51results about How to "Solve problems with more complex structures" patented technology

The invention provides a wind sweeping blade structure, a wind deflector component and an air conditioner. The wind sweeping blade structure comprises a plurality of blades and a rotating shaft, wherein the blades are slantwise arranged in the same direction with respect to the rotating shaft; the projection of the central axis of the rotating shaft onto the blades is a first straight line; and a predetermined angle a is formed between the first straight line and a second straight line perpendicular to the center shaft of the rotating shaft, is greater than or equal to 35 degrees and is less than or equal to 75 degrees. The wind sweeping blade structure solves the problem that the wind sweeping blade structure for realizing a left and right wind sweeping function in the prior art is relatively complicated.

The invention provides a conveying equipment comprising a first conveying line, a second conveying line and a bearing structure. The second conveying line is arranged below the first conveying line, and the bearing structure is arranged between an outlet of the first conveying line and an inlet of the second conveying line. At least part of the bearing structure is arranged adjustably so as to enable the at least part of the bearing structure to be provided with original positions for bearing workpieces output by the first conveying line and transferring positions for conveying the workpeicesinto the second conveying line. According to the conveying equipment, the problem that the structure for achieving reverse transferring of conveying equipment in the prior art is complex is solved.

A thermal printer and a control method for the thermal printer. The thermal printer comprises a central control unit (1), a print head controller (3) connected to the central control unit (1), and a thermal print head (2) connected to the print head controller (3) and for use, under the control of the print head controller (3), in scanning a master copy to acquire image data of the master copy. This solves the problem of structural complexity in thermal printers having a scan feature.

The invention relates to an air cooling mechanism for a screw rod, and is mainly used in a high-precision machine tool. No cooling mechanism which has a simple structure and a good cooling effect on the screw rod exists currently. The air cooling mechanism for the screw rod is characterized by consisting of an inner ring, an outer ring and a plurality of screws, wherein the inner ring consists of an inner ring body and an air cooling sleeve, an inner ring circular hole is arranged in the inner ring body, a screw rod channel is arranged in the air cooling sleeve, a wall surface of the air cooling sleeve is uniformly provided with two circles of air outlet holes, and axes of the air outlet holes are all vertically intersected with the axis of the air cooling sleeve; and the air cooling sleeve is fixed on the inner ring body, the outer ring consists of an outer ring body and an outer ring loop, an outer ring circular hole is arranged in the outer ring body, a wall surface of the outer ring loop is provided with an air inlet, the inner ring and the outer ring are fixed through the plurality of screws, the screw rod channel is aligned to the outer ring circular hole, and the inner ring body, the air cooling sleeve, the outer ring body and the outer ring loop define a cooled air distribution cavity in an annular structure. The air cooling mechanism has a simple structure, is low in manufacturing cost, and has a good cooling effect on the screw rod.