6results about How to "Ensure complete removal" patented technology

This invention discloses an integrated cobalt salt filtration and washing device, relating to the field of cobalt salt production. It includes a reaction tank, with a filter press component fixedly installed at the lower outer end of the reaction tank. The filter press component includes a fixed outer shell, a filter cartridge fixedly installed inside the fixed outer shell, and an outer filter cylinder slidably installed inside the fixed outer shell. A bottom straight cylinder is fixedly installed at the lower end of the filter cartridge, and an inclined cylinder is fixedly installed at the bottom end of the outer filter cylinder. The outer filter cylinder and the fixed outer shell are sealed together, and the inclined cylinder and the bottom straight cylinder are slidably sealed. By incorporating the filter press component, this device can automatically perform filter pressing during unloading without transferring the slurry. It utilizes the pressure generated by the reaction vessel to simultaneously unload and filter the slurry, improving production efficiency and filter quality, reducing energy consumption and pollution risks during material transfer, and increasing utilization.

The utility model provides a kind of falling film evaporator suitable for DMF, including shell side and pipe passage;Shell side includes the No. one cylinder body, expansion joint and No. two cylinder body sequentially connected from top to bottom, built-in heat exchange tube;Pipe passage includes the No. three cylinder body below shell side and the upper tube unit located above shell side, upper tube unit includes the No. four cylinder body connected on upper tube plate and the No. five cylinder body and No. six cylinder body connected with each other, the No. five cylinder body and No. six cylinder body are set on the outside of No. four cylinder body, No. four cylinder body is provided with feed inlet by tube distributor assembly, the top of No. six cylinder body is provided with gas phase outlet by upper head.The utility model passes through shell side and pipe passage structure, significantly improves heat exchange efficiency, the turbulence effect of fluid is enhanced by the odd baffle and even baffle built-in shell side, promotes the effective transmission of heat;In pipe passage, liquid distributor ensures that liquid is vertically dropped into heat exchange tube in uniform fine stream, avoids local overheating, improves heat exchange uniformity.

This invention provides a dense honeycomb structure cross-linked sodium hyaluronate gel and its preparation method, comprising the following steps: S1. Preparing a chloride ion solution, adding a cross-linking agent, slowly adding sodium hyaluronate under stirring conditions, adjusting the pH to alkaline, and stirring evenly under vacuum conditions to obtain a mixture; S2. Maintaining vacuum conditions, heating the mixture in a water bath, cutting it to obtain a block gel, cross-linking it in a water bath to obtain a cross-linked sodium hyaluronate gel; S3. Adjusting the pH of the cross-linked sodium hyaluronate gel to neutral, performing a first vortex-shear composite grinding treatment to obtain a homogeneous paste-like gel, dialysis, then a second vortex-shear composite grinding treatment, adding non-cross-linked sodium hyaluronate and PBS solution, performing a third vortex-shear composite grinding treatment, filling, and sterilizing to obtain the dense honeycomb structure cross-linked sodium hyaluronate gel. The dense honeycomb structure cross-linked sodium hyaluronate gel obtained by this invention has smooth injection, strong support, long-lasting effect, and low adverse reaction rate.

The utility model discloses a kind of circulating filter devices for water pollution treatment, it is related to water pollution treatment technical field, including substrate, substrate upper surface middle part is fixedly connected with treatment pond, treatment pond is divided into first circulating pond and second circulating pond by partition, first self-priming pump is fixedly installed on the upper surface of substrate in the right end of treatment pond front side, the input end of first self-priming pump is connected with second circulating pond by first water inlet pipe, filter assembly is fixedly installed on the upper surface of substrate in the left end of treatment pond front side, the output end of first self-priming pump is connected with filter assembly by first water outlet pipe, second self-priming pump is fixedly connected with on the upper surface of substrate in the left side of treatment pond, the input end of second self-priming pump is connected with first circulating pond by second water inlet pipe.Advantage lies in: by separating treatment pond into first, second circulating pond, sewage is circulated between two ponds by first self-priming pump and second self-priming pump, this repeated filtering process.

This utility model relates to the field of bottle cap assembly technology, including a main plate mechanism and a secondary plate mechanism. The main plate mechanism is surrounded by a material feeding mechanism, a stamping mechanism, an electrostatic dust removal mechanism, a material feeding mechanism, a pre-twisting mechanism, a cap twisting mechanism, a cap twisting detection mechanism, a material picking mechanism, and a first NG unloading mechanism. The secondary plate mechanism is surrounded by a tooth-aligning mechanism, a material feeding mechanism, a clamping mechanism, a pre-press visual inspection mechanism, a pressing mechanism, an unloading mechanism, and a second NG unloading mechanism. A flipping mechanism is provided between the main plate mechanism and the secondary plate mechanism. A first feeding channel is located outside the material feeding mechanism, a second feeding channel is located outside the material feeding mechanism, a third feeding channel is located outside the material feeding mechanism, and an unloading channel is located outside the unloading mechanism. This fully automatic flipping and tooth-aligning assembly machine, through the cooperation of the above mechanisms, achieves fully automatic assembly of material one, material two, and material three, improving processing efficiency and saving assembly costs.

This utility model relates to the field of rice cleaning technology, specifically to a rice cleaning device, including a conveying device and a cleaning device. The conveying device consists of a support rod, a support plate, and a motor. The cleaning device consists of a cleaning frame and a water pump. The cleaning frame is placed at the bottom of the left conveyor belt. Protective plates are fixed to both sides of the cleaning frame. A support column is fixed to the top of the cleaning frame. A water pump is fixed to the bottom of the support column. An inlet pipe is fixed to the lower front side of the water pump. Water delivery pipes are fixed to both sides of the water pump. A diversion pipe is fixed to the other end of the water delivery pipe. Spray nozzles are arrayed on the diversion pipe. A filter basket is placed at the bottom of the cleaning frame. The beneficial effects of this utility model are that by improving the cleaning technology and device structure, the cleaning effect of rice is improved, ensuring the removal of all impurities and dust. It adopts a simple and economical design scheme, reducing manufacturing and usage costs, making it suitable for processing enterprises of different sizes.