JP3177922U - Processor structure for transferring and storing signals in real time - Google Patents

Abstract

A processor structure for transferring and storing signals in real time is provided.
A motherboard includes a power input port, a processing core, a signal output port, a storage device, and an image output port. The power input port is externally connected to a power source by a conductive wire and supplies power to the motherboard and the display. . The processing core 12 has a processing program written therein and is connected to the signal input port 13 and the storage device, the signal input port is connected to the output port of the machine tool unit by a transfer cable, and the storage device 14 is connected to the processing core 12. The organized signal is directly written in the file, and the display is connected to the image output port 15 of the motherboard 10 through the signal connector 21. This constitutes a processor structure for transferring and storing signals in real time.
[Selection] Figure 2

Description

  The present invention provides a processor structure, and in particular, a processor structure capable of transferring and storing signals in real time. When a signal is input, it is immediately organized and written in a storage device to store information and data. File creation and storage are completed, and a paperless storage method is realized, thereby reducing the use of paper and increasing the convenience of information storage.

  Conventionally, when a machine tool unit is operated and a file is created and data generated by the machine tool unit is stored, the machine tool unit and the printer are often connected by a transfer cable and generated at the time of the operation. Data is output directly from the printer, and filing is performed according to the operation time, product number, or machine tool number. However, data and information must be stored when the machine tool unit is in operation, so the list is gradually generated over time, and the amount of paper increases, making it difficult to store information and taking up space. To do. Also, when searching for information previously filed by the user, it is inconvenient to search because of the large amount of information. In addition, in order to solve the problem of saving information by connecting to a conventional printer and outputting the list, the user installs another PC and transfers it to the machine tool unit. Data and information generated by the operation of the machine tool unit are directly transferred to a computer to create a file, which becomes an electronic file for convenient storage and retrieval by the user's filing. However, when a computer is used, the volume is relatively large, which is not appropriate from the viewpoint of the work environment, and it is necessary to provide a computer connected to the machine tool unit. Lack of economic benefits.

  In view of the above, the inventor is able to obtain the present invention with practicality after designing and carefully evaluating the above-mentioned goals based on years of experience in manufacturing, developing and designing related products. It was.

(1) Conventionally, when a machine tool unit creates a file and records it, it connects to the printer with a transfer cable and directly outputs from the printer. However, since data and information must be stored when the machine tool unit is in operation, the list gradually generated every day increases the amount of paper, making the storage of information inconvenient and taking up space. In addition, when searching for previously filed information, the user is inconvenienced during the search due to the large amount of information.

(2) The user installs another personal computer, transfers it to the machine tool unit and transfers it. The data and information generated by the operation of the machine tool unit are transferred directly to the computer to create a file, It has become convenient to save and search by file filing for the user. However, when a computer is used, the volume is relatively large, which is not appropriate from the viewpoint of the work environment, and it is necessary to provide a computer connected to the machine tool unit. Lack of economic benefits.

  A processor structure that transfers and stores signals in real time, and includes a motherboard and a display. The motherboard includes a power input port, a processing core, a signal output port, a storage device, and an image output port. The power input port is powered by a conductor. The processing core is connected to the signal input port and storage device respectively, and the signal input port is connected to the output port of the machine tool unit by a transfer cable. When the machine tool unit starts to operate and data is output, it is organized in real time from the signal input port to the processing core inside the motherboard, and the storage device directly converts the signals organized by the processing core into a file. writing, Storage device has an expansion slot for inserting the memory card, the display is connected to the motherboard of the image output port the signal connector. Thus, a processor structure for transferring and storing signals in real time is constructed.

  The effects when compared with the prior art are as follows.

(1) In the present invention, a direct signal input port is connected to a machine tool unit that outputs a signal, and when the machine tool unit is operated and data is generated, it enters the motherboard from the direct signal input port and then processes. It is organized by the core and written in the storage device to realize creation and storage of information and data files. This realizes a paperless storage system, which reduces the use of paper and increases the convenience in storing and searching for information.

(2) The volume of the structure is relatively small, and is directly connected to a machine tool unit that outputs a signal. The structure is not subject to environmental restrictions in use, and more effectively replaces a personal computer. It can be stored, has a relatively low cost, and has utility in use.

FIG. 1 is a three-dimensional view of the present invention. FIG. 2 is a structural block diagram of the present invention. FIG. 3 is a block diagram showing a use state of the present invention. FIG. 4 is a schematic diagram showing a display state of the display of the present invention. FIG. 5 is another preferred embodiment of the present invention. FIG. 6 is still another preferred embodiment of the present invention.

In order to make the objects, features, and effects of the present invention easier to understand, embodiments will be listed below with reference to the drawings and described in detail as follows.
<Example>

  First, refer to FIGS. A processor structure that transfers and stores signals in real time, and includes a motherboard (10), a display (20), and a cover housing (30). The motherboard (10) includes a power input port (11), a processing core ( 12), a signal output port (13), a storage device (14), and an image output port (15). The power input port (11) is externally connected to the power source by a conductive wire, and is connected to the motherboard (10) and the display (20). Supply power. The power input port (11) can be a USB universal serial bus, and can be connected to a personal computer to input power or transfer data. The processing core (11) has a processing program written therein and is connected to the signal input port (13) and the storage device (14), respectively. The signal input port (13) is connected to the output port of the machine tool unit by one transfer cable, and the signal input port is a serial or parallel port for transferring digital signals such as RS-232, RS-422, or RS-485, Alternatively, a connector that transfers an analog signal such as 4 to 20 mA or DC 0 to 10 V, or a USB universal serial bus can be used. The storage device (14) is used to directly write a signal organized by the processing core to a recording file. The storage device (14) has an expansion slot for inserting a memory card, and is provided on the motherboard (10). An additional perpetual calendar (16) device is placed inside, and the perpetual calendar (16) has an independent power supply so that time can be displayed continuously. The display (20) is connected to the image output port (15) of the motherboard (10) through a signal connector (21). The cover casing (30) is arranged so as to surround the outer sides of the mother board (10) and the display (20) and plays a role of protection.

  Refer to FIG. 3 and FIG. 4 for the structure of the structure and the actual use situation. The display (20) is connected to the image output port (15) of the mother board (10) via the signal connector (21), and further connected to the power source via the power output port (11). 10) and supply power to the display (20). Therefore, the signal input port (13) of the motherboard (10) is connected to the machine tool unit, and when the machine tool unit starts operating and data is output, the data is sent from the signal input port (13) to the motherboard (10) in real time. The processing core (12) in the system, and after this data is organized, it is displayed on the display (20) and further stored in a memory card in the storage device (14), thereby transferring information and Realize memory. Alternatively, information and data can be viewed directly from the display (20). The recording card inserted into the storage device (14) has the function of being inserted into another computer, read, corrected and edited. Furthermore, a perpetual calendar (16) device is provided on the mother board (10), thereby making it easier to create and save files for the machine tool unit.

  The motherboard (10) is further provided with another signal output port (17). Reference is now made to FIG. In this structure, the signal output port (17) is directly connected to a computer or a printer, whereby information data in the storage device (14) is further introduced into the personal computer, or information arranged by the processing core (12). Can be output from the printer in real time.

The motherboard (10) further includes a keyboard connector (18). See FIG. This is used for keyboard connection. As a result, the information can be directly viewed on the display (20), and the information written in the storage device (14) after the organization can be further corrected and edited by the keyboard, so that the convenience of using the structure can be enhanced.
The following effects can be obtained by the structure shown in the specific embodiment.

(1) The present invention directly connects a signal input port (13) to a machine tool unit that outputs a signal, and when the machine tool unit operates and generates data, the data is directly sent from the signal input port (13) to the motherboard. (10) is entered, organized by the processing core (12), and written in the storage device (14), thereby achieving the effect that information and data files can be created and stored. This realizes a paperless storage system, thereby reducing the use of paper and increasing the convenience of the information storage system.
(2) The structure of the structure is relatively small in volume, and can be directly connected to a machine tool unit that outputs a signal, the structure is not subject to environmental restrictions in use, and effectively replaces a personal computer, Information and data can be stored, the cost is relatively low, and practicality in use is provided.

  What has been described above is a preferred embodiment of the present invention and is not intended to limit the scope of implementation of the present invention. Equivalent changes and modifications made from the claims of the present invention also fall within the scope of the present invention.

  The present invention can be used with a machine tool unit.

10 Motherboard 11 Power Input Port 12 Processing Core 13 Signal Input Port 14 Storage Device 15 Image Output Port 16 Year Calendar 20 Display 21 Signal Connector

Claims (9)

A processor structure for transferring and storing signals in real time,
With a motherboard and display,
The motherboard has a power input port, processing core, signal output port, storage device and image output port,
The power input port circumscribes the power supply with a conductor, supplies power to the motherboard and the display,
The processing core has a processing program written therein and is connected to a signal input port and a storage device,
The signal input port is connected to the output port of the machine tool unit with a transfer cable,
When the machine tool unit starts operating and data is output, it is organized in real time from the signal input port into the processing core inside the motherboard,
The storage device writes the signal organized by the processing core directly to the file,
The storage device has an expansion slot for inserting a memory card;
A processor structure for transferring and storing signals in real time, wherein the display is connected to the image output port of the motherboard through a signal connector.   2. The signal according to claim 1, wherein the power input port is a USB universal serial bus, and can be connected to a personal computer to input power or transfer information. Processor structure.   2. The processor structure for transferring and storing signals in real time according to claim 1, wherein the signal input port is a serial or parallel port for transferring RS-232, RS-422 or RS-485 digital signals.   2. The processor structure for transferring and storing a signal according to claim 1, wherein the signal input port is a connector for transferring an analog signal of 4 to 20 mA or DC of 0 to 10V.   2. The processor structure for transferring and storing signals in real time according to claim 1, wherein the signal input port is a USB universal serial bus.   The system according to claim 1, further comprising a perpetual calendar device provided inside the motherboard, and the perpetual calendar has an independent power source so that the time can be displayed continuously. The processor structure to remember.   The signal according to claim 1, further comprising a cover housing outside the mother board and the display, and arranged so as to surround the mother board and the display so as to perform a protection function. Processor structure.   The motherboard further has another signal output port, and the structure is directly connected to a personal computer or a printer through the signal output port, thereby further storing information data in the storage device in the personal computer, or 2. The processor structure for transferring and storing signals in real time according to claim 1, wherein the information after being directly arranged by the processing core is outputted in real time by a printer.   The motherboard further has a keyboard / keyboard connector for connecting to the keyboard, so that it can be directly viewed on the display, and the information written in the storage device can be corrected and edited with the keyboard after organizing. A processor structure for transferring and storing the signal of claim 1 in real time.