6results about How to "Steady consumption" patented technology

An integrated washer dryer, comprising a drum (R) and a drying module (D). The drying module (D) comprises a moisture absorption and moisture removal component (D1), a moisture absorption channel (D2), and a moisture removal channel (D3). The moisture absorption channel (D2) comprises a moisture absorption channel air inlet (D21) and a moisture absorption channel air outlet (D22). The drum (R) is communicated with the moisture absorption channel air inlet (D21) and the moisture absorption channel air outlet (D22), respectively. A moisture absorption channel fan (D23) is provided in the moisture absorption channel (D2) to form a moisture absorption air stream in the drum (R) and the moisture absorption channel (D2). A moisture removal channel fan (D33) is provided in the moisture removal channel (D3) to form a moisture removal air stream in the moisture removal channel (D3). The moisture absorption and moisture removal component (D1) is provided in a path of the moisture absorption channel (D2) and the moisture removal channel (D3), so that the moisture absorption air stream and the moisture removal air stream both flow through the moisture absorption and moisture removal component (D1), so that the moisture absorption and moisture removal component (D1) absorbs moisture of the moisture absorption air stream during rotation and discharges the absorbed moisture by means of the moisture removal air stream.

A powder feeding device and a powder feeding method for manufacturing three-dimensional objects, wherein the powder feeding device comprises: a powder storage tank, a powder feeding hopper, a powder feeding box, a powder feeding shaft, a first gear, a second gear, a driving mechanism and a control system, the powder storage tank is provided with at least one first upper material level switch and a first lower material level switch from top to bottom, and a butterfly valve is provided at the bottom of the powder feeding hopper, which is used to control whether the powder falls into the powder storage tank under the control of the control system; one end of the powder feeding shaft is connected to the first gear, the second gear is connected to the driving mechanism, and the first gear is meshed with the second gear. When the driving mechanism drives the second gear to rotate, it drives the first gear to rotate, thereby driving the powder feeding shaft to rotate, so that the powder in the powder storage tank falls to the powder feeding box under the rotation of the powder feeding shaft, and falls to the powder feeding position through the outlet of the powder feeding box. The powder feeding device and the powder feeding method for manufacturing three-dimensional objects of the present invention have a stable rotation speed, a stable and smooth powder discharging rate, and a stable gear transmission.

The invention relates to the technical field of synchronous rectification MOS driving, and discloses a synchronous rectification MOS driving circuit which comprises a control mechanism, a machine shell arranged on the outer side of the control mechanism, a driving chip arranged in the machine shell, and a shielding mechanism arranged on the outer side of the driving chip. When rotating, the transmission sleeve drives the pressurizing piece to rotate and stir cooling water added before work to rotate, the cooling water generates centrifugal force in the rotating process of the bottoms of the cooling blades, the centrifugal force of the cooling water faces the side walls of the cooling blades, the pressure of the cooling water towards first water outlet holes formed in the lower side faces of the cooling blades is increased, and stability is achieved; stable water pressure ensures stable operation of the cooling mechanism, stable atomized water yield can be provided to ensure reliability and stability of the system due to stable pressure of cooling liquid in the first water outlet hole, cooling water can be consumed stably, and the service life of the cooling water in the cooling blades can be obtained as well. And cooling water is regularly added to prevent the cooling water from being consumed to influence the heat dissipation effect.

The embodiments of the present disclosure disclose a method, device, electronic device and computer-readable medium for generating inventory information. A specific implementation of the method includes: testing each item information to be tested in the item information set to be tested according to a preset replenishment parameter set and a preset stocking days set to obtain an inventory spot rate set and an inventory turnover rate set; classifying each item information in the pre-acquired item information set according to the inventory spot rate set and the inventory turnover rate set to obtain a first item information set and a second item information set; generating an inventory index decline table based on the first item information set; generating an inventory index increase table based on the second item information set; generating target inventory information based on the inventory index increase table and the inventory index decline table. This implementation can improve the accuracy of generating inventory information.

The invention belongs to the technical field of refractory castable, and particularly relates to a method for preparing refractory castable by adopting calcined secondary aluminum ash-based cement. The calcined secondary aluminum ash, limestone and bauxite are blended, ball-milled and sintered into calcined secondary aluminum ash-based cement, and the mass fraction of the calcined secondary aluminum ash is 1-20%. The castable comprises the following components in percentage by mass: 20-80% of high-aluminum aggregate; 5-30% of high-aluminum fine powder; 1-15% of silica fume powder; 5-20% of calcined secondary aluminum ash-based cement; 1-15% of calcined secondary aluminum ash aggregate; 0.01%-10% of a water reducing agent; 0.01%-10% of a cross-linking agent; and 5-20% of a liquid activator. The calcined secondary aluminum ash contains a large amount of active Al2O3 and SiO2, and the mechanical property is remarkably improved through hydration reaction, so that the refractory castable has higher breaking strength and compression strength; the components are more controllable, and the performance of the prepared material is more stable.

This invention discloses a method for preparing liquid fermented tea that enhances the floral and fruity aroma of tea leaves, belonging to the field of fermented tea technology. This invention uses Pichia pastoris (a type of yeast). Pichia cactophila FL2 fermented tea liquor, after fermentation, shows an increase of more than 11.59 times in the content of floral and fruity aroma compounds such as terpinene, an increase of 86.58 times in the content of phenylethanol, an increase of 82.83 times in the content of phenethyl acetate, and an increase of 369.26 μg / mL in the content of 1-butanol and o-cymene from 0. In addition, the increases in cymene, α-terpineol, and nerolidol reached 5.41, 13.54, and 3.34 times, respectively. The interaction of various aroma components gives the tea liquor a unique "lemon and citrus fruity aroma" flavor, while also containing sweet and sour aroma compounds. It has a good flavor and is of industrial promotion value.