12results about How to "Resume normal operation" patented technology

The invention belongs to the technical field of organic waste gas treatment, and particularly relates to an organic waste gas treatment device adopting VOC resin adsorption, the organic waste gas treatment device comprises a box body and an access cover plate installed on the box body and used for sealing an access hole, two sides of the box body are respectively provided with an insertion through groove and an insertion hole, the box body is inserted with an insertion frame through the insertion through groove, and the insertion frame is provided with an insertion hole. A modified resin plate used for adsorbing VOC in waste gas is installed on the inner wall of the inserting frame, and a cleaning assembly used for treating the surface of the modified resin plate is connected between the box body and the inserting frame in a linkage mode. An adsorption structure is connected between the insertion frame and the modified resin plate; through the precise mechanical structure design, the modified resin plate can be seamlessly and efficiently detached when needing to be maintained or replaced; the sliding connection between the insertion frame and the box body is combined with the intelligent adsorption and release mechanism of the electromagnet and the iron ring, so that the modified resin plate is simple and convenient to operate in the detaching process, and the risk of physical damage is avoided.

The utility model discloses a bottom plug-in type electrode and electrode system for auxiliary heating of a glass kiln, which belongs to the technical field of substrate glass manufacturing and comprises a molybdenum electrode, an electricity leading disc, a water cooling sleeve, a sleeve support, a propelling hanger, a propelling supporting piece, an insulating block and a propelling jackscrew. One end of the molybdenum electrode is inserted into the bottom of the glass kiln, the other end of the molybdenum electrode is provided with the electricity leading disc, the side, inserted into the molybdenum electrode, of the bottom of the glass kiln is provided with the pool bottom steel structure, the molybdenum electrode is sleeved with the water-cooling sleeve, the sleeve support is connected with the water-cooling sleeve and the pool bottom steel structure, and a gap is formed between the molybdenum electrode and the inner wall of the water-cooling sleeve. One end of the propelling hanger is connected with the pool bottom steel structure, the other end of the propelling hanger is connected with the propelling supporting piece, the propelling jackscrew penetrates through the propelling supporting piece, one end of the propelling jackscrew abuts against the molybdenum electrode, the insulating block is arranged between one end of the propelling jackscrew and the molybdenum electrode, and the fixing bolts are arranged at the two ends, penetrating through the propelling supporting piece, of the propelling jackscrew. According to the utility model, the problem that the tin oxide electrode in the feeding area of the kiln cannot be powered up can be solved.

The invention discloses a liquid level control device and a control method for desulfurization wastewater negative pressure evaporation equipment. An overflow port is formed in the upper part of the negative pressure evaporation equipment, the overflow port is connected with a negative pressure overflow pipe, an isolating valve and a vacuum breaking valve are arranged on the negative pressure overflow pipe, the isolating valve is close to the overflow port, the vacuum breaking valve is far away from the overflow port, and the isolating valve is kept in a normally open state; a vacuum meter is arranged on the negative pressure overflow pipe at the front end of the vacuum breaking valve; and the isolating valve, the vacuum breaking valve and the vacuum meter are all connected with a controller. The negative pressure overflow pipe and the negative pressure evaporation equipment are located in the same negative pressure environment, when the liquid level in the negative pressure evaporation equipment exceeds the overflow port, liquid overflows into the negative pressure overflow pipe, the vacuum meter detects that the pressure in the negative pressure overflow pipe exceeds a preset value, the vacuum breaking valve is opened, the overflow liquid is discharged, part of air enters the negative pressure overflow pipe, and the negative pressure state in the equipment is destroyed. The liquid level is prevented from rising; when the pressure value in the negative pressure overflow pipe is smaller than the preset value, the vacuum breaking valve is closed, the vacuum degree in the equipment is adjusted through opening and closing of the vacuum breaking valve, and the stable liquid level is recovered.

The utility model relates to the field of bending mechanism, and disclose a kind of bending mechanism of hydraulic bending machine, including support, hydraulic cylinder one, piston rod one, hydraulic cylinder two, piston rod two, the plane of support is equipped with groove, the bottom surface middle part of support is equipped with through-hole, the bottom surface middle part of support is fixedly installed with hydraulic cylinder two, and piston rod two is connected on the upper transmission of hydraulic cylinder two, and the bottom surface four corners of support are fixedly connected with support leg, and the upper surface of support is fixedly installed with support column corresponding the four around grooves of support, the top surface of two adjacent support columns at support short shaft is connected with top plate, the top plate middle part of support is equipped with through-hole, and the top plate middle part of support is fixedly installed with hydraulic cylinder one, and piston rod one is connected on the upper transmission of hydraulic cylinder one, and clamping mechanism is arranged in the groove of support, and bending mechanism is arranged on piston rod one, the bending mechanism of the utility model can change lower mould, and the shape of upper mould can be adjusted by rotating carousel, and it is efficient and accurate, and production efficiency and quality are improved.

The present invention relates to the technical field of particle attachment intelligent evaluation, and in particular to a method and system for intelligent evaluation of particle attachment characteristics inside a fume duct. The method comprises the following steps: installing a high-resolution particle monitor and a humidity sensor inside the fume duct and performing real-time monitoring of particle distribution images and duct humidity to obtain real-time image data of particle distribution inside the fume duct and real-time data of humidity inside the fume duct; performing image standardization processing and particle distribution area division on the real-time image data of particle distribution inside the fume duct, and performing particle attachment distribution density analysis and future attachment distribution prediction analysis, while performing particle attachment health evaluation calculation inside the fume duct, performing health intelligent early warning and cleaning suggestion analysis, generating a healthy cleaning suggestion plan for particle attachment inside the fume duct, and performing corresponding particle cleaning work inside the fume duct. The present invention can improve the particle attachment cleaning efficiency of the fume duct.

The invention discloses an automatic cable processing detection device, and relates to the technical field of detection devices. The device comprises a device body, detection equipment is fixed to the right side of the device body, the detection end of the detection equipment extends into the device body, a short guide roller is rotationally installed on the top of the front face of the device body, and a long guide roller is rotationally installed in the device body. The pressing device comprises a sliding column, a threaded rod, a sliding plate, a U-shaped frame, a U-shaped disc frame and an abutting wheel. The sliding column is fixed to the left side of the top of the device body. Through the arrangement of the pressing device, the threaded rod, the sliding plate, the device body, the U-shaped frame and the U-shaped disc frame are matched to drive the abutting wheel to press a cable straightly and immerse the cable into conductive liquid of the device body, so that the problem that the cable is exposed out of the liquid level of the conductive liquid due to bending is avoided, and the accuracy of a cable insulation performance detection result is ensured.

The invention relates to the technical field of AOD (Argon Oxygen Decarburization) rocking furnaces, and discloses an AOD rocking furnace chain protection improvement system and method.The AOD rocking furnace chain protection improvement system comprises a limiting marker post, a proximity switch and an encoder, and the limiting marker post is fixed on a rotating shaft barrel of an AOD rocking furnace; the proximity switch is used in cooperation with the limiting marker post, the proximity switch is right opposite to the backward tilting limit position of the AOD rocking furnace, and when the furnace body of the AOD rocking furnace tilts backwards to the limit position, the limiting marker post triggers the proximity switch so as to send a signal to the control system. The encoder is connected with channel steel welded to the inner side of a port of the rotating shaft cylinder through a spring coupling, and an output shaft of the encoder is coaxial with the rotating shaft cylinder. When the furnace body inclines backwards to reach a preset limit position, the limiting marker post triggers the proximity switch, the proximity switch sends a signal to the control system, when the encoder signal is wrong or missing, the linkage protection mechanism is started, further inclination of the furnace body is stopped through the signal of the proximity switch, and safety measures are taken.

The invention relates to the technical field of electric power, in particular to a load prediction method and terminal equipment. Comprising the following steps: forming a low-frequency data set and a high-frequency data set; modeling the low-frequency data set and the high-frequency data set to obtain a low-frequency component predicted value and a high-frequency component predicted value; weighting the low-frequency component predicted value and the high-frequency component predicted value to form a weight matrix; reconstructing a predicted value of each node component in the urban traffic network topological structure model through a weight matrix, and generating a prediction result; the low-frequency component prediction value and the high-frequency component prediction value are formed by predicting the low-frequency data set and the high-frequency data set respectively, and the final prediction value is formed by weighting and integrating, so that node load data can be predicted more accurately, and power grid business personnel can deploy power grid resources more accurately.

A method and apparatus are provided for electron beam (EB) curing of a roll material coated with an energy-curable resin. The apparatus includes a curing component, a microprocessor unit, one or more sensors, and a user interface. The curing component comprises a fixed portion and a movable portion. The fixed portion includes a rotating body and a first moving device. The movable portion includes an accelerator. The fixed portion and the movable portion are movably connected to each other using a connector. The connector is configured to move using a second moving device. The curing component is communicatively connected to the microprocessor unit. The roll material arrives at an input gate at the fixed portion of the curing component for curing purposes and exits through an output gate at the fixed portion of the apparatus after curing.

The present application relates to the technical field of TBOX, and provides an internal communication method, device, electronic device and readable storage medium. The method is applied to the communication module in each of the three processors in TBOX, and the three processors are connected in pairs. The method includes: when receiving the first data sent by the local processor, determining the sending object of the first data from two external processors, and sending the first data to the sending object; when receiving the second data sent by any external processor, analyzing whether the second data is forwarded data, if so, determining another external processor as the sending object of the second data, and sending the second data to the sending object, if not, uploading the second data to the local processor. In the present application, the three processors of TBOX communicate in pairs, and the data of each processor can be directly sent to another processor, which solves the problem of serial delay and enhances the communication stability within TBOX.

The utility model relates to a gear clamping and locking structure which is characterized by comprising a running structure and a braking structure. When the gear set operates normally, the transmission gear A and the transmission gear B are arranged, and the supporting frame and the handle in the braking structure rotate along with the transmission gear A. When the gears need to be clamped, locked and braked, the movement condition of the gear set does not need to be judged, and the gear set can stop continuously rotating due to inertia only by holding the handle. The device is simple in structure and convenient to operate, collision to the gear set during braking is reduced, additional abrasion to the gear set during braking is reduced, the overall service life of the gear set is prolonged, the device is simple in overall structure and convenient to operate, the locking state is easy to release, and movement of the gear set is easy to recover.