When at least one of the positions of the mouse 80 under the mouse screen 68 is recognized, the first electrical signal corresponding to the physical contact is input by the main controller 30 Pass it to the module.

The motion sensor 36, when considering FIG. 2 or 3, is located on the second leg portion 64 or the mouse screen 68, and the position of the computer user's hand under the mouse screen 68 At the time, infrared rays emitted from the hand of the computer user are sensed and the first electric signal is transmitted to the input module of the main controller 30.

When the LED driver 50 is controlled based on the first electrical signal of the contact switch 32, the sterilizing ultraviolet lamp unit (UV-C LED Display; 56, 59) is driven from the keyboard shielding plate 66. A sterilizing ultraviolet ray is irradiated toward at least one of a direction toward the keyboard 90 and a direction toward the mouse 80 from the mouse shield plate 68.

Similarly, when the LED driver 50 is controlled based on the first electrical signal of the motion sensor 36, the treatment infrared lamp unit (IR LED Display) 53 is driven from the mouse screen 68 Infrared radiation can be irradiated into the hand of the computer user. The LED driver 50 allows a constant current to flow through the therapeutic infrared lamp unit 53 or the sterilizing ultraviolet lamp units 56 and 59.

As shown in Fig. 4, the sterilizing ultraviolet lamp unit 56 has a plurality of ultraviolet lamps horizontally positioned on the back surface of the keyboard shielding plate 66, and the sterilizing ultraviolet lamp unit 59 covers a mouse. It has a plurality of ultraviolet lamps positioned vertically on the back surface of the plate 68. In addition, the therapeutic infrared lamp unit 53 has a plurality of infrared lamps which are vertically positioned on the back surface of the mouse shield 68 and mixed with a plurality of ultraviolet lamps.

When controlling the LED driver 50 through the output module of the main controller 30, the indicator 34 receives a third electric signal from the output module of the main controller 30 and performs it in the LED driver 50 The indication of the type of control command to be performed is notified to the outside. The buzzer 38 receives the fourth electric signal from the output module of the main controller 30 and informs the outside of the timeout of the control command executed by the LED driver 50.

On the other hand, the pedestal 70, as shown in Figs. 2 and 3, a U, S, non-charging port (USB Charger Port; 40), which is electrically connected to the voltage regulator 20, and the adapter 10 And a rocker switch 32 for turning on/off the electrical connection of the voltage regulator 20 and the voltage regulator 20. Here, the USB charging port 40 accommodates a USB charging terminal of a cable (not shown in the drawing) connected to the portable electronic device for wired charging of the portable electronic device.

5 is a layout diagram showing a computer peripheral device according to a second embodiment of the present invention, FIG. 6 is a block diagram showing an electrical connection relationship between an adapter and a pedestal in FIG. 5, and FIG. 7 is an electrical diagram of an adapter and a case in FIG. It is a block diagram showing the connection relationship.

FIG. 8 is a cross-sectional view showing the pedestal in FIG. 5 in detail, FIG. 9 is an enlarged view showing the rear surface of the pedestal in FIG. 8, and FIG. 10 is a perspective view showing the relative movement of the shutter with respect to the pedestal in FIG.

In addition, FIG. 11 is a cross-sectional view showing the case in FIG. 5 in detail.

5 to 11, the computer peripheral device 270 is similar to the computer peripheral device 100 of FIG. 1, but when viewed in appearance, the pedestal 170 compared to the computer peripheral device 100 of FIG. 1 ) Further includes a case 240 located around. Here, the pedestal 170 and the case 240 are electrically connected to each other as shown in FIG. 5.

When looking at schematically, the pedestal 170, when viewing the internal circuit of the pedestal 170, as shown in Fig. 6, a first voltage regulator (5V Regulator) 120 and a first rocker switch (Fig. 8 of 118), a first main controller 130, and a first LED driver 150.

The first voltage regulator 120 is electrically connected to the adapter 110 as shown in FIG. 6. The first rocker switch 118 turns on/off electrical connection between the adapter 110 and the first voltage regulator 120. The first main controller 130 is electrically connected to the voltage regulator 120. The LED driver 150 is electrically connected to the adapter 110 and the first main controller 130.

Looking in more detail, the adapter 110 is accommodated in the adapter port (114 of FIG. 8) of the pedestal 170 and has the same functions and electrical characteristics as the adapter 10 of FIG. 1. The first voltage regulator 120 receives DC power 12V from the adapter 110 and generates 5V DC power, and then outputs 5V DC power to the input module of the first main controller 130.

The first main controller 130 includes a microprocessing unit and an input/output module, and is electrically connected to a Hall switch 134 through an input module of the first main controller 130, The first buzzer 138 and the first LED driver 150 are electrically connected through an output module of the first main controller 130.

The first main controller 130 receives the first electrical signal from the hall switch 134 through the input module of the first main controller 130 and then receives the first electrical signal from the microprocessor of the first main controller 130. A first LED driver by performing a logic operation based on the electric signal and transmitting a second electric signal corresponding to the operation result of the microprocessor through the output module of the first main controller 130 to the first LED driver 150 (150) is electrically controlled.

The pedestal 170, when viewing the external shape of the pedestal 170, when considering FIGS. 8 to 10, the first and second leg portions 162 and 164, the keyboard cover plate 168, and the shutter ( 166). The first and second leg portions 162 and 164 are respectively positioned on one side and the other side under the pedestal 170.

The keyboard shielding plate 168 is positioned in a square shape by combining the first leg portion 162 and the second leg portion 164. The shutter 166 is wound or unwound under the keyboard cover plate 168 between the first leg portion 162 and the second leg portion 164, as shown in FIGS. 9 and 10. Here, the keyboard shielding plate 168 seats the monitor M2 of FIG. 5 on the pedestal 170.

The hall switch 134 is electrically connected to the shutter 166, and when the keyboard 260 is positioned under the keyboard shielding plate 168, the shutter 166 is relatively unwinded with respect to the keyboard shielding plate 168. When shielding the space between the first leg portion 162 and the second leg portion 164 from the outside, the first electrical signal is transmitted to the input module of the first main controller 130 by detecting the unwinding state of the shutter 166 To pass on.

When the first LED driver 150 is controlled based on the first electrical signal of the hall switch 134, the sterilizing ultraviolet light lamp unit (UV-C LED Display) 155 is driven from the keyboard blanking plate 168. Sterilizing ultraviolet rays are irradiated toward the keyboard 260. The first buzzer 138 receives a third electric signal from the output module of the first main controller 130 when controlling the first LED driver 150 through the output module of the first main controller 130. The end of the time of the control command executed by the first LED driver 150 is notified to the outside.

The pedestal 170 further includes a first USB charger port 140 that is electrically connected to the first voltage regulator 120 as shown in FIG. 6. The first USB charging port 140 accommodates a USB charging terminal of a cable (not shown in the drawing) connected to the portable electronic device for wired charging of the portable electronic device.

Meanwhile, the computer peripheral device 270 further includes a case 240 that is electrically connected to the pedestal 170 in consideration of FIGS. 5 and 7. When looking at the internal circuit of the case 140, the case 240 includes a second voltage regulator 180, a second main controller 190, and a second voltage as shown in FIG. 7. It includes the LED Driver (210).

Briefly, the second voltage regulator 180 is electrically connected to the adapter 110. The second main controller 190 is electrically connected to the second voltage regulator 180. The second LED driver 210 is electrically connected to the adapter 110 and the second main controller 190.

Here, the second voltage regulator 180 is electrically directly connected to the adapter 110 through the pedestal 170 when the first rocker switch (118 in FIG. 8) is turned on, or the first rocker switch 118 ) Is electrically connected to the adapter 110 through a bypass circuit (not shown in the drawing) of the pedestal 170.

In more detail, the second voltage regulator 180 receives DC power 12V from the adapter 110, generates 5V DC power, and then outputs 5V DC power to the input module of the second main controller 190. .

The second main controller 190 includes a microprocessing unit and an input/output module, is electrically connected to the contact switch 194 through an input module of the second main controller 190, and is The second buzzer 198 and the second LED driver 210 are electrically connected through an output module of the controller 190.

The second main controller 190 receives the first electrical signal from the contact switch 194 through the input module of the second main controller 190 and then receives the first electrical signal from the microprocessor of the second main controller 190. A second LED driver by performing a logic operation based on the electric signal and transmitting a second electric signal corresponding to the operation result of the microprocessor to the second LED driver 210 through the output module of the second main controller 190 (210) is electrically controlled.

In contrast, the case 240, when viewing the outer shape of the case 240, as shown in FIG. 11, is formed in a square box shape and is opened from one side wall of the case 240, and the case 240 On the other side wall of the air fan unit 238, a second port 234 accommodating a terminal of an electric wire (L in FIG. 5) connected to the first port (175 in FIG. 8) of the pedestal 170 is provided. Have.

The contact switch 194 is located on the ceiling of the case 240, and when the computer user's hand is positioned under the ceiling of the case 240 or the mouse is positioned, the contact switch 194 is physically contacted by recognizing a physical contact pressed from the outside. The first electric signal corresponding to is transmitted to the input module of the second main controller 190.

The second LED driver 210 is controlled based on the first electric signal of the treatment button 192 by pressing the treatment button (192 in FIG. 11) of the contact switch 194 for treatment of the hand of the computer user. When this occurs, the treatment infrared lamp unit (IR LED Display) 214 is driven to irradiate the treatment infrared light from the ceiling of the case 240 toward the hand of the computer user.

In contrast, the second LED driver 210 presses the sterilization button 193 of the contact switch 194 to sterilize the mouse 250, and controls the sterilization button 193 based on the first electrical signal. When this occurs, the sterilizing ultraviolet ray lamp unit (UV-C LED Display) 218 is driven to irradiate the sterilizing ultraviolet ray from the ceiling of the case 240 toward the mouse 250.

The case 240 further includes a power switch 191, a fan switch 196, and a wireless charger (220 of FIG. 7) from the ceiling of the case 240 when viewing the external shape of the case 240. Include. The power switch 191 turns on/off electrical connection between the adapter 110 and the second power regulator 180.

The fan switch 196 drives a fan motor (not shown) in the air fan unit 238 to rotate the fan F. The wireless charger 220 wirelessly charges the portable electronic device when a portable electronic device capable of wireless charging is positioned on the ceiling of the case 240.

When controlling the second LED driver 210 through the output module of the second main controller 190, the second buzzer 198 transmits a third electric signal from the output module of the second main controller 190 In response, the second LED driver 190 notifies the end of time of the control command executed by the second LED driver 190.

The case 240 further includes a second USB charger port 200 that is electrically connected to the second voltage regulator 180, as shown in FIG. 7. The second USB charging port 200 accommodates a USB charging terminal of a cable (not shown in the drawing) connected to the portable electronic device for wired charging of the portable electronic device.

Next, a method of using the computer peripheral device of FIG. 1 or 5 will be described with reference to FIG. 12 or 13. In this case, FIG. 12 is a schematic diagram showing sterilizing ultraviolet rays irradiated from the pedestal in FIG. 1.

In addition, FIG. 13(a) is a schematic diagram showing therapeutic infrared rays irradiated from the case in FIG. 5, and FIG. 13(b) is a schematic diagram showing sterilizing ultraviolet rays irradiated from the case in FIG. 5.

Referring to FIG. 12, a computer peripheral device 100 according to the first embodiment of the present invention may be prepared. The computer peripheral device 100, as shown in FIG. 1, includes an adapter 10, a pedestal 70, a mouse 80, and a keyboard 90. The electrical connection relationship between the adapter 10 and the pedestal 70, and the internal circuit of the pedestal 70 have already been described in FIGS. 1 to 4.

Subsequently, at least one of the mouse 80 and the keyboard 90 may be positioned around the first and second leg portions 62 and 64 of the pedestal 70. Alternatively, the computer user's hand may be positioned around the first and second leg portions 62 and 64 of the pedestal 70. Subsequently, light irradiation of the pedestal 70 may be performed on at least one of the mouse 80 and the keyboard 90 or the hand of a computer user.

In more detail, for light irradiation of the pedestal 70, the LED driver 50 of FIG. 2 is controlled based on the first electric signal of the contact switch 32, when the sterilizing ultraviolet lamp unit 56 , 59) to drive the sterilizing ultraviolet rays toward at least one of the direction from the keyboard shielding plate 66 toward the keyboard 90 (D1) and the direction from the mouse shielding plate 68 toward the mouse 80 (D2) Can be investigated.

In contrast, for light irradiation of the pedestal 70, the LED driver 50, when controlled based on the first electric signal of the motion sensor 36, drives the therapeutic infrared lamp unit 53 to Treatment infrared rays (not shown in the drawing) may be irradiated from the screen 68 toward the hand of the computer user.

13A and 13B, a computer peripheral device 270 according to a second embodiment of the present invention may be prepared. The computer peripheral device 270, as shown in FIG. 5, includes an adapter 110, a pedestal 170, a case 240, a mouse 250, and a keyboard 260. The electrical connection relationship between the adapter 110, the pedestal 170 and the case 240, and the internal circuit of the pedestal 170 and the case 240 have already been described with reference to FIGS. 5 to 11.

Subsequently, the keyboard 260 may be positioned around the first and second leg portions 162 and 164 of the pedestal 170. Alternatively, the computer user's hand or mouse 250 may be located inside the case 240. Subsequently, light irradiation of the pedestal 170 may be performed on the keyboard 260, or light irradiation of the case 240 may be performed on the hand or mouse 250 of a computer user.

More specifically, for light irradiation of the pedestal 170, although not shown in the drawing, when the first LED driver 150 is controlled based on the first electrical signal of the hall switch 134, By driving the sterilizing ultraviolet lamp unit 155, sterilizing ultraviolet rays may be irradiated from the keyboard shielding plate 168 toward the keyboard 260.

Meanwhile, for light irradiation of the case 240, as shown in FIG. 13(a), the second LED driver 210 is a treatment button of the contact switch 194 for treatment of the hand of the computer user. When 192 is pressed and controlled based on the first electric signal of the treatment button 192, the treatment infrared lamp unit 214 is driven to move the computer user's hand from the ceiling of the case 240 along the direction D3. It can be irradiated towards the treatment infrared.

Alternatively, for light irradiation of the case 240, as shown in FIG. 13(b), the second LED driver 210 sterilizes the contact switch 194 for sterilization of the mouse 250 When the button 193 is pressed and controlled based on the first electric signal of the sterilization button 193, the sterilization ultraviolet light lamp unit 218 is driven to the mouse 250 from the ceiling of the case 240 along the direction D4. It is also possible to irradiate sterilizing ultraviolet rays toward.

Here, the case 240 may irradiate therapeutic infrared rays or sterilizing ultraviolet rays while driving the air fan unit 238 in FIG. 11 in a pressurized state of the fan switch 186.

10; Adapter, 70; Pedestal
80; Mouse, 90; keyboard
100; Computer peripherals, M1; monitor

Claims (31)

An adapter (DC 12V adapter) that receives AC power from the outside and converts it into a DC power supply;
A pedestal for mounting a monitor and being electrically connected to the adapter to irradiate light; And
Including a mouse and a keyboard positioned around the pedestal,
The pedestal,
When the keyboard is positioned directly under the pedestal,
Irradiating the light to the keyboard,
The pedestal,
When looking at the internal circuit of the pedestal,
A voltage regulator or a first voltage regulator (5V regulator) electrically connected to the adapter;
A main controller or a first main controller electrically connected to the voltage regulator or the first voltage regulator; And
A main controller and an L.E.D driver electrically connected to the adapter, or a first main controller and a first L.D driver electrically connected to the adapter,
The DC power supply of the adapter,
It is a larger size than the DC power supply of the voltage regulator or the first voltage regulator,
The main controller or the first main controller,
Including a microprocessing unit and an input/output module,
The main controller,
Electrically connected to an indicator, a buzzer, and the LED driver through an output module of the main controller,
The first main controller,
Electrically connected to the first buzzer and the first LED driver through the output module of the first main controller,
The LED driver or the first LED driver,
Apply a constant current to the therapeutic infrared lamp unit or the sterilizing ultraviolet lamp unit,
The buzzer,
Receives an electric signal from the main controller and informs the outside of the timeout of a control command executed by the LED driver,
The first buzzer,
A computer peripheral device that receives an electric signal from the first main controller and informs the outside of the end of a control command executed by the first LED driver.
delete The method of claim 1,
The adapter is,
A computer peripheral device that connects an outlet of a building and an adapter port of the pedestal to receive 220V AC power from the outlet and output 12V DC power to the pedestal.
The method of claim 1,
The voltage regulator,
A computer peripheral device that receives DC power 12V from the adapter, generates DC power 5V, and outputs the DC power 5V to an input module of the main controller.
The method of claim 1,
The main controller,
A computer peripheral device electrically connected to a touch switch (Touch S/W) and a motion sensor (Passive Infrared (PIR) sensor) through the input module of the main controller.
The method of claim 1,
The main controller,
After receiving the first electrical signal from the contact switch or motion sensor through the input module of the main controller,
A microprocessor of the main controller performs a logic operation based on the first electrical signal,
A computer peripheral device that electrically controls the LED driver by transmitting a second electrical signal corresponding to an operation result of the microprocessor to the LED driver through an output module of the main controller.
The method of claim 5,
The pedestal,
When looking at the external shape of the pedestal,
First and second leg portions respectively positioned on one side and the other side under the pedestal;
A keyboard covering plate which is positioned in a square shape by being connected to the first leg and the second leg; And
A mouse covering plate protruding further from the periphery of the second leg than the periphery of the first leg,
The keyboard blanking plate,
A computer peripheral device formed integrally with the mouse shield plate on the pedestal and seating the monitor.
The method of claim 7,
Contact switch,
It is located on the first leg or the keyboard cover plate,
When at least one of a position of the keyboard under the keyboard blanking plate and a position of the mouse under the mouse blanking plate,
A computer peripheral device that recognizes the physical contact pressurized from the outside and transmits a first electrical signal corresponding to the physical contact to the input module of the main controller.
The method of claim 7,
Motion sensor,
It is located on the second leg or the mouse screen,
When the computer user's hand is positioned under the mouse blanking plate,
A computer peripheral device that senses infrared rays emitted from the hand of the computer user and transmits a first electrical signal to the input module of the main controller.
The method of claim 7,
The LED driver,
When controlled based on the first electrical signal of the contact switch,
By driving a sterilizing ultraviolet lamp unit (UV-C LED Display), a sterilizing ultraviolet ray is irradiated toward at least one of a direction from the keyboard blanking plate toward the keyboard and a direction from the mouse blanking plate toward the mouse, or
When controlled based on the first electrical signal of the motion sensor,
A computer peripheral device that drives a therapeutic infrared lamp unit (IR LED Display) to irradiate a therapeutic infrared ray from the mouse shield toward the hand of a computer user.
The method of claim 5,
When controlling the LED driver through the output module of the main controller,
The indicator,
Receives a third electric signal from the output module of the main controller and informs the outside of the display of the type of control command executed by the LED driver,
The buzzer,
A computer peripheral device that receives a fourth electric signal from the output module of the main controller and informs the outside of the end of the time of the control command executed by the LED driver.
The method of claim 1,
The pedestal,
A USB charger port electrically connected to the voltage regulator; And
Further comprising a rocker (Rocker) switch for turning on / off the electrical connection between the adapter and the voltage regulator,
The USB charging port,
A computer peripheral device that accommodates a USB charging terminal of a cable connected to the portable electronic device for wired charging of the portable electronic device.
The method of claim 1,
The pedestal,
When looking at the internal circuit of the pedestal,
Computer peripheral device comprising a first rocker (Rocker) switch on / off the electrical connection between the adapter and the first voltage regulator.
The method of claim 13,
The first voltage regulator,
A computer peripheral device that receives DC power 12V from the adapter, generates DC power 5V, and outputs the DC power 5V to an input module of the first main controller.
The method of claim 13,
The first main controller,
A computer peripheral device electrically connected to a Hall switch through an input module of the first main controller.
The method of claim 13,
The first main controller,
After receiving the first electrical signal from the Hall switch through the input module of the first main controller,
A microprocessor of the first main controller performs a logic operation based on the first electrical signal,
A computer peripheral device configured to electrically control the first LED driver by transmitting a second electric signal corresponding to an operation result of the microprocessor to the first LED driver through an output module of the first main controller.
The method of claim 15,
The pedestal,
When looking at the external shape of the pedestal,
First and second leg portions respectively positioned on one side and the other side under the pedestal;
A keyboard covering plate which is positioned in a square shape by being connected to the first leg and the second leg; And
And a shutter wound or unwound under the keyboard shielding plate between the first leg and the second leg,
The keyboard blanking plate,
A computer peripheral device that seats the monitor on the pedestal.
The method of claim 17,
The hall switch,
Electrically connected to the shutter,
When the keyboard is positioned under the keyboard blanking plate, the shutter is relatively unwound with respect to the keyboard blanking plate to shield the space between the first leg and the second leg from the outside,
A computer peripheral device that senses the unwinding state of the shutter and transmits a first electrical signal to the input module of the first main controller.
The method of claim 17,
The first LED driver,
When controlled based on the first electrical signal of the Hall switch,
A computer peripheral device that drives a sterilizing ultraviolet lamp unit (UV-C LED Display) to irradiate sterilizing ultraviolet rays from the keyboard shielding plate toward the keyboard.
The method of claim 15,
The first buzzer,
When controlling the first LED driver through the output module of the first main controller,
A computer peripheral device that receives a third electric signal from the output module of the first main controller and informs the outside of the end of the time of the control command executed by the first LED driver.
The method of claim 13,
The pedestal,
Further comprising a first U, S, non-charging port (USB Charger Port) electrically connected to the first voltage regulator,
The first USB charging port,
A computer peripheral device that accommodates a USB charging terminal of a cable connected to the portable electronic device for wired charging of the portable electronic device.
The method of claim 13,
Further comprising a case (Case) electrically connected to the pedestal,
The case,
When looking at the internal circuit of the case,
A second voltage regulator (5V regulator) electrically connected to the adapter;
A second main controller electrically connected to the second voltage regulator; And
A second L.E.D driver electrically connected to the adapter and the second main controller,
The second voltage regulator,
Around a computer that is electrically directly connected to the adapter through the base when the first rocker switch is turned on, or electrically connected to the adapter through a bypass circuit of the base when the first rocker switch is turned off Device.
The method of claim 22,
The second voltage regulator,
A computer peripheral device that receives DC power 12V from the adapter, generates DC power 5V, and outputs the DC power 5V to an input module of the second main controller.
The method of claim 22,
The second main controller,
Including a microprocessing unit and an input/output module,
Electrically connected to a contact switch through an input module of the second main controller,
A computer peripheral device electrically connected to a second buzzer and the second LED driver through an output module of the second main controller.
The method of claim 22,
The second main controller,
After receiving the first electrical signal from the contact switch through the input module of the second main controller,
A microprocessor of the second main controller performs a logical operation based on the first electrical signal,
A computer peripheral device configured to electrically control the second LED driver by transmitting a second electric signal corresponding to an operation result of the microprocessor to the second LED driver through an output module of the second main controller.
The method of claim 24,
The case,
When looking at the outer shape of the case,
It consists of a square box shape and is opened at one side wall of the case,
A computer peripheral device having, on the other side wall of the case, a second port accommodating a terminal of an electric wire connected to the first port of the pedestal together with the air fan unit.
The method of claim 26,
The contact switch,
Is located on the ceiling of the case,
When the computer user's hand is positioned under the ceiling of the case or the mouse is positioned,
A computer peripheral device that recognizes the physical contact pressed from the outside and transmits a first electrical signal corresponding to the physical contact to the input module of the second main controller.
The method of claim 26,
The second LED driver,
Pressing the treatment button of the contact switch for treatment of the computer user's hand,
When controlled based on the first electrical signal of the treatment button,
By driving a therapeutic infrared lamp unit (IR LED Display) irradiating the therapeutic infrared from the ceiling of the case toward the hand of the computer user, or
By pressing the sterilization button of the contact switch for sterilization of the mouse,
When controlled based on the first electrical signal of the sterilization button,
A computer peripheral device that drives a sterilizing ultraviolet lamp unit (UV-C LED Display) to irradiate sterilizing ultraviolet rays from the ceiling of the case toward the mouse.
The method of claim 26,
The case,
When looking at the outer shape of the case,
Further comprising a power switch and a fan switch and a wireless charger (Wireless charger) in the ceiling of the case,
The power switch,
Turning on/off the electrical connection between the adapter and the second voltage regulator,
The fan switch,
The fan motor is driven in the air fan unit to rotate the fan,
The wireless charger,
A computer peripheral device that wirelessly charges the portable electronic device when a portable electronic device capable of wireless charging is positioned on the ceiling of the case.
The method of claim 24,
When controlling the second LED driver through the output module of the second main controller,
The second buzzer,
A computer peripheral device that receives a third electric signal from the output module of the second main controller and informs the outside of the end of a control command executed by the second LED driver.
The method of claim 22,
The case,
Further comprising a second U, S, non-charging port (USB Charger Port) electrically connected to the second voltage regulator,
The second USB charging port,
A computer peripheral device that accommodates a USB charging terminal of a cable connected to the portable electronic device for wired charging of the portable electronic device.

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