67results about How to "Convenient loading and unloading operation" patented technology

The invention discloses an advanced-generation panel display glass polishing machine. The advanced-generation panel display glass polishing machine comprises a machine base, a lower fixed tray component, an upper fixed tray component, a polishing solution feed system and an automatic control system; the lower fixed tray component is arranged on the machine base; the lower fixed tray component comprises a lower fixed tray, a hold pad which is arranged on the upper surface of the lower fixed tray, and a first driving device; the upper fixed tray component comprises an upper fixed tray bracket and an upper fixed tray system; the upper fixed tray system comprises an upper fixed tray, a polishing pad which is arranged at the lower surface of the upper fixed tray, and a second driving device; the upper fixed tray system is fixedly arranged on the upper fixed tray bracket in a front-back and left-right sliding manner through a horizontal driving system; the upper fixed tray bracket is connected with the machine base through a rotating connection component; and a vertical driving system for achieving the effect that the upper fixed tray bracket rotates around the rotating connection component is arranged between the upper fixed tray bracket and the machine base. The invention further provides a glass machining method of the advanced-generation panel display glass polishing machine. Theadvanced-generation panel display glass polishing machine is simple in structure, and makes good structural preparation for automation operation of charging and discharging.

The invention belongs to the technical field of optical fiber sensor transfer, and particularly relates to an optical fiber sensor transfer box with a dampproof function. The problems that according to existing transfer boxes, in the transfer process of optical fiber sensors, the transferred optical fiber sensors are prone to being affected by external force and the natural environment are solved.According to the scheme, the optical fiber sensor transfer box comprises a box body; connecting plates are installed at the top and the bottom of the box body; and the side face of each connecting plate is provided with two round through holes. According to the transfer box, a shell body and the box body are tensioned through a fastening mechanism, a barrel body and a limiting sliding rod, the internal space of the box body is sealed, the dry environment inside the transfer box is maintained through a silica-gel discolored desiccant inside the shell body, the service life of the optical fibersensor is prevented from being affected by damp, the dampproof effect of the transfer box is improved, meanwhile, the optical fiber sensors are stacked between carrying plates and auxiliary carryingplates and can be drawn out when needed, feeding and discharging operation of cargoes in the transfer box is facilitated, and using is easy and convenient.

The invention discloses a loading and unloading system and a loading and unloading method. The loading and unloading system and the loading and unloading method are used for loading and unloading of afunctional device. The loading and unloading system comprises material trays, a loading and unloading area, a storage area, a height sensor, a mechanical arm device and a material tray pushing-out mechanism. The material trays are used for bearing materials, the functional device takes and places the material trays in the loading and unloading area, the storage area is used for storing the traysin a stacking mode, the height sensor senses the stacking height of the material trays in the storage area, the mechanical arm device can grab the material trays to rotate mutually between the loadingand unloading area and the storage area, the height sensor is in communication connection with the mechanical arm device, and the mechanical arm device adjusts the grabbing height according to the material tray stacking height measured by the height sensor. The material tray pushing-out mechanism moves between the function device and the loading and unloading area in a reciprocating mode. The mechanical arm device is used for transferring materials between the loading and unloading area and the storage area, and the material tray pushing-out mechanism is arranged to connect the material loading and unloading area with the processing area of the function device in series, so that the automation degree of the system is increased and the loss of manpower is reduced.