Abstract: The present invention relates to a processing technology for manufacturing seepage irrigation pipe with alternating effluent sections and non-effluent sections, and in particular, to the field of underground seepage irrigation in agriculture and forestry. The processing technology combines the production unit for water-effluent pipes with the production unit for non-effluent pipes, and produces the seepage irrigation pipeline by adjusting the raw material ratios, controlling the spindle speed, spindle acceleration time, and spindle deceleration time of the two pipeline production units, to generate a seepage irrigation pipe with alternating effluent sections and non-effluent sections.

Abstract: The present invention relates to a processing technology for manufacturing seepage irrigation pipe with alternating effluent sections and non-effluent sections, and in particular, to the field of underground seepage irrigation in agriculture and forestry. The processing technology combines the production unit for water-effluent pipes with the production unit for non-effluent pipes, and produces the seepage irrigation pipeline by adjusting the raw material ratios, controlling the spindle speed, spindle acceleration time, and spindle deceleration time of the two pipeline production units, to generate a seepage irrigation pipe with alternating effluent sections and non-effluent sections.

Abstract: The present invention relates to a processing technology for manufacturing seepage irrigation pipe with alternating effluent sections and non-effluent sections, and in particular, to the field of underground seepage irrigation in agriculture and forestry. The processing technology combines the production unit for water-effluent pipes with the production unit for non-effluent pipes, and produces the seepage irrigation pipeline by adjusting the raw material ratios, controlling the spindle speed, spindle acceleration time, and spindle deceleration time of the two pipeline production units, to generate a seepage irrigation pipe with alternating effluent sections and non-effluent sections.

Abstract: The present invention relates to a processing technology for manufacturing seepage irrigation pipe with alternating effluent sections and non-effluent sections, and in particular, to the field of underground seepage irrigation in agriculture and forestry. The processing technology combines the production unit for water-effluent pipes with the production unit for non-effluent pipes, and produces the seepage irrigation pipeline by adjusting the raw material ratios, controlling the spindle speed, spindle acceleration time, and spindle deceleration time of the two pipeline production units, to generate a seepage irrigation pipe with alternating effluent sections and non-effluent sections.

Abstract: A system for generating visual images includes an artificial eye that is surgically implanted within a patient's orbit. Also, the system includes a micro-camera that is mounted to the artificial eye for capturing visual input. A digital signal processor receives the visual input from the micro-camera and generates electrical stimuli corresponding to pixels of the visual input. In the system, a plurality of electrode arrays are embedded into selected areas of the primary visual cortex of the patient. Further, each array is interconnected with the processor to transfer the electrical stimuli to predetermined areas of the primary visual cortex for creation of a visual image by the patient corresponding to the visual input.

Abstract: A prosthesis for viewing an object includes a CMOS camera that is mounted on an eye lens of a patient to create a visual image. A process controller then creates an encoded signal of the visual image that has specific intensity and position information for respective pixels. Next, this encoded signal is transmitted to a stimulating unit implanted in the cranium, where it is decoded to create an electrical stimulation signal in accordance with a predetermined data protocol. The electrical stimulation signal is then passed to an electrode array that is coupled to an optic nerve of the patient, to thereby generate phosphenes in the brain for a sensation of visual perception of the object.

Abstract: An endoprobe includes a tubular element having a proximal end and a distal end. At least one optical fiber element is disposed within the tubular element. A plurality of laser light outlets are defined through a side wall of the tubular element. The at least one optical fiber element is adapted to conduct laser light from the proximal end of the tubular element to the plurality of laser light outlets, thereby to direct laser light radially of the tubular element. The tubular element is arcuately curved along a portion of its length, adjacent its distal end and the laser light outlets are defined along a radially inner portion of the curved portion.

Abstract: A method of retinal re-attachment is provide including the steps of providing an optical fiber probe assembly; providing a laser system coupled to the optical fiber probe assembly for delivering at least one laser light beam to the optical fiber probe; making an incision in the conjunctiva; passing at least a portion of the optical fiber probe assembly through the incision; advancing the portion of the optical fiber probe assembly so as to separate the conjunctival-Tenon and scleral planes; positioning the portion of the optical fiber probe assembly over a retinal break area; and delivering the laser light beam from the laser system through the optical fiber probe assembly to the scleral at the locus of the retinal break area thereby to produce localized scleral shrinkage to buckle the scleral so as to relax the retinal break area. An apparatus is also provided to employ the method.