31results about How to "Production continues" patented technology

The invention discloses a device for adjusting the shape of a glass plate. The device comprises a flow guide plate, wherein the lower part of the flow guide plate is connected with a traction roller; the upper part of the flow guide plate is arranged below a glass plate flowing-out hole of overflowing and pulling-down molding equipment; a shifting fork device is arranged below the traction roller; the shifting fork device is in contact with a glass plate surface; an acting force, which is opposite to an existing shape, is applied to the glass plate through the shifting fork device; a cutting device is arranged below the shifting fork device. In a production process of a liquid crystal glass substrate, the deformed glass plate can be rapidly recovered, so that the production continuity of the glass plate is realized and the production quality is improved.

The invention relates to a device for dynamically preparing ice slurry. Two heat exchange tube fixing plates are arranged in a cavity of a tubular heat exchanger of the device, the inner part of the cavity is divided into an upper cavity, a lower cavity and a middle cavity by the two heat exchange tube fixing plates, heat exchange tubes are distributed in the middle cavity, two ends of each heat exchange tube are respectively fixed on the two heat exchange tube fixing plates and are respectively communicated with the upper cavity and the lower cavity, a refrigerating fluid inlet is formed in one of the heat exchange tube fixing plates in the cavity, a refrigerating fluid outlet is formed in the other heat exchange tube fixing plate in the cavity, the refrigerating fluid inlet and the refrigerating fluid outlet are respectively communicated with the middle cavity, a water inlet which is communicated with the upper cavity is formed on the upper part of the cavity, an outlet which is communicated with the lower cavity is formed on the bottom end surface of the cavity, flow guiding columns are fixedly arranged in the upper cavity, lower ends of the flow guiding columns freely extend in ports of the corresponding heat exchange tubes, and the flow guiding columns are in clearance fit with the heat exchange tubes. The upper cavity serves as a reservoir, the lower cavity is used for storing ice, the middle cavity is a heat exchange part, and the device is simple and compact in structure.

The present invention discloses a great-length optical fiber unit continuous production on-line monitoring system. The system comprises an optical fiber fast connection module, an OTDR control module, a wireless receiving and dispatching module, a monitoring display module and an alarm module which are connected in order. The monitoring system effectively cooperates with other modules through the OTDR control module, performs on-line real-time monitoring of an optical fiber unit, and provides on-off information of the optical fiber in the optical fiber unit, and therefore the production may be continuously and steadily performed and the waste of the optical fiber unit is reduced; and moreover, the great-length optical fiber unit continuous production on-line monitoring system is especially suitable for the continuous production of great-length optical fiber units.