7 results about "Visible imaging" patented technology

The utility model relates to an optical imaging system, in particular to a visible infrared dual-band refraction and reflection optical system based on a free-form surface shared beam shrinking lens. The technical problem that an existing total reflection type earth remote sensing system and a refraction and reflection type earth remote sensing optical system are difficult to meet the overall requirements of compactness, stray light, convenient adjustment and large view field is solved. The system comprises a beam shrinking unit, a dichroic mirror, a visible TDI imaging lens group, a reflecting mirror, an infrared TDI imaging lens group, a visible switching reflecting mirror and a visible area array imaging lens group, wherein the beam shrinking unit and the dichroic mirror are sequentially arranged along a light path; the visible TDI imaging lens group, the reflecting mirror and the infrared TDI imaging lens group are arranged on a reflecting light path of the dichroic mirror; the visible area array imaging lens group is arranged on a reflecting light path of the visible switching reflecting mirror; the beam shrinking unit comprises a primary mirror, a secondary mirror, an axis folding mirror and a third mirror which are sequentially arranged along a light path; the primary mirror and the secondary mirror are coaxially arranged; the included angle between the normal of the folding-axis mirror and the optical axis of the system is greater than 45 degrees; the third mirror is a free-form surface reflecting mirror, and emergent central view field light of the third mirror is perpendicular to primary and secondary mirror axes; and the dichroic mirror is arranged on an emergent light path of the third mirror.

Method and computing device for inferring via a neural network environmental data of an area of a building based on visible and thermal images of the area. A predictive model generated by a neural network training engine is stored by the computing device. The computing device determines a visible image of an area based on data received from at least one visible imaging camera. The computing device determines a thermal image of the area based on data received from at least one thermal imaging device. The computing device executes a neural network inference engine, using the predictive model for inferring environmental data based on the visible image and the thermal image. The inferred environmental data comprise geometric characteristic(s) of the area, an occupancy of the area, a human activity in the area, temperature value(s) for the area, and luminosity value(s) for the area.

A Real-Time Fault Detection and Infrared Inspection System includes a fixed imaging system that includes a visual imaging device paired with an infrared imaging device which together can provide both visual and heat-detecting monitoring of anything within its field of view. The fixed imaging system is mounted to the top of a transmission tower and directed to view the transmission lines leading to and from the tower such that an operator can remotely access the imaging devices to visually inspect and to infrared inspect the system, checking for physical damage as well as excessive heat areas.

The utility model provides a kind of visual ablation needle, it is related to medical instrument technical field. Including needle sleeve, ablation needle and imaging device;Imaging device includes acoustic imaging device, acoustic imaging device is integrated on needle sleeve and is close to ablation end. Through the cooperation of needle sleeve, ablation needle and imaging device, can be in ablation lesion when ablation needle, through acoustic imaging device to the ablation process real-time visible imaging is carried out, when needing to judge ablation effect, ablation needle is withdrawn, and the camera of optical imaging device is pushed into lesion to be observed by the instrument channel inside needle sleeve, to obtain the optical image of lesion, so that medical staff can be further combined with relevant image to judge ablation effect, and real-time visualization degree is high.

An optimal joint planning method for imaging satellite missions based on a conflict resolution model relates to the field of satellite mission joint planning technology. It addresses the existing need to design a planning method that considers both imaging and data transmission. The method involves: acquiring information on all visible imaging windows and visible data transmission windows; establishing a conflict matrix between the visible imaging and data transmission windows; establishing an integer linear programming mathematical model based on constraints generated by the conflict matrix, single-transmission resource constraints for visible data transmission windows, and single-satellite daily storage constraints. This integer linear programming mathematical model uses maximizing total revenue as its objective function, taking data transmission costs into account; solving the integer linear programming mathematical model; and formulating a satellite-imaging-data transmission plan based on the obtained solution. This invention provides a planning method that simultaneously considers visible imaging and data transmission windows, solving the complex multi-satellite, multi-ground-station planning coupling problem, and is applicable to joint planning of multiple satellites and multiple ground stations.

The utility model discloses a hyperspectral and visible light imaging fusion optical system, which relates to the technical field of optical imaging and comprises an imaging lens group, a light splitting structure, a hyperspectral sensor and a visible light sensor. The light splitting structure is provided with a light-transmitting area located in the middle and a reflection area located on the periphery of the light-transmitting area, the light-transmitting area is used for allowing part of light to directly penetrate through, the reflection area is used for reflecting part of light of a visible light wave band, and the hyperspectral sensor is used for receiving the light penetrating through the light-transmitting area and generating a hyperspectral image. The visible light sensor is used for receiving the light reflected by the reflection area and generating a visible light image, the visual field angles of the visible light sensor and the visible light image are equal, and pixel positions of imaging surfaces are in one-to-one correspondence, so that physical pixel alignment of the hyperspectral image and the visible light image can be realized. According to the scheme, the efficiency of multispectral image fusion is improved, and the energy loss in the imaging process is reduced.

The invention relates to the field of non-visual imaging, in particular to a radar non-visual imaging system based on a sparse array, which comprises a data acquisition module, a radio frequency front-end module and a data post-processing module, and is characterized in that the radio frequency front-end module arranges an antenna array through an array optimization iteration method; the data acquisition module is used for acquiring echo signals of each channel of the optimally arranged array and storing the echo signals in a PC (Personal Computer) end; and the data post-processing module is used for sequentially carrying out data preprocessing, image reconstruction and imaging result display on the acquired echo signal data. According to the method, the hardware cost of the system is effectively reduced, meanwhile, the existing array element performance is fully played, a better imaging effect is achieved, the method is suitable for various non-visual imaging scenes, high robustness is achieved, meanwhile, the whole imaging process of the system is controlled through the upper computer, and complexity of manual control is avoided.