8results about How to "Does not affect continuity" patented technology

This invention discloses a UV-based total sulfur analyzer based on continuous sample injection, comprising an analyzer body with a continuous feeding unit inside which the filter element can be replaced without shutting down the system. The output end of the continuous feeding unit is equipped with a feeding switching unit for stabilizing the output gas pressure. The continuous feeding unit includes a feeding conduit located inside the analyzer body. This invention uses a threaded rod to adjust the preload of a spring, pre-setting the target output gas pressure range of the pressure regulating valve. During operation, when the gas pressure reaches the set range, the inlet channel automatically opens, allowing gas to enter the analyzer at a stable pressure for detection. When the gas pressure exceeds the set range, the pressure regulating valve automatically opens the pressure relief channel to discharge excess gas, thereby suppressing pressure fluctuations. This mechanism achieves precise adjustment and adaptive stable control of the sample gas pressure, ensuring the reliability and consistency of the gas pressure conditions during the detection process.

The utility model relates to the technical field of hopper, and disclose a kind of anti -clogging hopper, including support, the top of support is fixedly connected with hopper, hopper is funnel shape, the bottom of hopper is connected with connecting pipe, connecting pipe outside is provided with switch mechanism for controlling the switch mechanism of discharging amount, the bottom of connecting pipe is connected with discharge pipe, discharge pipe is inclined arrangement, the bottom of connecting pipe is provided with anti -clogging mechanism, switch mechanism includes baffle, the outside of connecting pipe is fixedly connected with baffle, the inside of baffle is slidably connected with switch plate, switch plate is divided into two sections with connecting pipe, and the switch plate is provided with through-hole, the inner diameter of through-hole is same with the inner diameter of connecting pipe, the front end of switch plate is fixedly connected with handle, the utility model is directly acted on the bottom of connecting pipe by setting anti -clogging mechanism, compared with prior art, can reduce the incidence of clogging, reduce downtime maintenance time, without affecting the continuity of normal production.

This utility model discloses an energy-saving multi-color-temperature DOB light source control device, including a lampshade. A partition is fixedly connected to the inner wall of the lampshade. A first DOB light source module and a second DOB light source module are fixedly connected to the bottom of the partition. An infrared sensor and a light intensity sensor are fixedly connected to the left and right sides of the bottom of the lampshade, respectively. A DOB light source controller is set on the top of the partition. This utility model, through the reasonable layout of the partition and the combination of a color temperature adjustment module, can achieve multi-color temperature switching by changing the brightness ratio of the two modules, meeting the lighting needs of different scenarios such as home and commercial spaces. It solves the problem of poor adaptability of traditional single-color-temperature light sources. The infrared sensor, light intensity sensor, and current detection module collect data in real time, and combined with the processor, reduce power when there is no one or strong light, and restore normal power when there are people or weak light, balancing energy saving and ease of use, and conforming to the trend of energy conservation and environmental protection and the "dual carbon" goal.

The application relates to an error injection method and device, computer equipment and a readable storage medium. The method comprises the following steps: determining an error injection requirement based on a configuration operation, the configuration operation being used for configuring at least one or a combination of a target logical address, an error type and a trigger condition; converting the error injection requirement into an error injection command, storing the error injection command into a content addressable memory (CAM) for scheduling, and obtaining a scheduling result; and according to the scheduling result, issuing the error injection command and a dynamic random access memory (DRAM) physical address to a corresponding DRAM control unit to execute the error injection through the DRAM control unit. Thus, the system can remain in a normal operation state during the entire error injection process, without entering a special test mode, ensuring the normal execution of a refresh operation, and the interaction between AXI internal and address mapping modules is reused, without affecting business continuity, so that the universality is enhanced.

The present application relates to the technical fields of deep-sea mining, and especially relates to a deep-sea mining hydraulic conveying relay station and a hydraulic lifting mining system. The deep-sea mining hydraulic conveying relay station comprises a stock bin and a feeding pipe. The stock bin comprises an upper stock bin and a lower stock bin. The upper stock bin is provided with a fixed baffle. A sliding baffle is arranged between the upper stock bin and the lower stock bin. The sliding baffle and the fixed baffle separate the stock bin into independent injection space and settling space. The sliding baffle is in sliding connection with the stock bin and can rotate around the central axis of the stock bin, so that the injection space and the settling space are alternately changed. The feeding pipe comprises injection pipes respectively connected to the injection space and the settling space. The injection pipe connected to the injection space is in an open state. The present application can reduce the blockage and ore overflow in the stock bin, realize continuous and uniform feeding, and has low requirements for the structure pressure resistance and is environment-friendly.

The application discloses a vertical oil tank valve residue discharging port splash-proof dismounting device, which comprises a splash-proof cover, a maintenance long hole is formed in the splash-proof cover, a sliding sleeve is slidably connected in the maintenance long hole, and a sealing gasket is arranged between the inner wall of the maintenance long hole and the sliding sleeve; two installation cavities and two moving grooves are symmetrically formed in the splash-proof cover, each moving groove is communicated with the installation cavity corresponding in position, a pushing frame is slidably connected in each installation cavity, a locking mechanism is arranged on the side wall of each pushing frame and located in the moving groove corresponding in position, and the splash-proof cover is slidably connected with a clamping groove frame. The device has the advantages that the structure is ingenious, splashing can be effectively prevented, environmental pollution and personnel injury can be avoided, the maintenance long hole and the like are designed to facilitate maintenance operation and ensure the sealing property, the height of the clamping groove frame can be adjusted, the applicability is high, the bearing drawer is convenient for cleaning oil stains, and the overall maintenance efficiency is improved.

The utility model provides a coal dust deironing device for coal preparation plant coal preparation relates to coal preparation equipment technical field, including deironing box, the inside of deironing box is provided with deironing mechanism, deironing mechanism includes feed conduit, the outer surface of feed conduit is fixedly connected with the inner wall of deironing box, and the inside rotationally connected of deironing box has two permanent -magnetic roller, and the left end of each permanent -magnetic roller is fixedly connected with servo motor, and the outer surface of each permanent -magnetic roller is provided with the baffle, and the outer surface of each baffle is fixedly connected with the inner wall of deironing box, and the inside slidingly connected of deironing box has two collecting box, and the inside of deironing box is provided with two scrapers. The coal dust deironing device for coal preparation plant coal preparation, solve in use, cannot remove the impurity adsorbed on the deironing part in operation, and each time iron powder is cleaned and needs to stop the equipment operation problem, will not affect the continuity when deironing, play the effect of improving the coal dust deironing device use effect.

The invention belongs to the field of petrochemical industry, and provides a treatment method for overflow of oil-containing and odor-resistant cold coke water of needle coke, a contact cooling tower is newly added and is divided into an upper independent part and a lower independent part, the lower part is used for cooling and purging oil gas, and the upper part is used for overflow treatment of the cold coke water, so that function division is realized; purging oil gas from a coke tower firstly enters the lower portion of the contact cooling tower to be cooled, the cooled gas phase enters the air cooler to be cooled, and follow-up treatment is carried out after separation of the separation tank; coke cooling water from a coke tower overflows and then enters the upper portion of the contact cooling tower, a flocculating agent is added to promote oil products in the coke cooling water to be gathered at the tower bottom of the upper portion and then extracted, a water phase obtained after oil removal enters the coke cooling water storage tank to be recycled, and a gas phase is discharged from the tower top and is subjected to follow-up treatment through the air cooler. The method provided by the invention can effectively solve the problems that in the overflow process of the cold coke water of the needle coke, oil products contained in the coke enter the storage tank along with the cold coke water to cause oil accumulation in the tank, and the oil products are mixed into the cold coke water system to cause peculiar smell in the tank area.