TW201043986A - Stand-alone battery detection device - Google Patents

Abstract

The present invention relates to a stand-alone battery detection device, which mainly installs at the detection device connection ports that respectively connect to battery and computer, also installed at the detection is a computing module that will change the channel code in response to different types of batteries. A system management bus (SMbus) is used to connect the battery from one of the connection ports at the detection device in order to obtain relevant information inside the battery that can be used to determine battery quality and collect data, and then through the industrial communication interfaces (RS-485) to connect with the computer from one of the connection ports at the detection device, the collected data is computed and stored, thereby enhancing good anti-noise ability and increasing transmission distance through the RS-485, and random movement with the battery placement location can be made possible.

Description

201043986 VI. Description of the invention: [Technical field to which the invention pertains] A detecting device, in particular, a device that increases the communication distance. The invention provides a self-contained battery capable of detecting a single battery and improving anti-noise. [Prior Art]

€) Press 'With the increasing sophistication of technology, the desktop PCs have been innovated in the past to create a notebook computer that is easier to carry and lighter and thinner, because the pen can be used by users. Going there to use that, so the battery product f used for the pen-type computer is more particular and the security check is more strict, @ currently generally for the notes = computer clock battery test, are all Use the system sf bus platter (s M bus ) to read the internal phase of the battery: Beixun' as the determination of battery quality and the collection of related data, because the system communication bus (s M bus ) 2 distance will be affected by the loop The limitation of the stray capacitance is not, 'there is too long communication distance. Moreover, the measurement for a single battery cannot be adjusted according to the test environment required by the battery. The problem is related to the lack of industry. How to solve the problem of the above-mentioned abuses is the inventor of the invention and the direction of the research and improvement that is engaged in this kind of infiltration. 201043986 [Send the collection in the test, detect the detective The test battery is provided with a calculus US pool, and the data level of the battery industry and the contents of the readings. Therefore, the inventors of the present invention have the above-mentioned deficiencies in view of the above-mentioned deficiencies, and have been evaluated and considered by various parties. The accumulated years of experience 'through continuous trials and trials, I have designed such an inventor of this kind of independent electrical ground device that can detect a single battery and increase the communication distance to improve anti-noise. The main purpose of the present invention is to provide a stand-alone electric ground device, which is mainly provided with a connection port respectively connected to a computer connection on the detecting device, and the channel code is changed on the detecting device for different types of batteries. In addition, the system management bus bar (SM b ) is connected to the electricity by one of the detecting devices, and simultaneously obtains relevant information inside the battery as a quality judgment and data collection, and then through The communication interface (rs - 4 8 5 ) is connected to the computer by one of the detection devices, and the collected information is stored and stored. Thus, the industrial communication (RS - 4 8 5 ) can be improved. Good anti-noise can spread the distance of long area and long distance to maintain the stability and correctness of the data. The purpose of this month is to move at random and increase the mobility of the battery. 4 201043986 [Embodiment] In order to achieve the above object and the technical means and structure, the function and the features of the present invention are described in detail: FIG. 1 is a preferred embodiment of the present invention. As follows, 俾利元 fully understands. The block diagram of the example is a preferred embodiment of the present invention. It is mainly for the detecting device j. It can be clearly seen from the figure that the connection between the hair and the computer 3 is provided separately with the battery 2 For different = j 〇, and in the detection module 1 code of the operation module i 2, l type of battery 2 and change the channel row 1 4 (SM bu, f, using the system management sink - connection 淳 1 〇 connected to = Measure; set the relevant information inside 2 of 1Λΐ for me*: to get the battery and data collection, and % is the judgment of battery 2 quality / ', then pass the industrial communication interface 1 , 4 8 5 The computer 3 is connected to the computer 3 by one of the detecting devices 1, and the collected data is calculated and stored. I. Knowing that the cooperation with the k is shown in the second figure, which is a schematic diagram of the detection state of the preferred embodiment of the present invention. It can be clearly seen from the figure that the detection device i utilizes the system management bus 14 (SMbus). ) Inserted into the port 1〇 and connected to the battery 2' so that the reading of the data can not only improve the good anti-noise ability, but also increase the distance of transmission 'to maintain the stability and correctness of the data interpretation. Sex. In addition, on the detection device 1, the industrial grade communication 5 201043986 interface 16 (rs - 485) is inserted into the connection port and the computer 3 is connected in one piece. Thus, the information obtained from the battery can also be obtained. The industrial-grade communication interface 16 (R s — 4 8 5 ) is transmitted to the computer 3, which can also improve the good anti-noise capability and large-area long-distance transmission to maintain the stability and correctness of data interpretation. Furthermore, 'the detection device 1 is designed to detect the single battery 2'. Since the detection device 1 is provided with an operation module for changing the channel code for different types of batteries 2, The detecting device 1 does not need to limit its specifications when reading the battery 2, and can be replaced with the place where the battery 2 is tested. And the equivalent structural changes, within the scope of shoulders, combined with Chen Ming. However, the above description is only the preferred embodiment of the present invention, and thus the scope of the present invention is not limited thereto, and the simple modifications made by using the present specification and the contents of the drawings should be similarly included in the present invention. In summary, the independent battery detecting device of the present invention

At the time of use, the application for the invention of sincerity should be given to the auditor of the right fishing bureau, and the inventor should make every effort to cooperate with the supervisor. 6 201043986 The example of the set-up block is better than JTU-1. Ming 3 invention. It is said that the figure is a simple diagram. Figure 1 t, the first-state state is used to make the case better than the J6T. Fig. 2 Ο [Main component symbol description Detection device Connection 运算 Operation module System management busbar Industrial communication interface Battery Computer 23 0 4 Ο 7

Claims (1)

201043986 VII. Patent application scope: 1. A stand-alone battery detecting device, comprising: a detecting device connected to at least one battery and at least one computer; at least one connected to the port An industrial-grade communication interface (RS-4 8 5) of the computer; and at least one system management bus (SM bus) connected to the battery by the port. 2. The stand-alone battery detecting device of claim 1, wherein the detecting device further comprises a computing module for changing a channel code for different types of batteries. 3. The stand-alone battery detecting device of claim 1, wherein the detecting device is randomly movable with the position of the battery.