7results about How to "Rapid triage" patented technology

The utility model relates to automatic stacking equipment technical field especially, it is a kind of packing side diversion platform.This packing side diversion platform, including diversion frame, is equipped with feeding assembly on diversion frame, and feeding assembly both sides are equipped with unloading assembly;The diversion frame is also equipped with the diversion paddle that product is distributed from feeding assembly to unloading assembly, and diversion paddle is driven by diversion linear module;The unloading conveyor belt is connected at the discharge end of unloading assembly;Diversion frame is equipped with the feed baffle that prevents product from sliding, and feed baffle is located above feeding assembly, and the feed baffle is located on the side of feeding assembly away from feed inlet.The utility model design is reasonable, and linear module drives diversion paddle, realizes fast, accurate distribution, and diversion paddle, feeding assembly and unloading assembly work cooperatively, realize the working process of one channel feeding, two channel unloading, improve product diversion speed and positioning accuracy;High degree of automation, reduce labor intensity and cost.

The utility model discloses a kind of terephthalic acid filtering devices, including shell, the shell is installed on external equipment, pressure regulating mechanism is provided on the shell, the pressure regulating mechanism includes water inlet pipe, spacer, filter bag and water outlet pipe, the water inlet pipe and water outlet pipe are respectively installed in the both sides of the shell, the spacer is installed in the shell, the water inlet pipe is connected in the upper layer of spacer, the water outlet pipe is connected in the lower layer of spacer, overflow pipe is equipped with on the water inlet pipe, this innovative terephthalic acid filtering device is through the intelligent pressure regulating system of careful design, effectively solve the technical problem that filter bag in traditional equipment is damaged due to pressure fluctuation, realizes the safe and stable operation of production process, and its core technical advantage lies in introducing an automatic pressure regulating mechanism, can respond to the fluctuation of feed pressure in real time, and automatically start pressure relief protection when pressure exceeds safety threshold.

The invention relates to the technical field of drainage channels, in particular to an automatic drainage channel for hydraulic engineering, which comprises diversion mechanisms arranged on two sides of a drainage channel body and in the channel and a filter mechanism arranged in the drainage channel body. Through the arrangement of the flow dividing mechanism comprising the flow dividing pipe, the flow dividing channel and the flow blocking plate, rapid flow dividing of a water body in the flood drainage channel body is achieved, and the effects of reducing the drainage pressure of the flood drainage channel body and avoiding water flow blocking and channel body overflowing are achieved; according to the device, the grading interception of floating objects with different volumes in a water body is realized, the effects of improving the water body filtering effect and guaranteeing the cleanliness of a flood drainage water body are achieved, and the dynamic reciprocating motion of a screen is realized by arranging a pulling assembly comprising a sliding groove, a sliding block, a sliding strip and a linkage rod piece; the effects of preventing floating objects on the surface of the screen from being accumulated, avoiding blockage of the filtering channel and maintaining long-term stable operation of the filtering mechanism are achieved.

This invention relates to the field of seawall protection technology, specifically to a novel seawall slope wave-breaking structure and its construction method. The novel seawall slope wave-breaking structure includes a seawall body, with a sloping section on the seaward side of the seawall body serving as the wave-facing section. Several wave-breaking drainage units are arrayed on the wave-facing section, and a wave-blocking mechanism to prevent overtopping is provided at the top of the wave-facing section. The wave-breaking drainage units have a trapezoidal cross-section, and each wave-breaking drainage unit contains several first drainage channels along the slope direction. A one-way valve mechanism is provided on the wave-facing side of the first drainage channel. The invention also relates to its construction method. This application, by arranging trapezoidal wave-breaking drainage units in an array on the wave-facing section of the seawall, in conjunction with the internal first drainage channels and one-way valve mechanisms, can rapidly break up, divert, and dissipate incident waves, significantly reducing wave reflection intensity and slope impact load. Compared to traditional smooth slopes, it has higher wave dissipation efficiency and more uniform stress on the seawall body.

This invention relates to the field of molecular diagnostics technology and discloses a nucleic acid detection microfluidic chip, comprising a sample processing layer, a reaction layer, an electrode layer, and a first sealing layer. The sample processing layer has a sample shunt chamber containing several sequentially connected sample storage chambers. The reaction layer is located below the sample processing layer and has several reaction chambers, each corresponding to and connected to a sample storage chamber. The reaction layer has a first pump valve chamber and a gas channel, while the sample processing layer has a second pump valve chamber containing pumps and valves. The electrode layer is located below the reaction layer. The first sealing layer is located above the sample processing layer and has an opening located above a lysis chamber and a washing chamber. In this invention, the sample fills each sample storage chamber uniformly and synchronously under capillary action. Driven by the pumps and valves, the sample is synchronously transferred to the reaction chamber, ensuring consistent liquid volume distributed to each reaction chamber.

The invention relates to the technical field of emergency treatment shunting, and provides an emergency treatment batch patient shunting data processing method, system and device, and a medium, and the method comprises the steps: after an emergency plan is started, loading a hospital three-dimensional model, distinguishing a treatment space from a non-treatment space, taking the non-treatment space as a shunting candidate position, and building a multi-channel dynamic data matrix. Patient information and initial illness state grades are obtained through voice input, treatment priorities are formed, and initial shunting positions are distributed to patients according to the priorities and the shortest passing path. In addition, vital signs, medicine and treatment parameters of the patients are continuously monitored, emergency patients are immediately marked and alarmed when indexes are abnormal, and the nearest idle rescue space is immediately selected for rematching, so that orderly distribution of conventional patients and rapid rescue of critical patients are realized, and emergency rescue scheduling efficiency and safety are improved.

The invention discloses a method and a system for intelligently judging alarm data of a magnetic wave knife based on threshold self-adaption, and relates to the technical field of intelligent data judgment. The magnetic wave knife alarm data intelligent discrimination method based on threshold self-adaption comprises the steps that a training instruction is sent out during preoperative pre-collection, and training double-side pressure values of sensors on the two sides of a handheld double-side pressing device are collected in real time; effectively collected training action data are analyzed, and an alarm threshold value of an alarm device is adjusted to adapt to different individual differences; real-time action data are collected in real time during the operation, and the real-time action data comprise two-side pressure values collected through a handheld double-side pressing device, and the two-side pressure values are actually measured double-side pressure values; and performing analysis according to the real-time action data acquired in real time, and outputting early warning information. According to the invention, intelligence and real-time performance of alarm data processing are realized, and the problem that in the prior art, the patient feedback effectiveness is reduced in the treatment process due to too large manual screening workload of medical staff is effectively solved.