48results about How to "Expand sweep range" patented technology

The invention discloses an exhaust device of an air conditioner. The exhaust device comprises an exhaust cylinder rotatably disposed above the air conditioner and a drive device driving the exhaust cylinder to rotate. The exhaust cylinder is provided with an exhaust hole which is provided with an air guide plate which can guide air up and down. Therefore, by the use of the exhaust device, blowing range of the air conditioner can be enlarged effectively. The invention further discloses the air conditioner comprising the exhaust device.

The invention provides an air sweeping mechanism. The air sweeping mechanism comprises an air sweeping blade set; the air sweeping blade set is arranged in an exhaust port; and exhaust sides of air sweeping blades near two ends of the exhaust port in the air sweeping blade set are deflected far from the air sweeping blades in middle. In the air sweeping mechanism, the exhaust sides of the air sweeping blades near two ends of the exhaust port are deflected far from the air sweeping blades in middle. The air sweeping blades near two ends of the exhaust port form a horn shape in the air sweeping port; and when the air sweeping mechanism sweeps air by any angle, the air is always swept out in a horn form, so that the air sweeping range is wider.

The invention provides a wind sweeping blade mechanism and an air conditioner comprising the same. The wind sweeping blade mechanism comprises a longitudinal wind sweeping blade component and a firstdriving mechanism; the longitudinal wind sweeping blade component comprises multiple first wind sweeping blades; the first driving mechanism is connected with the longitudinal wind sweeping blade component and is used for driving the multiple first wind sweeping blades to rotate to enable the multiple first wind sweeping blades to perform wind guiding operation in the vertical direction; the firstdriving mechanism can drive at least one of the multiple first wind sweeping blades to perform wind guiding operation in the first direction and can also drive the rest first wind sweeping blades toperform wind guiding operation in the second direction, and an included angle is formed by the first direction and the second direction. According to the wind sweeping blade mechanism and the air conditioner comprising the same, the wind sweeping range of the wind sweeping blade mechanism is enlarged effectively, and the practicability of the air conditioner comprising the wind sweeping blade mechanism is improved effectively.

The invention discloses an air outlet component and a kitchen air conditioner. The air outlet component comprises a fixing frame (1), air sweeping blades (2) and a rotating connecting part (3), the air sweeping blades (2) are arranged at an air opening of the fixing frame (1), and the rotating connecting part (3) is connected to the fixing frame (1) and makes the fixing frame (1) rotate relative to an air conditioner indoor unit (4). According to the air outlet component, all-around air sweeping of the air outlet component can be achieved, and the air sweeping range of the air outlet component is enlarged.

The invention discloses an exhaust device of an air conditioner. The exhaust device comprises an exhaust cylinder rotatably disposed above the air conditioner and a drive device driving the exhaust cylinder to rotate. The exhaust cylinder is provided with an exhaust hole which is provided with an air guide plate which can guide air up and down. Therefore, by the use of the exhaust device, blowing range of the air conditioner can be enlarged effectively. The invention further discloses the air conditioner comprising the exhaust device.

The invention provides an air outlet device and an air conditioner provided with the air outlet device. The air outlet device comprises a supporting part, a guide part, an air outlet part, a rotation driving part and a lifting part, wherein the supporting part is provided with a first arc guide groove facing upwards; the guide part is connected with the supporting part and is provided with a second arc guide groove which corresponds to the first arc guide groove and faces the lower side; the air outlet part is provided with an air outlet, and is positioned above the supporting part; the rotation driving part is connected between the guide part and the air outlet part, or between the supporting part and the air outlet part; the rotation driving part is provided with at least two rolling wheel that are oppositely arranged; one rolling wheel is positioned in the first arc guide groove; the other rolling wheel is positioned in the second arc guide groove; the rotation driving part drives the air outlet to conduct rotation air sweeping; and the lifting part is arranged on the supporting part, is connected with the air outlet part, and drives the air outlet part to move up and down to allow the air outlet to be provided with a first position during closing or a second position during opening. According to the air outlet device and the air conditioner, the problem that the air outlet device in the prior art is unsteady in air sweeping is effectively solved.

A controllable high-power electromagnetic seismic source system for shallow earthquake is composed of main controller and exciting unit. Under the control of industrial control PC, the DDS generates pulse signals, which can trigger counter and waveform storage to release digital waveforms. Going through D / A converter and filter, they are output to power amplifier for driving exciter to generate vibration and send it in ground. The earthquake signal is picked up by sensor and then compared with the predefined waveforms stored in PC, so forming a closed control loop. Its advantages are high saefty, high repeatability of signals, and wide frequency sweep range (5-1400 Hz).

The invention discloses an optical device spectrum response measurement method based on double sideband modulation and stimulated Brillouin scattering effect, comprising steps of dividing an optical carrier wave which is outputted by a light source into two paths, performing frequency-beating in a photoelectric detector by a scanning frequency double sideband signal and a carrier having the frequency shifted after the signal passes through the optical device to be detected, obtaining two radio frequency signals which have two different frequencies and carry spectral response information of the optical device to be detected at the scanning frequency double sideband signal frequency position, using a radio frequency amplitude phase extraction module to respectively extract amplitude phase information of two radio frequency signals to obtain an amplitude-frequency response and a phase frequency response of the optical device to be detected at the optical detection signal frequency, changing the wavelength of the optical detection signal and repeating the above process to obtain the spectral vector response information of the optical device to be detected. The invention also discloses an optical device spectrum response measurement device based on the double sideband modulation. Compared with the prior art, the optical device spectrum response measurement method and measurement device greatly improve the measurement range and the measurement efficiency.

The invention provides an air conditioner which comprises a main shell, a lifting shell and a drive mechanism. The lifting shell is installed on the top of the main shell and can move relative to the main shell. A first air outlet is formed in the lifting shell which is provided with an air outlet position enabling the first air outlet to be exposed and communicated with the outside and a closing position enabling the first air outlet to retract and be hidden in the main shell. The drive mechanism is disposed in the main shell and in drive connection with the lifting shell. The drive mechanism comprises a lifting component and a rotation component. The lifting component is connected with the lifting shell and drives the lifting shell to go up and down. The rotation component drives the lifting shell to rotate around the longitudinal axis of the lifting shell. The lifting component drives the lifting shell to go up and down so as to effectively prevent entering of dust, the rotation component drives the lifting shell to rotate to achieve air sweeping by 360 degrees, temperature adjustment of the air conditioner is facilitated, and using comfortableness of the air conditioner is improved.