摘要:
A sealant applying apparatus for an LCD substrate is disclosed, which comprises a first sealant spraying nozzle, a second sealant spraying nozzle and a conductive medium spraying nozzle. The first sealant spraying nozzle is fixedly spaced apart from the conductive medium spraying nozzle, the first sealant spraying nozzle, the second sealant spraying nozzle and the conductive medium spraying nozzle move together, and the first sealant spraying nozzle and the second sealant spraying nozzle are opened or closed together. A sealant applying method for an LCD substrate is further disclosed. According to the present disclosure, the sealant applying apparatus for an LCD substrate and the sealant applying method for an LCD substrate allow for uniform application of a sealant, saving of the process time and saving of the material cost.
摘要:
A sealant applying apparatus for an LCD substrate is disclosed, which comprises a first sealant spraying nozzle, a second sealant spraying nozzle and a conductive medium spraying nozzle. The first sealant spraying nozzle is fixedly spaced apart from the conductive medium spraying nozzle, the first sealant spraying nozzle, the second sealant spraying nozzle and the conductive medium spraying nozzle move together, and the first sealant spraying nozzle and the second sealant spraying nozzle are opened or closed together. A sealant applying method for an LCD substrate is further disclosed. According to the present disclosure, the sealant applying apparatus for an LCD substrate and the sealant applying method for an LCD substrate allow for uniform application of a sealant, saving of the process time and saving of the material cost.
摘要:
A glass substrate slicing apparatus is disclosed, which comprises a laser emitting device and a slicing device. The laser emitting device is adapted to emit a laser beam onto a surface of a glass substrate to be sliced so as to form micro-grooves on the surface of the glass substrate; and the slicing device is adapted to slice the glass substrate at locations of the micro-grooves, and comprises a wheel cutter fixing device and a diamond wheel cutter fixed on the wheel cutter fixing device. A laser beam is emitted by the laser emitting device to form micro-grooves on a surface of the glass substrate so that a diamond wheel cutter can be inserted into the micro-grooves to slice the glass substrate at locations of the micro-grooves. As a result, the frictional force between the diamond wheel cutter and the glass substrate can be enhanced to prevent slipping of the diamond wheel cutter during the slicing process, thus improving the slicing accuracy.