8results about How to "Complete process" patented technology

This invention discloses a rapid splicing control method for high-efficiency liquid-cooled energy storage modules, relating to the field of energy storage system technology. It includes five core control steps: pre-configuration before splicing involves reading module identity and parameters via wireless communication, verifying compatibility, and generating a splicing sequence; physical splicing employs visual and mechanical collaborative positioning, dynamically adjusting to ensure precise interface alignment; the liquid-cooled circuit opens the reversing valve in a timed sequence, monitoring pressure and flow to achieve leak-free connectivity; the electrical interface uses adaptive detection to match protocols and voltage, with soft-start to avoid current surges; after splicing, a collaborative algorithm dynamically allocates power and flow, with closed-loop control ensuring stable system operation. This invention significantly improves the splicing efficiency and positioning accuracy of liquid-cooled energy storage modules, possesses fault tolerance and flexible expansion capabilities, adapts to large-scale and distributed energy storage scenarios, and meets the high-efficiency and reliable operation requirements of energy storage systems.

The invention relates to the technical field of water gap cutting, in particular to a lens water gap cutting device which comprises a master control system, a material receiving mechanism, a sensor module, a transferring mechanism, a shearing mechanism, a material conveying mechanism, a polishing mechanism, a temporary storage disc, a first material receiving mechanism, a second material receiving mechanism and a material storage warehouse. Through cooperation of the sensor and the master control system, automatic water gap cutting, polishing and finished product storage are achieved, errors caused by manual operation are reduced, and the production efficiency is improved; and the sensor module is used for feeding back the shearing point and the grinding condition in real time, so that the accuracy of shearing and grinding each time is ensured, and defective products are reduced.

The invention provides a silica gel mold for producing a ceramic unicompartmental knee joint femoral condyle and a manufacturing method of the silica gel mold, and relates to the technical field of ceramic unicompartmental knee joint femoral condyle manufacturing. According to the silica gel mold for producing the ceramic unicondylar knee joint femoral condyle and the manufacturing method of the silica gel mold, the upper mold, the lower mold, the forming block, the connecting block and the arc block are designed, the manufacturing process is easy to operate and complete in process, meanwhile, a 3D printed product is demolded, the precision requirement of the cavity size is better guaranteed, various curing agents are added in the manufacturing process, and the manufacturing cost is reduced. The method has the advantages that metering and proportioning are guaranteed, various reaction times are fully controlled, a silica gel mold manufactured under various optimal conditions has the advantages of being good in abrasion resistance, fine in simulation and the like, the ceramic unicompartmental knee joint femoral condyle is directly formed through the mold, machining is not needed, raw materials are saved, manufacturing cost is reduced, production efficiency is improved, batch production is achieved through the mold, and production cost is reduced. The precision and tolerance of a machining machine do not need to be considered, the consistency can be greatly guaranteed, and the precision and tolerance of products are guaranteed.

The invention discloses an automatic loading and unloading device of a double-head milling machine for processing rectangular steel plate workpieces, comprising a worktable, a preparation table is arranged on both sides of the front of the worktable, a track bracket is arranged on the front of the preparation table, two support columns are arranged on both sides of the top of the worktable, a material transfer track is arranged between the tops of the support columns, a translation slide is arranged on both sides of the material transfer track, a vacuum pump is arranged on one side of the top of the translation slide, a mounting groove is opened in the middle position of the top of the translation slide, a driving component is arranged inside the mounting groove, and a material transfer component is arranged at the bottom of the translation slide; a processing base is arranged in the middle position of the top of the worktable, a CNC milling machine is arranged in the middle position of the front and back of the worktable, and a conveying component is arranged between the preparation table and the top of the worktable. By arranging a material transfer manipulator, a conveying component and a material transfer component, the fully automated loading, transfer and unloading of steel plate workpieces can be realized, thereby greatly improving the efficiency of steel plate workpiece transfer and milling.

The invention relates to a micro-tissue sample online sampling and pretreatment device which comprises a cutting device, a sample placing device, an eddy current sampling device and an ultrasonic crushing device, the sample placing device is used for placing an original micro-tissue sample, and the cutting device is used for cutting the original micro-tissue sample; the vortex sampling device is used for collecting the cut micro-tissue sample released from the opening of the sample placing device in a vortex sampling manner; the output end of the vortex sampling device is connected into the ultrasonication device, the ultrasonication device is used for providing ultrasonic energy, and after a micro-tissue sample to be crushed advances to the energy focusing position of the ultrasonication device, crushing treatment of the micro-tissue sample is completed. According to the invention, on-line extraction of a sample obtained by laser microdissection is realized, sampling in a flow process is realized through a liquid vortex mode, and ultrasonic focusing is carried out by adopting a focused ultrasonic array working mode, so that crushing treatment of the micro-tissue sample is completed.

This invention discloses a low-nickel matte grinding and flotation process to improve copper-nickel recovery, comprising the following steps: S1, grinding; S2, roughing treatment; S3, cleaning treatment; S4, scavenging treatment; S5, regrinding and re-selecting the middlings; S6, merging the first concentrate from step S3 with the second concentrate from step S5 to obtain the final copper-nickel concentrate. This low-nickel matte grinding and flotation process utilizes a specially modified collector, combined with a closed-loop process of roughing-scavenging-middling regrinding and re-selection, and a differentiated step-by-step reagent dosing system, to achieve efficient and synergistic recovery of copper and nickel metals from low-nickel matte. The process flow is complete, and the process parameters at each stage are reasonably matched. While ensuring the acquisition of high-grade copper-nickel concentrate, it minimizes the loss of valuable metals in the tailings, significantly improving the final copper-nickel recovery rate. The overall technical effect is superior to traditional flotation methods using a single collector or simple mixed reagents.

The present application relates to a kind of bionic lymph node organoids and its construction method, the organoids include in three-dimensional space: one B cell-rich core region;And one T cell-rich region, it is at least partially wrapped in the core region in space;Wherein, the core region can be differentiated to form the light area and dark area with structural difference in response to external stimulation.The method includes preparing first bioink and second bioink, the first bioink contains B lymphocyte, and the second bioink contains T lymphocyte;Using the first and second bioink, the organoid prototype with the spatial structure of T cell-rich region wrapping B cell-rich region is formed by three-dimensional construction technology;The organoid prototype is solidified to stabilize its structure;External stimulation is applied to the structure after solidification, and the B cell-rich region is differentiated to form light area and dark area.

The invention relates to a micro-tissue sample online vortex sampling device which comprises a cutting device, a sample placing device and a vortex sampling device, the sample placing device is used for placing an original micro-tissue sample, and a hole with a preset aperture is formed in the sample placing device; the cutting device is used for cutting an original micro-tissue sample arranged on the sample placing device, and the vortex sampling device is arranged below the sample placing device and is used for collecting the cut micro-tissue sample released from an opening of the sample placing device in a vortex sampling manner. According to the invention, on-line extraction of a sample obtained by laser microdissection is realized, sampling in a flow process is realized by means of surface tension in a liquid vortex manner, and sample transmission is realized by means of a liquid injection pump, so that subsequent analysis of the micro-tissue sample is facilitated.