A gap grouting system for buildings is used for grouting building gaps (1) and comprises a DSP (digital signal processor) controller, a motor driving circuit and a gap grouting device. The gap grouting device comprises a base frame (9) and a nozzle connecting device (8) connected with the rear wall of the base frame (9) through a rotary supporting device (88), the nozzle connecting device (8) comprises a nozzle rotation driving shell (89) with a slide clamping cavity (80), and a nozzle movement driving slider (6) is arranged in the slide clamping cavity (80) in a slide fit manner.
The invention discloses a building gap grouting device with a fluid control valve. The building gap grouting device is used for grouting building gaps (1) and comprises a base frame (9) and a spray nozzle connecting device (8). The spray nozzle connecting device (8) is connected with the rear wall of the base frame (9) through a rotary supporting device (88) and comprises a spray nozzle rotation driving shell (89), the spray nozzle rotation driving shell (89) is provided with a slide clamping cavity (80), and a spray nozzle movement driving slider (6) is arranged in the slide clamping cavity (80) in a slide fit manner.
A gap grouting system for buildings is used for grouting building gaps (1) and comprises a DSP (digital signal processor) controller, a motor driving circuit and a gap grouting device. The gap grouting device comprises a base frame (9) and a nozzle connecting device (8) connected with the rear wall of the base frame (9) through a rotary supporting device (88), the nozzle connecting device (8) comprises a nozzle rotation driving shell (89) with a slide clamping cavity (80), and a nozzle movement driving slider (6) is arranged in the slide clamping cavity (80) in a slide fit manner.
A controllable damping type building slit grouting device can grout building slits, and comprises a pedestal (9) and a nozzle connector (8), wherein the nozzle connector (8) is connected with the rear wall of the pedestal (9) through a rotary support device (88); the nozzle connector (8) comprises a nozzle rotation drive casing (89) having a slide clamp cavity (80); a nozzle motion drive slide block (6) is matched in the slide clamp cavity (80) in a slide manner.
A building slit damping grouting device can grout building slits (1), and comprises a pedestal (9) and a nozzle connector (8), wherein the nozzle connector (8) is connected with the rear wall of the pedestal (9) through a rotary support device (88); the nozzle connector (8) comprises a nozzle rotation drive casing (89) having a slide clamp cavity (80); a nozzle motion driving slide block (6) is matched in the slide clamp cavity (80) in a slide manner.
A constructional heat radiation type slit grouting device can grout building slits (1), and comprises a pedestal (9) and a nozzle connector (8), wherein the nozzle connector is connected with the rear wall of the pedestal (9) through a rotary support device (88); the nozzle connector (8) comprises a nozzle rotation drive casing (89) having a slide clamping cavity (80); a nozzle motion drive slide block (6) is matched in the slide clamping cavity (80) in a slide manner.
A constructional heat radiation type slit grouting device can grout building slits (1), and comprises a pedestal (9) and a nozzle connector (8), wherein the nozzle connector is connected with the rear wall of the pedestal (9) through a rotary support device (88); the nozzle connector (8) comprises a nozzle rotation drive casing (89) having a slide clamping cavity (80); a nozzle motion drive slide block (6) is matched in the slide clamping cavity (80) in a slide manner.