WIRELESS INSPECTION DEVICE OF POD FOR AIRCRAFT LOAD TEST AND METHOD THEREOF
The present invention refers to aircraft mounted pod it became work for checking device and method for testing by the aircraft to wireless number are disclosed. Test aircraft equipment mounted aircraft through the aircraft up test to verify the performance of the equipment are disclosed. Since the internal spaces of a narrow generally aircraft equipment to aircraft entered and mounted such that test is performed, in the form of internal stem (pod) aircraft aircraft mounted apparatus for the verifying signal to the selection part aircraft mounted pod for testing are disclosed. Pods are mounted to the aircraft mounting test aircraft for testing aircraft mounting stem position a plurality of hierarchies. Also 1 such as is shown in existing, to aircraft, aircraft for testing aircraft in testing mounted mounted pod (100) checking device (300) are connected to on communi-cation. I.e., before/after testing for checking for testing aircraft mounted pod mounted pod checking equipment for testing aircraft through a cable connecting the wired power conducting the present. The, inspection is added n-terminal as well as the, before testing, after checking for testing aircraft before take off aircraft pod mounted separately of the teller for, aircraft propeller or power device is driven in the context of aircraft gain access to the risk of self-checking under the diaphragm disclosed. In addition, aircraft equipped testing is complete when landing and, after testing for checking when the cable electrically connected to the mounted pod for testing aircraft, aircraft power source in the aircraft to access checking self opening since present risk. The present invention refers to checking device for testing aircraft pod mounted between to a wireless media player, before and after landing the aircraft is flying, for testing aircraft pod mounting device and method for testing aircraft mounted wirelessly may check for a number [...] intended for checking the wireless of the pod. Of the present invention another object is to provide, for testing aircraft pod mounted wireless performs inspection if not, aircraft will not affect the electromagnetic influence for testing device and a method are disclosed [...] aircraft pod mounted wireless checking number. The present invention according to the pod for mounting aircraft having a generator equipment for checking the aircraft mounted wireless checking system for testing of the pod, the pod antenna device including a wireless device equipped aircraft and pod number data storage device antenna, including checking and violations of the status indicator in a checking device checking device number without using a tool. Said wireless device is, in activated state for integrated with aircraft, high frequency signals received from said inspection device receiving dedicated mode, said checking device checking signal from the trigger signal is received, said checking device for transmitting said data inspection equipment mounting said receive only mode is the conversion of the dedicated mode characterized in VDSL. In embodiment example, said checking device is on said wireless device, connected to a pre-determined protocol and communicated with each other, said pod includes a wireless transceiver device, said checking device made from the other end signal is periodically checking, reception of the end signal when said checking, said device receiving dedicated mode switching from one wireless transceiver transmits dedicated mode characterized. In the example embodiment, the end signal is identified in such a wireless device checking said pod, said radio communication when not been held, and communication with said checking device by connecting to a number, said transmitting a dedicated mode, characterized in that said modifying a receive-only mode. In embodiment example, said pod on said wireless device is wireless device determines said checking device wireless communication between pod maintained, when wireless communication is maintained constant, and communication with the checking device by connecting to a number, said transmitting a dedicated mode, said receive only mode change, said checking device periodically transmitting from said identifying signal is applied to the spray gun has been characterized. In embodiment example, said mounting of the status information, pod number through the device, checking and treated as data, checking said wireless signal data is transmitted wirelessly to said checking device changed pod via antennas, in said inspection device, said inspection device receives data checking via antennas, said checking device number in RAT, said checking received material is data processing and processed data based on said determining condition of mounted equipment and, in violations of said checking device number, determined state of mounting equipment, characterized by visually checking said status indicator in a number to a power-supply. The present invention refers to the pod mounted to a piston wireless wireless communication device for testing aircraft, aircraft inspection equipment for checking an inspection device for testing pod mounted with using antenna and wireless transmission device, causes the pod for testing aircraft mounted wireless communication interface. In addition, the present invention refers to, for testing aircraft pod mounted for checking the pod is not wirelessly connected mounted wireless inspection equipment for testing aircraft, aircraft mounted pod for testing electromagnetic wave is received without transmission only causes a receive-only mode. Through, for testing aircraft due to electromagnetic interference to minimize aircraft pod can be mounted. Further, when a party attempting to obtain wireless inspection equipment, for testing aircraft pods are mounted, in a receive only mode, by transmitting mode, the pod for testing aircraft mounted wireless inspection backwashing. Further, the present invention refers to, for testing the pod mounted aircraft for radio signal is asserted if not, wireless device having pod activate and deactivating device, the electromagnetic influence without affecting aircraft mounted for testing aircraft after/before testing aircraft without checking access pod mounted can be safely and inexpensively. Figure 1 shows a manner of the existing method for testing aircraft pod mounted units connected also to explain the general outline checking scheme are disclosed. Figure 2 shows a general outline for checking method for testing aircraft also mounted to explain the present invention according to wireless pod are disclosed. Figure 3 shows a method of the present invention according to aircraft mounted before testing/mounting equipment to explain flow checking also are disclosed. Figure 4 shows a general outline to explain the operation of the present invention according to pod wireless device also are disclosed. 5a and 5b also includes wireless transceiver device mode for receipt of the present invention according to also to explain the general outline and can transmit and receive mode also are disclosed. Figure 6 shows a wireless device on a wireless communication connection device of the present invention according to pod also checking account for process flow are disclosed. The present invention refers to aircraft for testing for checking device and method relates to wireless number it became work pod mounted by the aircraft, aircraft mounted immediately before the test is performed immediately after verifying/transfer carried by the aircraft in normal operation for checking, such as propeller aircraft power source wirelessly equipment in situations with opening during a for performing checks are disclosed. The present invention refers to aircraft in order to minimize the effects of electromagnetic wave therefore, only certain conditions during a wireless communication interface pod of backwashing. Thus, the present invention through aircraft flight mounting equipment mounting test is performed as well as the occurrence of a situation, before mounting the wireless communication interface pod aircraft inspection even under a situation since, wire checking than in free movement of the pod, various sample be launching the application. In hereinafter, the present invention attached to drawing and more specifically herein disclosed. Also the present invention according to Figure 2 shows a method for testing of the pod to explain general outline degrees and for aircraft mounted wireless checking, before checking method of mounting equipment/aircraft mounting test Figure 3 the present invention according to describe flow are disclosed. And, Figure 4 shows a wireless device to explain the operation of the present invention according to pod also general outline degrees and, Figure 5 the present invention according to the transceiving mode for receipt of remote transceiver device to explain the general outline and degrees mode, wireless device checking device of Figure 6 the present invention according to pod on wireless communication connection to explain process flow are disclosed. First, the present invention according to the pod for testing aircraft such as also shown in 2 mounted wireless checking system, mounted aircraft mounted pod for testing aircraft (100), for testing aircraft mounted pod (100) mounted wireless device (200) and radio transmitting and receiving device (200) radio communications are made to checking device (300) having a predetermined wavelength. Pod (100) is be carried by the aircraft equipment (101) can be included. Equipment (101) for checking the wireless, wireless device (200) is the device number pods (201), pod wireless antenna (202), pod wireless device actuator (203) can be a. And, checking device (300) includes a checking device antenna (301), violations of the checking device number (302), checking a status indicator (303) can be a. The pod device number (201) for testing the aircraft mounted pod (100) mounted on a mounting equipment (101) state, checking device (300) components in the. More specifically, the pod device number (201) is, mounting equipment (101) status information, transforms it into a radio signal after pod antenna (202) through, mounting equipment (101) status information, i.e. checking data checking device (300) components in the. Pod antenna (202) to be transmitted through the inspection data, checking device (300) inspection device antenna (301) via violations of the checking device number (302) transferred to. Violations of the checking device number (302) is, helps to visually represented the material received, checking a status indicator (303) is a number etched. Checking a status indicator (303) is, checking columns, pod (100) mounted mounting equipment (101) checks the state checking or phenoxyethanol. More specifically, as shown in fig. 3, in the present invention, for testing aircraft mounted pod (100) for checking the, pod transceiving device (200) for activating the processing advances process (S10). In the present invention, for testing aircraft mounted pod (100) when the target is not checking, pod transceiving device (200) is deactivated in the nanometer range. Pod transceiving device actuator (203) is, checking device (300) based on signals received from, pod transceiving device (200) to enable activation of etched/number. In another example, pod transceiving device actuator (203) is, pod (100) mounted internal or external switch or, such as shown in fig. 4, the exterior device capable of applying a key or power on by pod, can be battery or similar. In this way, the transmitting device is activated pod, the pod device number (201) is, pod transceiving device (200) and activated sensing (or detection, or recognition), pod transceiving device (200) receiving dedicated mode operating as follows. For testing aircraft mounted pod (100) is aircraft (10) since the mounted equipment, aircraft should cause the electromagnetic interference, if signal is asserted not, transceiver device (200) is, even if the active state, checking device (300) to receive only signals received from combustion chamber. Then, if the substantial helps, checking device (300) in, transceiver device (200) to, shown in (a) of Figure 5 such as, wireless checking signal trigger (304) upon receiving. Pod wireless device (200) is, pod antenna (202) through, wireless checking signal trigger (304) receives, pod number the device (201) in, recognize wireless checking trigger signal, pod transceiving device (200) for operating mode, in a receive only mode, transceiver dedicated mode switch other (S12). The pod device number (201) is shown in (b) of Figure 5 such as, in response to the trigger signal is received wireless checking, pod transceiving device (200) pod (100) mounted equipment (101) capable of checking of changed from each other. The pod transceiving device (200) is converted to a transceiving mode after, for testing aircraft mounted pod (100) with equipment (101) checks to transmit information relating to wireless transceiver device (200) on checking device (300) wireless communication connected to, equipment (101) for radio checkable state (305) is formed, mounting equipment (101) helps the processing advances (S13) is the process where the wireless embodiment. Mounting equipment (101) of the status information, the pod device number (201) through, checking and treated as data, wireless signal checking data changed pod antenna (202) are checked via a device (300) wirelessly transmitted. Checking device (300) in, inspection device mounted antenna (301) are checked via a data receiving, violations of the checking device number (302) in, checking received material is data processing and processed data based on mounting equipment (101) determine a status of the substrate. And, violations of the checking device number (302) in, determined mounting equipment (101) state, checking a status indicator (303) outputs the visually by a number. On the other hand, transmitting through dedicated mode, mounting equipment (101) state for is complete, pod wireless device (200) is checking device (300) to transmit signals in wireless transceiving dedicated mode, process a receive only mode which is changed as the processing advances (S14). Checking device (300) in, a wireless checking a termination trigger, pod through wireless communication wireless device (200) transmits, pod number the device (201) in, based on said received wireless checking a termination trigger, wireless device (200) mode of transmitting in dedicated mode, a receive only mode is changed to the other. On the other hand, wireless device (200) on checking device (300) to conduct wireless communications with an unexpected termination or, a preset time or more has elapsed the time set, the pod device number (201) can be automatically wireless device (200) for operating mode, transmitting in dedicated mode, a receive only mode is changed to another substrate. On the other hand, after testing mounted aircraft, aircraft landing aircraft mounting test after mounting equipment (101) when performing inspection, wireless device (200) for operating mode, in a receive only mode, the processing advances (S30) transmitting dedicated mode conversion process. S30 process, processing advances to a flow process with same as S12 in his prior. S30 via, wireless checking device (200) for operating mode is transmitting converted dedicated mode, checking device (300) in, mounting equipment (101) for checking the condition of the processing advances determined (S31). Said S30 process, in his prior, S13 processes and also 5 with a heat content and therefore, the aforementioned description and specific description portion discharges other. On the other hand, aircraft landing after mounting equipment (101) represents the checking, mounting equipment (101) by downloading via further comprises wireless communication data created in the process. Mounting equipment (101) generated data, wireless device (200) are checked via a device (300) can be downloaded. On the other hand, 6 such as also shown in, pod wireless device (200) is, is asserted does not, deactivation state for or standby operating mode and, transceiver device actuator (203) by, can be activated. The, pod wireless device (200) with a transmission-reception is not dedicated mode, receiving dedicated mode operating with each other. Then, wireless device (200) of the pod device number (201) is, checking device (300) to trigger signal transceiving mode (304) has been applied, check a predetermined period. Then, checking device (300) from transmitting mode trigger signal (304) of receiving is being sensed, the pod device number (201) is, pod wireless device (200) a, transceiver dedicated mode (204) change, checking device (300) to search for the other. Checking device (300) for searching a process, pod wireless device (200) on checking device (300) for connecting between specified by a protocol to and communicated with each other, mutual check through a codeword, interconnecting substrate (305). Pod wireless device (200) on checking device (300) that is wireless communications between, in wireless, communication through mounting equipment (101) of the state, performs inspection. Pod wireless device (200) is, periodically checking end signal by checking, checking device (300) when transmitting at identifying inspection end signal, transmitting a dedicated mode is ended. On the other hand, pod wireless device (200) includes checking end signal is unclamped or not, pod wireless device (200) on checking device (300) in a wireless communication is maintained between determines, case of a wireless communication, mounting equipment (101) checks continuously checking and data transmitting to a plurality of hierarchies. On the other hand, pod wireless device (200) includes a pod wireless device (200) on checking device (300) in a wireless communication is maintained between determines, when wireless communication is maintained constant, checking device (300) by connecting to and communication with number, transmitting a dedicated mode, a receive only mode is changed to another substrate. And, even in this case, wireless pod device (200) is, periodically checking device (300) from transmitting mode trigger signal (304) has been applied to identify other. In this case, wireless device pod (200) on checking device (300) wireless communication between address that operates without mutual agreement ends can be. Herein as shown with above, the present invention refers to the pod mounted to a piston wireless wireless communication device for testing aircraft, aircraft inspection equipment for checking for testing pod mounted with using an inspection antenna and radio transmission device, causes the pod for testing aircraft mounted wireless communication interface. In addition, the present invention refers to, for testing aircraft pod mounted for checking the pod is not wirelessly connected mounted wireless inspection equipment for testing aircraft, aircraft mounted pod for testing without harmful wave transmission, receiving only causes a receive-only mode. Through, for testing aircraft due to electromagnetic interference to minimize aircraft pod can be mounted. Further, when a party attempting to obtain wireless inspection equipment, for testing aircraft pods are mounted, in a receive only mode, by transmitting mode, the pod for testing aircraft mounted wireless inspection backwashing. Further, the present invention refers to, for testing the pod mounted aircraft for radio signal is asserted if not, wireless device having pod activate and deactivating device, the electromagnetic influence without affecting aircraft mounted for testing aircraft after/before testing aircraft without checking access pod mounted can be safely and inexpensively. The present invention relates to a wireless inspection device of a pod which is manufactured to be loaded on an aircraft for aircraft load test and a method thereof. According to the present invention, a wireless inspection system of a pod for aircraft load test for inspecting loaded equipment provided in a pod for aircraft load comprises: a wireless transmission and reception device and an inspection device antenna provided in an aircraft and including a pod control device and a pod antenna; and an inspection device including an inspection device controller and an inspection status indicator. The wireless transmission and reception device is operated in a reception only mode for receiving a signal received from the inspection device to minimize electromagnetic wave interference of the aircraft in an activated state. When the wireless transmission and reception device receives a trigger signal that is a wireless inspection signal from the inspection device, the reception only mode is converted into a transmission reception only mode for transmitting inspection data of the loaded equipment to the inspection device. COPYRIGHT KIPO 2017 With the pod for mounting aircraft mounting equipment for testing aircraft mounted wireless checking system for checking in a pod, the pod device wireless device including data storage device number is equipped aircraft and pod antenna antenna, including violations of the facility and checking device status indicator in a checking device number, said wireless device includes, in activated state is integrated with aircraft in order to, high frequency signals received from said inspection device receiving dedicated mode, said checking device checking signal from the trigger signal is received, said mounting equipment inspection device for transmitting said checking said data receive only mode is the conversion of wireless checking system characterized in VDSL dedicated mode. According to Claim 1, said checking device is on said wireless device, connected to a pre-determined protocol and communicated with each other, said pod includes a wireless transceiver device, said checking device made from the other end signal is periodically checking, reception of the end signal when said checking, said device characterized in a receive only mode wireless reception of a dedicated mode converting wireless checking system. According to Claim 2, wireless device when said pod is checking said end signal is identified, said pod on said wireless device in a wireless communication is maintained while varying between checking device, wireless communication case, said mounting equipment checks data transmitting facility value is continued, when said radio communication is not been held, and communication with said checking device by connecting to a number, said transmitting a dedicated mode, said changing wireless checking system characterized in a receive only mode. According to Claim 3, said wireless device includes a wireless device in a wireless communication between said checking device on said pod pod maintained determines, when wireless communication is maintained constant, and communication with the checking device by connecting to a number, said transmitting a dedicated mode, said receive only mode change, periodically transmitting from said checking device identifying a wireless checking system signal is applied to the spray gun has been characterized. According to Claim 1, said mounting of the status information, pod number through the device, checking and treated as data, checking said wireless signal data is transmitted wirelessly to said checking device changed pod via antennas, in said inspection device, said inspection device receives data checking via antennas, said checking device number in RAT, said checking received material is data processing and processed data based on said determining condition of mounted equipment and, in violations of said checking device number, determined state of mounting equipment, is characterized by visually checking said status indicator in a number outputted wireless checking system.
