KR20040000921A - Apparatus for input rpogram of flash memory with a built-in a portable radiophone - Google Patents

Abstract

PURPOSE: A program input device for flash memories embedded in a mobile phone is provided to fix a plurality of flash memories by one lever operation using an oil pressure and collectively input a program. CONSTITUTION: A square body(10) has a downward slant surface at its upper portion. A memory fixing unit(20) is installed in an upper surface of the square body(10) and is driven by an oil pressure. One side end of a hydraulic oil hose(60) is combined with the memory fixing unit(20). A hydraulic generator(40) having a hydraulic cylinder(41) is combined with the other side end of the hydraulic oil hose(60). A lever(51) is connected to a hydraulic convey tube(70) connected to the hydraulic generator(40), and is moved left and right. The lever(51) is installed in the center of a controller(50). A program input unit(30) installed in a forward direction of the square body(10) has an LCD(31) and a keypad(32). The LCD(31) displays a program input state.

Description

Program input device for flash memory of mobile phone {Apparatus for input rpogram of flash memory with a built-in a portable radiophone}

The present invention relates to a program input device for a flash memory mounted on a main board inside a mobile phone, and more particularly, to input basic functions of a mobile phone programmed in a flash memory coupled to a main board mounted inside the mobile phone during manufacture. As a device for, a plurality of memory fixing unit is provided on the upper surface of the rectangular body and the hydraulic generator equipped with a hydraulic cylinder on one side of the main body along the hydraulic transfer pipe connected to each of the memory fixing unit is provided with a lever in the hydraulic generator As the controller is connected to the hydraulic feed pipe, the hydraulic pressure generated by the hydraulic generator according to the lever operation of the controller is transferred to each memory fixing part through the hydraulic conveying pipe, and a plurality of flash memories are inserted into each memory fixing part to collectively program. Mobile phone with built-in flash menu It is about a program input device of Mori.

In general, the inside of the mobile phone case detects the operation signal of the keypad and transmits to the central processing unit flash memory, the flash memory is configured to implement a variety of functions of the mobile phone according to the pre-stored program.

Conventional flash memory program inputs perform programming of individual flash memories by inserting already programmed basic functions into individually formed memory fixtures and copying programs onto the inserted memory, and flash memory with various basic functions built-in It will be mounted on the board to make a mobile phone.

However, the conventional flash memory programming is made of a manual structure in which the memory fixing device to which the flash memory is mounted is separated into individual components, which are made of individual components, and the user inserts the memory by manually pressing the memory insertion slot into which the memory is inserted. It is pointed out that the productivity is deteriorated due to the decrease in programming input speed of flash memory.

In addition, the conventional memory program input device has a limitation in the number of manual operations because the operator has to operate each memory fixing unit one by one through the operation of one individual memory fixing unit, and the memory fixing unit is not fixed at all times. There was a risk of loss.

Accordingly, the present invention has been made to solve the above-mentioned disadvantages and problems raised in the conventional program input device of the memory, and a plurality of memory fixing parts are provided in a row on the upper surface of the rectangular body, and the memory fixing parts are provided. The hydraulic hose is connected to one side of the hydraulic hose is coupled to the end side of the hydraulic hose is provided with a hydraulic generator equipped with a hydraulic cylinder to one side of the main body, the end of the hydraulic transfer pipe coupled to one side of the hydraulic generator is operated by a lever When the controller is coupled, the pressure generated from the hydraulic generator by the controller lever of the operator is transmitted to each memory fixing part along the hydraulic hose to insert a plurality of flash memories through the memory insertion port, so that programming through the program input unit is performed. One phone's built-in flash memory It is an object of the invention to provide a program input device.

1 is a perspective view of a program input device according to the present invention;

2 is a plan view of a program input device according to the present invention;

Figure 3 is an assembled perspective view of the memory fixing unit according to the present invention.

Figure 4 is a side view of the memory fixing operation state according to the present invention.

Figure 5 is a perspective view of the pressing plate of the memory fixing unit according to the present invention.

Figure 6 is a side view of the pressing plate of the memory fixing unit according to the present invention.

((Explanation of symbols for main parts of drawing))

10. Main unit 11. Press plate fixture

15. pressure plate 17. memory fixture

19. Hydraulic holder 19a. Hydraulic Drive

20. Memory lock 30. Programmer

40. Hydraulic Generator 50. Controller

60. Hydraulic hose 70. Hydraulic feed pipe

The object of the present invention, the upper body of the rectangular box forming an inclined surface, the memory fixing portion which is mounted in parallel to the upper surface of the main body driven by hydraulic pressure, and coupled to one side of the memory fixing portion to the outside of the main body A hydraulic generator mounted on the other end of the extended hydraulic hose and having a hydraulic cylinder, a controller connected to the hydraulic generator through a separate hydraulic transfer pipe, and equipped with a lever moving left and right in the center, and separated in front of the main body; It is possible and is achieved by a structure consisting of a program input unit having a keypad and a liquid crystal display on the front.

The main body is provided with a plurality of memory fixing unit in a row on the inclined upper surface, each of the memory fixing unit is provided with a hydraulic plate is formed in the pressing plate fixture protruding to both sides of the center and the hydraulic hose connected to the rear.

The front of the pressing plate fixture is inserted and mounted with a PCB substrate having a memory insertion opening, the pressing plate formed with a pressing protrusion on the front inward to the top is hinged by fixing means such as bolts.

In the program input device of the present invention, when the operator operates the lever of the controller provided at one side of the main body to the left and right so that pressure through the hydraulic generator is transmitted to the hydraulic drive of the memory fixing part, the hydraulic drive port protrudes upward and the pressing plate on the upper portion thereof. By rotating the hinge, the pressing protrusion inside the pressing plate presses the outer circumferential surface of the memory insertion hole to install the flash memory into the pressing protrusion opened in the insertion hole. As the pressing plate is in a horizontal state, the memory is fixed in the pressing protrusion in the insertion hole, and the programming is performed through the program input unit, thereby enabling the production of a large amount of programmed flash memory with a single program input.

The matters relating to the operational effects including the technical configuration for the above object of the program input device of the mobile phone built-in flash memory of the present invention will be clearly understood by the following detailed description with reference to the drawings showing preferred embodiments of the present invention.

First, Figure 1 is a perspective view of a program input device according to the present invention, Figure 2 is a plan view according to the present invention, Figure 3 is an assembled perspective view of the memory fixing unit according to the present invention, Figure 4 is a memory high according to the present invention This is a side view of government operation.

As shown, the program input device of the flash memory of the mobile phone according to the present invention includes a rectangular main body 10 having an upper inclined slope and a memory fixing part mounted in a row on the upper surface of the main body 10 in a hydraulic manner. 20) and a hydraulic generator 40 coupled to the other end of the hydraulic hose 60, one end of which is coupled to the memory fixing part 20, and provided with a hydraulic cylinder 41, to the hydraulic generator 40. Is connected to a separate hydraulic transfer pipe 70 is composed of a controller 50 is mounted with a lever 51 that is left and right flowing in the center.

The main body 10 is equipped with a liquid crystal display 31 for displaying a program input state in front of one side and a program input device 30 having a keypad 32 formed thereon for key input, and the program input device 30. External power is supplied through a power source (not shown) connected to one side.

In addition, the upper surface of the main body 10 forms an upwardly inclined surface toward the rear, and the plurality of memory fixing units 20 are formed side by side on the inclined surface, and the memory fixing unit 20 is formed in the main body 10. The pressing plate 15 is rotatably fixed on the pressing plate fixing member 11 protruded vertically, and the PCB board 16 having the memory inserting hole 17 mounted thereon is coupled to the lower surface of the pressing plate 15.

The PCB substrate 16 has a memory insertion hole mounted on a substrate 12 having a connection terminal 16a provided at a bottom thereof arranged in a line on an upper surface of the main body 10, and mounted on an upper surface of the PCB substrate 16. 17) is configured in the form of a rectangular box is elastically moved up and down by a spring and the flash memory (not shown) built into the mobile phone through the upper portion is configured to be fixed.

On the other hand, between the pressing plate fixtures 11 on both sides formed to protrude upward from the main body 10, the front side is separated to both sides, the pressing plate 15 provided with the pressing protrusion 15a therein is covered and the pressing plate 15 The driving hole insertion hole 18a of the coupling end 18 stepped backward is coupled to the hydraulic drive unit 19a of the hydraulic holder 19 connected to the hydraulic hose 60 at the rear of the memory fixing unit 12.

At this time, the pressing protrusion 15a provided at the front of the pressing plate 15 is pressed by both sides of the memory insertion hole 17 mounted on the PCB board 16 so that the memory insertion hole 17 is pressed into the insertion hole ( The crimp protrusion 17a in 17 is elastically expanded to both sides.

The pressing of the memory insertion hole 17 by the pressing plate 15 is the pressure through the hydraulic hose 60 is transmitted to the hydraulic drive port 19a of the hydraulic holder 19 is made to lift the hydraulic drive port 19a. Accordingly, the coupling end 18 of the pressing plate 15 coupled to the hydraulic driving mechanism 19a is raised, and the front of the pressing plate 15 is relatively lowered.

On the other hand, the hydraulic drive (19a) of the memory fixing portion 20 is coupled to the end of the hydraulic hose 60 connected from one side of the hydraulic generator 40 is supplied by the pressure generated through the hydraulic generator 40 It is moved upward at the back of each memory inserting portion 20.

The hydraulic generator 40 has a hydraulic hose 60 on one side is coupled to the hydraulic transfer pipe 70 is connected to the controller 50 on the other side and the fluid is built in the hydraulic pressure by operating the lever 51 of the controller 50 The generated hydraulic cylinder 41 is provided.

In addition, the controller 50 connected through the hydraulic generator 40 and the hydraulic transfer pipe 70 is equipped with a lever 51 that flows from side to side on the front side and the hydraulic generator 40 according to the left and right movement of the lever 51. Hydraulic pressure is generated through).

Next, Figure 5 is a perspective view of the pressing plate of the memory fixing unit according to the present invention, Figure 6 is a side view of the pressing plate of the memory fixing unit according to the present invention, as shown in the pressing plate mounted to the memory insert of the program input device of the present invention ( 15 is made of a material such as aluminum or steel is provided with a drive hole insertion hole (18a) is inserted so that the hydraulic drive port (19a) is moved up and down hydraulically to the stepped coupling end portion 18 of the rear and the front "" It is a structure formed by a ┐ "-shaped separating opening 15b, and a pair of pressing protrusions 15a are formed on the inner surface of each of the separating openings 15b.

In addition, a coupler 15c coupled to the pressing plate fixture 11 protruding upward from the memory fixing portion 20 is formed at both sides of the central portion of the pressing plate 15, and the coupling sphere 15c is the pressing plate fixture 11. Since the pressing plate 15 is mounted along the sliding groove 11b formed on the inner side, the pressing plate 15 is pivotally coupled to the memory fixing part 20 by the vertical movement of the hydraulic drive hole 19a by the bolt insertion hole 11a. .

Looking at the operation of the flash memory program input device of the present invention having the above structure as follows.

First, when the operator rotates the lever 51 of the controller 50 to the left or right, the pressure is applied to the hydraulic cylinder 41 of the hydraulic generator 40 through the hydraulic transfer pipe 70 and the hydraulic generator 40 Is to transfer the pressure generated through the fluid in the cylinder 41 to each of the memory fixing portion 20 of the main body 10 through the hydraulic hose (60).

By the pressure transferred to the memory fixing part 20, the hydraulic drive mechanism 19a provided with the hydraulic pressure 19 behind the memory fixing part 20 protrudes upward and the pressing plate 15 coupled to the hydraulic driving hole 19a. The coupling end 18 of) also makes an upward movement.

At this time, the pressing plate 15 is rotated about the fixing means (B), such as bolts on the memory fixing portion 20 to form a lower relative to the front compared to the rear and is coupled on the memory fixing portion 20 by the PCB The outer circumferential surface of the memory insertion hole 17 mounted on the upper surface of the substrate 16 is elastically compressed.

The pressing of the outer circumferential surface of the memory insertion hole 17 is performed by the pressing contact of the pressing protrusion 15a provided to the inner side of the separating hole 15b in front of the pressing plate 15, and the memory insertion hole 17 ), The compression protrusions 17a provided on the inner bottom face of the case portion are expanded to both sides according to the elastic compression of the case part.

At this time, the operator inserts a flash memory having a plurality of connection terminals formed in a rectangular shape in the inside of each of the pressing projections (17a) extended to both sides in each memory insertion hole 17 and the lever 51 of the controller 50 By returning to the center, the pressure acting on the hydraulic drive holes 19a of the respective memory fixing parts 20 is removed.

As such, the hydraulic drive mechanism 19a from which the working pressure is removed is lowered into the memory fixing part 20, and the pressing plate 15 coupled to the hydraulic drive port 19a maintains a horizontal state. Pressing of the outer circumferential surface of the memory insertion hole 17 by the protrusion 15a is released, and the pressing protrusion 17a inside the insertion hole 17 fixes the flash memory.

When a plurality of memory is fixed through the memory fixing unit 20, the operator performs a programming process of implementing a predetermined mobile phone function through the program input unit 30 attached to the front of the main body 10.

When the programming process through the program input unit 30 is finished, the operator moves the lever 51 of the controller 50 to the left and right again to generate a pressure through the hydraulic generator 40 and the respective memory insertion holes by the above process. On the pressing protrusion 17a of (17), the flash memory of which program input is completed is separated, and then new flash memory to be programmed is sequentially mounted.

As described above, the program input device of the built-in flash memory of the mobile phone of the present invention includes a plurality of memory fixing parts having memory fasteners formed in a line on an upper surface of a rectangular main body, and a hydraulic hose is connected to one side of the memory fixing part. Is coupled to the end side of the hydraulic generator is provided with a hydraulic cylinder mounted to one side of the body, the end of the hydraulic transfer pipe coupled to one side of the hydraulic generator is coupled to the controller operated by a lever to operate the controller lever of the operator The pressure generated by the hydraulic generator is transferred to each memory fixing part along the hydraulic hose to insert a plurality of flash memories through the memory insertion port, and then the programming is executed by the program input unit. When fixing the flash memory In addition, there is an advantage in that a batch of program inputs can be performed, and a number of program input devices can be managed by one worker, thereby improving productivity.

Claims (4)

A rectangular main body 10 having an upper inclined slope, a memory fixing part 20 mounted in a row on the upper surface of the main body 10 and driven by hydraulic pressure, and one end of the memory fixing part 20 A hydraulic generator 40 coupled to the other end of the combined hydraulic hose 60 and having a hydraulic cylinder 41 and connected to a separate hydraulic transfer pipe 70 connected to the hydraulic generator 40, flows left and right in the center. A controller 50 having a lever 51 mounted thereon, a liquid crystal display 31 mounted at the front of the main body, and a keypad 32 provided at the front thereof to enable key input. Program input device of a mobile phone built-in flash memory, characterized in that consisting of (30). According to claim 1, wherein the memory fixing portion 20 is the pressing plate 15 is rotatably fixed on the pressing plate fixture 11 protruding perpendicularly from the upper surface of the main body 10 and to the lower portion of the pressing plate 15 The PCB 16 mounted with the rectangular memory insertion hole 17 on the upper surface is coupled, and the hydraulic drive mechanism 19a on the upper surface by the hydraulic pressure transferred through the hydraulic holder 19 behind the memory fixing part 20. Program input device of a mobile phone built-in flash memory, characterized in that is configured to flow up and down. According to claim 2, wherein the pressing plate 15 is made of a metal material such as aluminum or steel is inserted into the drive hole so that the hydraulic drive mechanism (19a) is vertically flown by the hydraulic pressure into the stepped coupling end portion 18 of the rear Ball 18a is provided and the front is formed of a "┌┐" -shaped separator (15b) is formed of a structure in which a pair of pressing projections (15a) are formed on the inner surface of each of the separator (15b) Program input device of a mobile phone built-in flash memory. 3. The PCB substrate 16 is mounted on a substrate 12 in which connection terminals 16a provided on a bottom surface thereof are arranged in a line on an upper surface of the main body 10, and an upper portion of the PCB substrate 16. The memory insertion hole 17 of the upper surface is formed in the shape of a rectangular box that is elastically moved up and down by a spring and is characterized in that the flash memory is inserted into and fixed to the crimping projection (17a) extending from the inner central portion Program input device of mobile phone built-in flash memory.