Abstract: The present disclosure provides an image synchronizing method, a system and a piece of electronic equipment, which can invoke a preset frame synchronization parameter when receiving fluorescence image data; and white light image data corresponding to one memory chip is invoked from N memory chips based on the frame synchronization parameter, and the white light image data is fused with the fluorescence image data, so as to obtain a first fusion image. Under a case that the white light image and the fluorescence image generate difference, this method may compensate for the difference between the white light image and the fluorescence image in a manner that the white light image data after the difference is invoked through the frame synchronization parameter, thereby ensuring an imaging effect of a fluorescence imaging system.

Abstract: The invention discloses a wearable molecular imaging navigation system comprising: a multi-spectral light transceiver configured to transmit a multi-spectral light to a detected subject in a detection region and acquire an emitting light regarding the detected subject and acquire a reflecting light regarding the detected subject; an image processor configured to receive the reflecting light and the emitting light from the multi-spectral light transceiver, execute a three-dimensional reconstruction and fusion process on the reflecting light and the emitting light to obtain a fusion image; a wireless signal processor configured to enable a wireless communication; and a wearable device, configured to receive the fusion image from the image processor via the wireless signal processor, display the fusion image and control the multi-spectral light transceiver and the image processor based on instructions received.

Abstract: The invention discloses a wearable molecular imaging navigation system comprising: a multi-spectral light transceiver configured to transmit a multi-spectral light to a detected subject in a detection region and acquire an emitting light regarding the detected subject and acquire a reflecting light regarding the detected subject; an image processor configured to receive the reflecting light and the emitting light from the multi-spectral light transceiver, execute a three-dimensional reconstruction and fusion process on the reflecting light and the emitting light to obtain a fusion image; a wireless signal processor configured to enable a wireless communication; and a wearable device, configured to receive the fusion image from the image processor via the wireless signal processor, display the fusion image and control the multi-spectral light transceiver and the image processor based on instructions received.