Aviation plug training simulation device

Abstract

The utility model discloses an aviation plug training simulation device which comprises a training simulation cabinet, a touch display screen and a training simulation controller, the training simulation controller is connected with a training simulation timer and a timer button, and the training simulation cabinet is further provided with a training simulation panel and a training simulation aviation plug. Training simulation control circuits are correspondingly connected between the training simulation aviation plugs and the training simulation controller and between the training simulation aviation plugs and the power supply, and training simulation display circuits are connected with the training simulation aviation plugs in one-to-one correspondence with the training simulation control circuits; a trainee can implement training operation of the training simulation aviation plug under the prompt of the training simulation controller, whether the operation of the trainee is correct or not can be displayed under the cooperation of the training simulation control circuit and the training simulation display circuit, and the operation is timed by using the training simulation timer, so that the operation speed of the trainee can be conveniently known, and the training efficiency is improved. The equipment cost for training can be greatly reduced, the training simulation result feedback speed is high, and the training efficiency can be improved.

Description

TECHNICAL FIELD

[0001] The utility model relates to aviation plug daily training auxiliary equipment technical field especially relates to an aviation plug training simulation device. BACKGROUND

[0002] Aviation plug is a kind of connector, is widely used in aerospace, military, industry and other fields, to realize the electrical connection between equipment. Especially in some special fields such as aerospace, military, etc., the accuracy and speed of the operation personnel plug-in aviation plug operation are particularly strict, but the improvement of the two aspects needs to be realized through a large number of training. At present, the training effect is realized mainly by practical training, but due to the training personnel, training project is more, makes the time of cyclic training long, in addition, the equipment cost used in the practical training in the above-mentioned field is extremely high, and the number of equipment is limited, resulting in the mismatch between training personnel and resources, the training cycle of the whole batch of personnel is long, and the training effect is improved slowly. INVENTION CONTENTS

[0003] The utility model solves the technical problem that a kind of aviation plug training simulation device with simple structure can greatly reduce the configuration cost of training equipment.

[0004] To solve the above technical problems, the technical scheme of the utility model is: aviation plug training simulation device, including training simulation cabinet, the upper portion of the training simulation cabinet is embedded with touch display screen, the training simulation controller connected with the touch display screen is encapsulated in the training simulation cabinet, the training simulation controller is connected with power supply, and training simulation timer is signal-connected with the training simulation controller, the upper portion of the training simulation cabinet is also embedded with timer button for controlling the start-stop of the training simulation timer, training simulation panel is installed on the training simulation cabinet below the touch display screen, training simulation aviation plug is arranged on the training simulation panel, each training simulation aviation plug is electrically connected to the power supply and is arranged in parallel, each training simulation aviation plug is respectively connected with training simulation control circuit between the training simulation controller and the power supply, and training simulation display circuit is connected with the training simulation control circuit one by one, each training simulation display circuit is electrically connected to the power supply and is arranged in parallel.

[0005] As a preferred technical scheme, the training simulation controller includes microprocessor and training simulation programmer connected with each other, the microprocessor and the training simulation programmer are connected to the power supply respectively, the microprocessor is connected to the training simulation timer, the touch display screen and voice prompter, and the training simulation programmer is connected to the training simulation control circuit.

[0006] As a preferred technical scheme, the training simulation control circuit comprises a first training simulation relay connected to the training simulation programmer control end, the first training simulation relay is arranged in one-to-one correspondence with the training simulation plug, and the first training simulation relay is provided with a first normally open contact; the second training simulation relay arranged in series correspondence with the training simulation plug is further included, the second training simulation relay is provided with a normally closed contact and a second normally open contact, and the second normally open contact is connected with the training simulation programmer respectively.

[0007] As a preferred technical scheme, the training simulation display circuit comprises a training simulation indicator lamp connected with the power supply, the training simulation indicator lamp is arranged in series with the corresponding first normally open contact and the normally closed contact, and the training simulation indicator lamp is embedded on the training simulation panel.

[0008] As a preferred technical scheme, the training simulation plug comprises an aviation socket fixed on the training simulation panel, an aviation plug is movably inserted on the aviation socket, the aviation plug and the aviation socket are normally inserted, at least one conductive spring is installed on the aviation plug in a limiting manner, the conductive spring is arranged in an outwardly protruding arc structure, a metal conductive ring is arranged on the inner wall of the aviation socket, and the conductive spring and the metal conductive ring are matched to realize the line electrical connection of the aviation socket, the aviation plug and the power supply.

[0009] The aviation plug training simulation device has the advantages that the training personnel can implement the training operation of the training simulation aviation plug under the prompting of the training simulation controller, the correctness of the operation of the training personnel can be intuitively displayed under the cooperation of the training simulation control circuit and the training simulation display circuit, the operation of the training personnel can be timed through the cooperation of the timer button and the training simulation timer, the operation speed of the training personnel can be conveniently known, the device cost for training can be greatly reduced, the training simulation result feedback speed is fast, the training efficiency can be improved, and the circulation period of training can be shortened. BRIEF DESCRIPTION OF DRAWINGS

[0010] The following drawings merely aim to schematically illustrate and explain the present application and do not limit the scope of the present application. Among them:

[0011] Figure 1 is a structural schematic view of the present application embodiment;

[0012] Figure 2 is a circuit connection diagram of the training simulation programmer and each first training simulation relay of the present application embodiment;

[0013] Figure 3 is a circuit connection diagram of the training simulation aviation plug and the second training simulation relay of the present application embodiment;

[0014] Figure 4 is a circuit connection diagram of the training simulation display circuit of the present application embodiment;

[0015] Figure 5 is a structural schematic view of the training simulation aviation plug of the present application embodiment;

[0016] In the figure: 1-training simulation cabinet; 2-touch display screen; 3-voice prompter; 4-timer button; 5-training simulation panel; 6-training simulation aviation plug; 61-aviation socket; 62-aviation plug; 63-conductive spring; 64-metal conductive ring; 7-training simulation indicator. DETAILED DESCRIPTION

[0017] The utility model is further illustrated below in combination with the drawings and examples. In the following detailed description, certain exemplary embodiments of the utility model are described by way of illustration only. It is needless to say that those skilled in the art can realize that the described embodiments can be modified in various ways without departing from the spirit and scope of the utility model. Therefore, the drawings and description are essentially illustrative, and are not used to limit the protection scope of the claims.

[0018] As Figures 1 to 5 The aviation plug training simulation device is used in skill learning in the fields of aviation, aerospace and military, and is used to improve the operation speed of training personnel on the recognition and insertion of aviation plugs, so as to ensure that the training personnel can have the technical ability of troubleshooting, operation and maintenance and emergency response in actual operation. The aviation plug training simulation device specifically comprises a training simulation cabinet 1, which can be arranged in upper and lower zones to facilitate the isolated installation of weak current components and strong current components. A universal wheel can also be arranged at the bottom of the training simulation cabinet 1 to facilitate movement and more flexible use.

[0019] A touch display screen 2 is embedded in the upper part of the training simulation cabinet 1, and a training simulation controller connected with the touch display screen 2 is encapsulated in the training simulation cabinet 1. The training simulation controller is connected with a power supply. Specifically, the training simulation controller comprises a microprocessor and a training simulation programmer PLC connected with each other, and the microprocessor and the training simulation programmer PLC are respectively connected to the power supply. The microprocessor is connected with the touch display screen 2, and training simulation information is stored in the microprocessor. The training simulation information can be set and selected through the touch display screen 2. The microprocessor is also connected to a voice prompter 3. After the training simulation information is set and selected through the touch display screen 2 and the training is started, the voice prompter 3 can successively issue training instructions according to the set or selected training simulation information, so that the training personnel can operate according to the instructions.

[0020] A training simulation timer is connected with the training simulation controller, and a timer button 4 for controlling the start and stop of the training simulation timer is embedded in the upper part of the training simulation cabinet 1. In fact, the training simulation timer is connected with the microprocessor, and the microprocessor, the training simulation programmer PLC and the training simulation timer are all encapsulated in the interior of the training simulation cabinet 1. When the training simulation is performed, the operation time of a certain training personnel can be started by pressing the timer button 4, and the operation of the training personnel is completed, and the timer button 4 is pressed again to stop the timing, and the time of the training personnel is displayed on the touch display screen 2. The connection of the microprocessor, the training simulation programmer PLC and the training simulation timer and the like are well known to those skilled in the art, and will not be described in detail here.

[0021] The training simulation panel 5 is installed on the training simulation cabinet 1 below the touch display screen 2, and the training simulation panel 5 is provided with training simulation aviation plugs 6, each of which is electrically connected to the power supply and is arranged in parallel, and each of the training simulation aviation plugs 6 is connected with the training simulation controller, the power supply and the training simulation control circuit, the training simulation programmer PLC is connected to the training simulation control circuit, and the training simulation display circuit is connected to the training simulation control circuit one by one, and each of the training simulation display circuits is electrically connected to the power supply and is arranged in parallel. The training personnel implements the plug-in operation of the corresponding training simulation aviation plug 6 under the prompt of the voice prompter 3, and under the cooperation of the training simulation programmer PLC, the training simulation control circuit and the training simulation display circuit, the correctness of the operation of the training personnel can be directly displayed, and the timely feedback of the training result is realized.

[0022] The specific model, classification and arrangement of the training simulation aviation plug 6 correspond to the setting mode of the real aviation plug on the equipment during the actual operation, so as to strengthen the memory of the training personnel through frequent operation and training, and even form muscle memory, so as to improve the reaction speed and operation speed during the actual operation. The training simulation aviation plug 6 includes an aviation socket 61 fixed on the training simulation panel 5, and an aviation plug 62 movably inserted on the aviation socket 61. In the actual operation, the aviation plug on the related equipment is in the plug-in state, so the aviation plug 62 and the aviation socket 61 of the embodiment are also in the plug-in state in the normal state, so as to improve the simulation degree, and also help to make the overall arrangement of the training simulation aviation plug 6 on the training simulation panel 5 more regular, and facilitate the operation.

[0023] After the aviation socket 61 and the aviation plug 62 are plugged in, they are connected in series to the power supply line. Therefore, at least one conductive spring 63 is installed at the upper limit of the aviation plug 62, and the conductive spring 63 is set as an outwardly protruding arc structure. A metal conductive ring 64 is provided around the inner wall of the aviation socket 61. The conductive spring 63 and the metal conductive ring 64 cooperate to realize the electrical connection between the aviation socket 61, the aviation plug 62 and the power supply line. When the aviation socket 61 and the aviation plug 62 are plugged in, the conductive spring 63 contacts the metal conductive ring 64, so that the line where the training simulation aviation plug 6 is located is connected; when the two are disconnected, the corresponding line is disconnected, which is equivalent to a switch connected in series on the line to control the closing and opening of the line.

[0024] The training simulation control circuit includes a first training simulation relay connected to the control terminal of the training simulation programmer PLC. Each of the first training simulation relays corresponds to one of the training simulation connectors 6, and each first training simulation relay has a first normally open contact. In this embodiment, twenty training simulation connectors 6 are provided. Figure 3 The symbols are labeled K1, K2, up to K20, and correspondingly there are twenty first training simulation relays. Figure 2 These are respectively labeled KM1, KM2, up to KM20, and correspondingly there are twenty first normally open contacts. Figure 4 These are respectively denoted as KM1-1, KM2-1, up to KM20-1. The training simulation control circuit also includes a second training simulation relay connected in series with the training simulation connector 6. The second training simulation relay has normally closed contacts and a second normally open contact, and the second normally open contact is connected to the training simulation programmer PLC. That is, there are correspondingly twenty second training simulation relays. Figure 3 The two are respectively denoted as KM1 ， KM2 ， Until KM20 ， The normally closed contacts are also provided in twenty locations. Figure 4 The two are respectively denoted as KM1 ， -1, KM2 ， -1 up to KM20 ， -1, the second normally open contact also has twenty, in Figure 2 The two are respectively denoted as KM1 ， -2, KM2 ， -2 until KM20 ， -2.

[0025] The training simulation display circuit includes training simulation indicator lights 7 connected to the power supply, and the training simulation indicator lights 7 are correspondingly provided with twenty (e.g., ...). Figure 1 (in the middle), inFigure 4 The training simulation indicator lights mentioned are designated L1, L2, up to L20, and each of the training simulation indicator lights 7 is connected in parallel. Each training simulation indicator light is connected in series with its corresponding first normally open contact and normally closed contact. Both the training simulation indicator lights and the voice prompt 3 are embedded in the training simulation panel 5. For example... Figure 4 In the middle, the training simulation indicator L1 is connected to the first normally open contact KM1-1 and the normally closed contact KM1. ， -1 series setting.

[0026] The microprocessor stores information such as the name and model of each training simulation connector 6, and encodes each training simulation connector 6. The touchscreen display 2 allows setting the number of training simulation connectors 6 that need to be plugged in or unplugged during training simulation. The microprocessor randomly selects a corresponding number from twenty codes based on the set number to form training simulation instructions, which are then broadcast sequentially by the voice prompt device 3. Trainees perform the corresponding plugging / unplugging operations according to the broadcast instructions. The plugging / unplugging instructions for the training simulation connectors 6 broadcast by the voice prompt device 3 should correspond to the operational information obtained during actual operation.

[0027] For example, if five training simulated flight plugs 6 are set up for plug-in / plug-out training, the microprocessor may randomly select five training simulated flight plugs 6: K3, K6, K9, K13, and K19. The microprocessor then controls the first training simulation relays KM3, KM6, KM9, KM13, and KM19 corresponding to the five training simulated flight plugs 6 to operate respectively, and the corresponding normally open contacts KM3-1, KM6-1, KM9-1, KM13-1, and KM19-1 close respectively. The voice prompt device 3 will successively broadcast the plug-in / plug-out instructions for the five training simulated flight plugs 6 corresponding to K3, K6, K9, K13, and K19, and the trainee can then perform the plug-in / plug-out operations in sequence. If the trainee's operation is correct when plugging / unplugging the training simulated flight plug 6 corresponding to K3, the second training simulation relay KM3 will activate during this process. ， There will be a brief power outage, during which the normally closed contact KM3 will be interrupted. ， -1 Closed, second normally open contact KM3 ， When -2 is disconnected, the corresponding training simulation indicator L3 lights up, and the training simulation programmer PLC illuminates through the second normally open contact KM3. ， Disconnecting -2 will obtain corresponding information and be counted by the microprocessor; if the trainee plugs in or unplugs the training simulation plug 6 that does not correspond to it when plugging in or unplugging K6, the second training simulation relay KM6 corresponding to K6 will be disconnected during the entire process. ， The power was not interrupted, and its corresponding normally closed contact KM6 ，-1 not closed, second normally open contact KM6 ， -2 not closed, the training simulation programmer PLC cannot pass through the second normally open contact KM6 ， -2 obtain the corresponding information, so as to make the microprocessor count. Training ends, the microprocessor displays the counted number, that is, the correct number of the training personnel, and through the cooperation of the timer button 4 and the training simulation timer during the training process, the training time can be counted, so that the training result can obtain the feedback of accuracy and speed. The embodiment has low configuration cost, simple circuit connection, timely training feedback.

[0028] The description of the utility model is given for example and description, and is not exhaustive or limit the utility model to the disclosed form. Many modifications and changes are obvious to those skilled in the art. The selection and description of embodiments are to better illustrate the principles and practical application of the utility model, and enable those skilled in the art to understand the utility model so as to design various embodiments with various modifications suitable for specific purposes.

Claims

1. An aviation plug training simulator comprising a training simulator cabinet, characterized in that: The upper part of the training simulation cabinet is embedded with a touch display screen, the training simulation controller connected with the touch display screen is packaged in the training simulation cabinet, the training simulation controller is connected with a power supply, a training simulation timer is connected with the training simulation controller, a timer button for controlling the start and stop of the training simulation timer is embedded in the upper part of the training simulation cabinet, a training simulation panel is installed on the training simulation cabinet below the touch display screen, training simulation navigation plugs are arranged on the training simulation panel, each training simulation navigation plug is electrically connected to the power supply and is arranged in parallel, each training simulation navigation plug is respectively connected with the training simulation controller and the power supply through the training simulation control circuit, the training simulation display circuit is connected with the training simulation control circuit one by one, and each training simulation display circuit is electrically connected to the power supply and is arranged in parallel.

2. The aviation plug training simulation device of claim 1, wherein: The training simulation controller comprises a microprocessor and a training simulation programmer connected with each other, the microprocessor and the training simulation programmer are connected to the power supply, the microprocessor is connected to the training simulation timer, the touch display screen and a voice prompter, and the training simulation programmer is connected to the training simulation control circuit.

3. The aviation plug training simulation device of claim 2, wherein: The training simulation control circuit comprises a first training simulation relay connected to the control end of the training simulation programmer, the first training simulation relay is arranged in one-to-one correspondence with the training simulation navigation plug, and the first training simulation relay is provided with a first normally open contact; the second training simulation relay is arranged in series correspondence with the training simulation navigation plug, the second training simulation relay is provided with a normally closed contact and a second normally open contact, and the second normally open contact is connected with the training simulation programmer.

4. The aviation plug training simulation apparatus of claim 3, wherein: The training simulation display circuit comprises a training simulation indicator light connected with the power supply, the training simulation indicator light is arranged in series with the corresponding first normally open contact and the normally closed contact, and the training simulation indicator light is embedded on the training simulation panel.

5. The aviation plug training simulation device of claim 1, wherein: The training simulation navigation plug comprises an aviation socket fixed on the training simulation panel, an aviation plug is movably inserted into the aviation socket, the aviation plug and the aviation socket are normally inserted, at least one conductive spring is installed on the aviation plug in a limiting mode, the conductive spring is arranged in an arc structure protruding outward, a metal conductive ring is arranged on the inner wall of the aviation socket, and the conductive spring and the metal conductive ring are matched to realize the line electrical connection between the aviation socket, the aviation plug and the power supply.

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