7results about How to "Improve industrial efficiency" patented technology

The utility model relates to the field of recycling devices, in particular to a carbon emission preheating recycling device which comprises a box shell, a water outlet groove and an exhaust groove, the water outlet groove is formed in the front side of the box shell, the exhaust groove is formed in the right side of the box shell, an air suction device sucks carbon emission gas, the carbon emission gas is fed into an air filter through a third air feeding pipe, and dust and sand in the gas are removed; a motor drives a rotor in a compression main machine to rotate, gas fed by an air filter is mixed with engine oil, a large amount of heat is generated, gas steam is formed and discharged, high-temperature oil and gas are conveyed to an oil-gas separation barrel for oil-gas separation, and treated high-temperature and high-pressure gas is conveyed to a cooling device. And the hot water is conveyed to a hot water storage tank, is discharged through a water outlet pipe, and is conveyed to a warm air blower through a second water conveying pipe to form warm air on the other hand.

The invention relates to a power motor component intelligent assembling and optimizing method in the new generation information technology field, and the method comprises the steps: adjusting a test protocol according to a potential defect position, the test protocol comprises a sensor monitoring rule, real-time sensor signal data is acquired, and if the fluctuation of the sensor signal data exceeds a preset range, the power motor component intelligent assembling and optimizing method is started; if yes, marking as an abnormal event to obtain a performance evaluation index; working condition adaptive characteristics are extracted from the performance evaluation indexes, the working condition adaptive characteristics reflect the response capability of the motor to environmental changes, the stability of the motor under complex working conditions is evaluated by adopting a classification algorithm, a service life prediction result is judged, and an optimization suggestion sequence is obtained; according to the optimization suggestion sequence, production parameters are updated, the production parameters relate to assembly and test configuration, feedback cycle data are obtained, and if the feedback cycle data indicate that consistency is improved, parameter configuration is locked, and a final production model is obtained.

This invention provides a device for detecting and grading cigarette mouthpiece capsules, comprising a frame with a horizontally mounted conveyor belt. Above the conveyor belt, from one end to the other, are sequentially arranged a cigarette mouthpiece feeding mechanism, a hyperspectral detection mechanism, a laser pointer, and a cigarette mouthpiece gripping mechanism. The feeding mechanism feeds cigarette mouthpieces at a constant speed to the beginning of the conveyor belt. The detection ports of the hyperspectral detection mechanism and the laser pointer face downwards. A photoelectric sensor and an incremental encoder, with their detection ports facing the cigarette mouthpieces on the conveyor belt, are also located on one side of the conveyor belt. Two horizontal tracks are positioned above the end of the conveyor belt, and the cigarette mouthpiece gripping mechanism controls the flow of cigarette mouthpieces onto the designated tracks. The device also includes a control unit mounted on the frame and electrically connected to other electrical components. This invention uses a hyperspectral detection mechanism to detect cigarette mouthpiece capsules, achieving non-destructive testing while maintaining high speed.

The present invention relates to the technical field of fresh cut flower cultivation. Provided are a plant growth regulator for advancing the rose harvest period, a preparation method thereof and an application thereof. The plant growth regulator for advancing the rose harvest period comprises raw materials including ammonium ethyl hexanoate, water-soluble fertilizer containing amino acids and potassium dihydrogen phosphate. The plant growth regulator for advancing the rose harvest period provided by the present invention is compounded with ammonium ethyl hexanoate, sodium nitrophenolate and gibberellin, and by ensuring normal hormone signal transduction and development regulation, the development process of the cut rose flower is regulated, and the time for the flower to open can be effectively shortened. Moreover, the plant growth regulator uses plant hormones as main raw materials, is environmentally friendly, safe and pollution-free, has low cost and is quick to take effect, thus realizing the accurate listing of cut roses and improving industrial benefits.

The present invention provides a dry connection node for assembled concrete beams and columns, belonging to the field of building technology. It includes a precast concrete column, a precast concrete beam, a channel steel, an I-shaped steel, and a right-angle steel plate; a reserved hole for column transverse reinforcement is provided in the precast concrete column, a column embedded part A is provided on the right side of the upper part of the precast concrete column, an I-shaped steel is provided below the column embedded part A, a corbel is provided below the I-shaped steel, a corbel longitudinal bolt reserved hole is provided in the corbel, an I-shaped steel is provided on the right side of the corbel, and a column embedded part B is provided on the precast concrete column below the corbel; the advantages and effects of the present invention are that dry connection is adopted, the workload on site is small, the connection is reliable, the force transmission is clear, the integrity is good, the components are standardized, and it is suitable for the industrial development of assembled concrete buildings.

The invention discloses a production and processing method of high-quality golden white tea, and particularly relates to the technical field of white tea processing. Comprising the following steps: picking tea leaves, namely picking fresh leaves of golden tea trees as raw materials after golden tea bud heads are picked on site before and after the beginning of summer and have obvious chewing astringent taste; transferring: collecting, stacking and temporarily storing the picked tea leaves by using a breathable frame, and transferring the tea leaves to a processing point; spreading and cleaning: uniformly spreading the tea leaves on a withering trough which can be heated and is provided with an LED (Light Emitting Diode) light supplementing lamp; withering: performing withering treatment on the leaves to prepare semi-finished products; and drying: putting the semi-finished white tea product into a tray of a fragrance enhancing machine, putting the tray into the fragrance enhancing machine, drying at low temperature, taking out the white tea after the moisture content of the white tea is reduced to 7%, and cooling to room temperature to obtain a finished white tea product. By adopting the technical scheme of the invention, the problems of low utilization rate of the existing golden tea fresh leaves, time and labor consumption of making white tea from summer and autumn tea, low quality consistency and the like are solved, the utilization rate of the golden tea fresh leaves in the output peak period is improved, and the product quality consistency is improved.

The application provides a preparation method and a preparation system of a sulfur-carbon composite material, and comprises: an up-flowing fluidized bed device used for catalytic cracking of H2S to obtain a cracking product; a gas purification and separation device in communication with the up-flowing fluidized bed device, used for separating H2 in the cracking product to obtain a mixed gas containing sulfur vapor and residual unreacted H2S; and a down-flowing fluidized bed device in communication with the gas purification and separation device, used for vapor deposition of the sulfur vapor into the pore structure of a porous carbon material. The application generates sulfur vapor and H2 through thermal cracking of H2S, and then embeds the sulfur vapor into the pores of the porous carbon material in a vapor deposition manner, so that the uniform loading of sulfur on the carbon material is realized, and the obtained sulfur-carbon composite material can be used as an energy storage material. The application realizes the harmless treatment of a large amount of H2S gas generated in the industrial field of mineral processing and reduces environmental pollution. In addition, the preparation system of the sulfur-carbon composite material provided by the application can also obtain H2 byproducts, promotes the recycling of H2 resources, and improves industrial efficiency.