4results about How to "Avoid radiation damage" patented technology

The utility model provides a novel pressurized injection device, and the syringe can be used for injecting pressurized liquid, the fixed seat is provided on the syringe control module, the movable seat is movably arranged on the syringe control module, the injection cylinder of syringe is fixedly arranged on the fixed seat, the piston rod of syringe is fixedly arranged on the movable seat, and the power source part of syringe control module controls the reciprocating movement of movable seat, thereby controlling the reciprocating movement of the piston rod of syringe, and further comprising detection module for detecting the push -and -pull of piston rod. The output port of syringe is connected with pressurized valve assembly control module, and the pressurized valve assembly control module comprises at least two output ports, the communication between the output port of syringe and different output ports is switched through pressurized valve assembly control module, the output or extraction of liquid from different output ports can be realized. The utility model can replace the doctor to execute balloon pressurization in radiation environment, and can make the complicated valve control and syringe bolus operation automation.

The utility model discloses a concrete corrosion detection device which comprises a detachable telescopic vehicle-mounted support mechanism and a salinity detection assembly arranged on the vehicle-mounted support mechanism, the salinity detection assembly comprises a device shell, a neutron source moderation shielding structure integrated on the inner side of the device shell and a plurality of BGO detectors with multi-angle detection, the plurality of BGO detectors are symmetrically distributed on the outer side of the neutron source moderation shielding structure and are arranged at intervals with the neutron source moderation shielding structure. According to the detection device, the detection system is optimized, the BGO detectors are symmetrically distributed, multi-angle detection is achieved, and the detection sensitivity is improved. The neutron source moderation shielding structure is integrated, the neutron source assembly is arranged on the inner side, and the neutron source moderation unit and the reflective shielding absorption unit are arranged on the outer side, so that the direction and energy of emitted neutrons are controlled, interference of redundant gamma rays is reduced, the signal-to-noise ratio of the BGO detector is increased, and the accuracy of non-destructive detection of a to-be-detected object is improved.

The utility model relates to detection equipment technical field especially is a kind of geological prospecting rapid detection equipment, including X-ray fluorescence spectrometer and detection head, and the outer side fixedly connected with external block is installed in the inside of external block and is sealed and is protected component, and external block includes sleeve block, and the inside of sleeve block is equipped with guiding air hole, and the rear end fixedly connected with spring of guiding air hole, and sealed and protected component includes protective cover, and the inside of protective cover is equipped with air duct, and the rear end fixedly connected with double cylinder of protective cover, and the outside fixedly connected with first rubber seal ring of double cylinder, and the inside of double cylinder is equipped with intercommunication groove, and the front end fixedly connected with air bag ring of protective cover, and the inside fixedly connected with second rubber seal ring of protective cover, in the utility model, device can effectively prevent external light to enter instrument inside and X-ray fluorescence leakage, improve detection accuracy, prevent X-ray fluorescence from causing radiation injury to staff simultaneously, improve use safety.

The utility model discloses a mobile green channel vehicle detector, and belongs to the technical field of highway green channel detection. Comprising a track and a truck. Wherein the track comprises a first track and a second track which are arranged in parallel, and a to-be-detected vehicle is located between the first track and the second track. The truck comprises a first truck linearly sliding on the first track and a second truck linearly sliding on the second track. An emission assembly is arranged on the first truck and used for emitting rays. A receiving assembly is arranged on the second truck and used for receiving the rays emitted by the emitting assembly. When the vehicle is detected, a worker controls the first truck and the second truck to move synchronously to drive the transmitting assembly and the receiving assembly to move synchronously, so that the vehicle is detected and scanned. A driver does not need to drive a vehicle for detection, and detection errors caused by different running speeds of detected vehicles are avoided.