Ship's crew training set
A crew-trained technique used in the simulation of astronautical conditions, transport and packaging, instrumentation, etc., to solve problems such as lack of reliable means of protecting systems from unauthorized access
Inactive Publication Date: 2012-09-26
圣彼得堡孔雀石海洋机械制造设计局开放式股份公司 +2
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Problems solved by technology
A disadvantage of this known instrument is the lack of reliable means of protecting the system from unauthorized access
Method used
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[0020] The training simulator is a multiport computer network that can serve both an instructor and a group of trainees and can operate in a multitasking mode. A computer network according to the Ethernet standard involves the network card connection of several computers (structured network) via cables or switches and network cards generating synchronization from signals.
[0021] A simulator for crew training on board a ship consists of a set of TWS1 and an IWS2 corresponding to the number of trainees. Each TWS1 includes a personal computer system unit (PCSU) 3, a control panel (CP) 4 with a data input device (DID) 5 and peripheral devices, first and second monitor displays 6, 7, wherein there is a DID5 The CP4 is connected to the PCSU3 through a serial port 8, while the first and second monitor displays 6, 7 are connected to it through respective user interfaces, namely an analog interface RGB9 and a digital interface DVI10. A power switch unit (PSSU) 11 is connected to CP4...
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The inventive ship's crew training set comprises a set of trainee's work stations (1) corresponding to the number of trainees, an instructor working station (2), a command-driven interface (23), user's interfaces (9, 10) and a software environment, wherein the trainee's work station (1) comprises a system unit (3) and the peripheral devices in the form of a control panel (4), which is provided with a data input device (5), and first and second monitors (6, 7), the control panel (4) with the data input device (5) being connected to the system unit (3) via a sequential port (8) and the first and second monitors (6, 7) via the user's interfaces(9, 10). The training set also comprises a power switching unit (11) which is connected to the control panel (4) with the data input unit (5), to the first and second monitors (6, 7) and, via a network unit (12), to the system unit (3). The instructor working station (2) comprises a system unit (14) and peripheral devices in the form of a keyboard (15), a mouse pointing device (16), a printer (17) and a monitor (18), which are connected to the system unit (14) via a sequential port (19), a parallel port (20) and a videoadapter (21), respectively, and a communication line concentrator (22) which is connected, by means of the command-driven interface (23), to the system units (14, 3) of the instructor working station (2) and of each trainee'swork station (1) which are designed according to the Ethernet standard and are respectively connected in parallel to uninterrupted power supplies (13, 24) which are connected to external power supply sources.
Description
technical field [0001] The present invention relates to a software orientation training facility, which is expected to be used to enhance the operator's professional skills in the method of judging large moving targets at sea. Background technique [0002] Software orientation facility for training the behavior of operators (shipping companies, aviation crews, transport drivers, etc.) in similar and non-similar situations, especially the functional systems of the operator's maritime technical means using simulators and simulation devices , such as ships, submarines, etc. As part of the training equipment, it uses the so-called "virtual reality", which simulates the external environment, the operation of the operating parts and the functional links of the operating parts through computational aids to provide quasi-real-time guidance to the "simulator-instructor-operator" "Feedback operator actions in the system (see eg US Patents 5,147,206, 5,204,968, 5,659,691; European Pat...
Claims
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IPC IPC(8): G09B9/06
CPCG09B9/06
Inventor 叶夫根·斯坦尼斯那夫维奇·那维科夫弗拉基米尔·尼卡拉耶维奇·皮亚洛夫瓦切斯拉夫·伊万诺维奇·罗曼奇科夫弗拉基米尔·彼得拉维奇·尼卡拉耶夫巴里斯·阿拉诺维奇·巴尔班涅利奥里卡·维克托夫娜·利亚普斯京纳安得烈·阿列克谢维奇·库尔诺索夫那德日塔·瓦斯里耶夫娜·莫斯卡连科瓦谢斯洛夫·格里果尔耶维奇·阿塔耶夫伊卡尔·巴里斯维奇·格鲁什科夫谢尔盖·阿纳托利维奇·拉津塔季扬·罗格里夫娜·伊斯梅洛夫弗拉基米尔·亚历山德罗维奇·比奇科夫尼古拉·维克托罗维奇·库尔尼科夫
Owner 圣彼得堡孔雀石海洋机械制造设计局开放式股份公司