32results about How to "Avoid secondary adsorption" patented technology

The invention provides a floating technology for low-grade refractory weathering collophanite section desliming. The technology comprises the steps that after coarse crushing and fine crushing are carried out on raw ore, a surface treating agent is added, and the raw ore is subjected to washing in an ore washer; washed pulp enters a shaking table to be subjected to a first-section desliming, coarse particle minerals are subjected to next desliming, and fine silt serves as slurry and is processed; the ore grinding treatment is carried out on the coarse particle minerals, ore grinding pulp is subjected to second-segment desliming, deslimed pulp is subjected to the positive and negative floating operation, and floating concentrate and floating tailings are obtained; after concentrating and filtering are carried out on the floating concentrate, a phosphorus concentrate product and concentrate backwater are obtained, the concentrating and the filtering are carried out on positive floating tailings and negative floating tailings, a tailings product and tailings backwater are obtained, deslimed two-section slurry is subjected to the concentrating and the filtering, and a slurry product and slurry backwater are obtained; according to needs, the concentrate backwater, the tailings backwater and the slurry backwater are back to the floating operation and backwater points of the ore washer to be subjected to recycling. The phosphorus concentrate quality can be improved, and the resource utilization of the low-grate collophanite is achieved.

The invention relates to a vitreous etching bath, which comprises 0.5%-8% microcosmic salt, 0.5%-8% pyrophosphate, 0.01%-0.5% inorganic alkaline, 5%-45% surface activator and 39%-93% water. The preparing method comprises the following steps: adding the microcosmic salt and the pyrophosphate in the water, heating in order to dissolve; adding inorganic alkaline and non-ionic surface activator and mixing. The invention can remove greasy dirt, fingerprint, particles and sio2 for buffed glass base plate, which can removes the impurity and Ceo2 on the glass, achieves the request of the environmental protection.

The invention provides an antibacterial screen cleaning agent, which is composed of the following components by mass: 8-15 parts of a bactericide, 30-50 parts of a surfactant, 3-6 parts of an antioxidant, and 0.5-1 part of a film-forming auxiliary agent. After use, the cleaning agent provided by the invention can effectively remove the dust and bacteria adsorbed on a screen and form a protective film on the screen surface, and can continuously and effectively prevent dust secondary adsorption and bacteria breeding.

The invention relates to the technical field of leather cleaning, in particular to a leather cleaning device in production. The leather cleaning device comprises a machine shell, a bracket, a feedingopening, a discharging opening, a first transferring device, a second transferring device, a third transferring device, a leather cleaning mechanism, a drying mechanism, a rotary shaft, a cylinder, anarc-shaped baffle, an air filtering box, an air inlet, a filtering net plate, a filter screen, an electrostatic absorption device, a fixed plate, a baffle, a triangular belt, a second driving motor and a third driving motor. The machine shell is arranged at the top end of the bracket, the second driving motor is connected to the position, close to the tail end, of the left side of the machine shell, the third driving motor is arranged on the left side of the machine shell, the air filtering box is arranged on the right side of the top end of the machine shell, the feeding opening is formed inthe front surface of the machine shell, the discharging opening is formed in the back surface of the machine shell, the first transferring device is arranged in the machine shell, and the leather cleaning mechanism is arranged on the first transferring device. According to the leather cleaning device in the production, the problems that the leather cleaning is insufficiently thorough and the leather compaction degree is not ideal in the production are solved.

A dust removal device for a glass screen is specially used for removing dust on the glass screen of a central control room and is provided with a frame, a walking mechanism, a scrubbing mechanism anda controller. The walking mechanism is provided with an upper cross rail, a lower cross rail, a transverse drive motor, a transverse drive rack, a transverse drive gear, an upper slide carriage, a lower slide carriage, a left longitudinal rail, a right longitudinal rail, a scrubbing slide carriage, a longitudinal drive motor, a longitudinal drive rack and a longitudinal drive gear. The scrubbing mechanism is provided with a scrubbing disc and a scrubbing motor, the scrubbing motor is arranged between the left longitudinal rail and the right longitudinal rail. A body of the scrubbing motor is fixedly connected with the scrubbing slide carriage. One end of the scrubbing disc is in power connection with the scrubbing motor through a pressing mechanism, and a cleaning brush is mounted at the other end of the scrubbing disc. The motors are electrically connected with the controller. The frame is fixed around the glass screen, the cleaning brush is pressed on the surface of the glass screen,the transverse drive motor drives the scrubbing disc to shift left and right through a gear and rack pair, and the longitudinal drive motor drives the scrubbing disc to shift up and down through a gear and rack pair; and the scrubbing motor drives the scrubbing disc to rotate, dust on the glass screen of the central control room can be effectively removed, time and labor are saved, and efficiencyis high.

The invention relates to the technical field of air purification, in particular to a segmented pulse backflushing air filter core regenerating system and a segmented pulse backflushing air filter coreregenerating method. The segmented pulse backflushing air filter core regenerating system comprises a dedusting box, filter cores mounted inside the dedusting box, and a pulse gas source arranged onthe outer side of the dedusting box, wherein a gas outlet and a gas inlet are formed in the upper side and the lower side of the dedusting box respectively; a partition board for fixing the filter cores is further arranged inside the dedusting box; the partition board is in interference fit with the dedusting box; inner holes are formed in the partition board; mechanical ash-cleaning pipes are arranged on the partition board at the lower ends of the inner holes; the bottoms of the mechanical ash-cleaning pipes are hermetically connected to the upper ends of the filter cores; a blowing pipe isarranged at the upper end of the dedusting box; the blowing pipe is connected with the pulse gas source; nozzles are formed in the lower end of the blowing pipe and in positions corresponding to the vertical positions of the filter cores. By virtue of segmented pulse blowing, through early release of an auxiliary pulse blowing gas flow, the weakening effect of the filtered gas flow inertia on a main pulse gas flow can be reduced and the entrainment effect of the main pulse blowing gas flow can be enhanced.

The invention discloses a welding sealing system. The device comprises a gas filling module, a baking module, a welding module and a conveying module, the vapor content of less than 100PPM in the device can be realized, the internal gas pressure of the packaging body can be controlled within +/-500Pa, the purity of the backfill process gas is ensured to be higher than 99.5%, and the sealing requirements of military special processes such as energy storage welding sealing and the like are met. The four modules of the welding sealing system can operate independently and can also work cooperatively, the automation degree is high, and the mass production requirement can be met. The invention further discloses a welding sealing process, and the welding sealing system is applied, so that energystorage welding sealing of low-water-vapor and high-purity process gas can be realized.

The invention provides a shaking dust removal power transformation cabinet, which comprises an air inlet pipe, an air outlet pipe, a first flexible pipe, a second flexible pipe, a fan and a cabinet body, wherein the first flexible pipe is installed on the cabinet body and communicated with an air inlet, and the air inlet pipe is installed on the cabinet body through springs; a first end of the airinlet pipe is connected and communicated with the first flexible pipe; the air inlet pipe is internally provided with a dust absorbing mechanism; the air outlet pipe is installed on the cabinet bodyand communicated with an air outlet, and a second end of the air inlet pipe is located in an air outlet direction of the air outlet pipe; the second flexible pipe is connected between the air inlet pipe and the air outlet pipe, and the end, which is connected with the air inlet pipe, of the second flexible pipe is sealed; and the springs and the second flexible pipe are located at two opposite sides of the air inlet pipe respectively, and the second flexible pipe is bent at an original length state of the springs. In the invention, the air inlet pipe starts shaking under a rebound effect of the springs so as to enable the dust absorbing mechanism to remove the dust; and an electromagnetic valve is open, the air outlet pipe starts to discharge the air so as to blow the dust discharged froman inlet section of the air inlet pipe, and thus the dust is avoided from being accumulated at the inlet end of the air inlet pipe and being secondarily absorbed after the fan is turned on.

The invention discloses a classifying device used after fine crushing of waste metal and a classifying method for the classifying device and belongs to the technical field of classifying after metal crushing. The classifying device comprises a frame-shaped fixing frame and a magnetic roller fixed to the fixing frame through a bearing. A feeding conveying belt and a discharging conveying belt fixedto the fixing frame are arranged on the two sides of the roller face of the magnetic roller. The tail end of the feeding conveying belt is closed to the roller face of one side of the magnetic roller, and a non-iron material discharging clearance is reserved. The initial end of the discharging conveying belt is attached to the roller face of the other side of the magnetic roller infinitely. The width of the feeding conveying belt and the width of the discharging conveying belt are not smaller than the width of the magnetic roller. Due to rotation of the magnetic roller, iron materials and non-iron materials are classified, the iron materials are attracted by the magnetic roller and are then cut by the discharging conveying belt to be transferred, the non-iron materials directly fall through the discharging clearance, operation is simple, and classifying is definite. By means of the classifying device and the classifying method, the problem that in the prior art, time and labor are wasted due to manual classifying after metal is crushed.

The invention relates to a stepping?negative pressure?compartment pulse reverse?suction?ash removal deduster,?which?includes a bottom?platform, an air inlet?pipe,?a?pneumatic ash conveying?pipe,?ash buckets, a filter?bag?chamber,?a?clean?air chamber, a top cover, a clean?air outlet,?pulse valves, an air?pocket,?blowing pipes, a tubesheet, a double-shaft?direct current motor, rollers, a guide?rail,?three-way valves, and filter?bags. The?filter?bag?chamber is provided with a compartment baffle, and the clean air chamber is a communicated chamber. The?air inlet?pipe is disposed between the two ash buckets, the three-way valves are mounted at the outlets of the ash buckets, and the pneumatic ash conveying?pipe also serves as a reverse?suction pipe. The deduster is only provided with one air?pocket, two ends of which are respectively provided with two pulse valves and two corresponding blowing pipes. A walking mechanism composed of the?double-shaft?direct current motor, the rollers and the guide rail is disposed under the air?pocket. The air?pocket assembly and its walking mechanism are disposed in the clean air chamber. A PLC?program control?cabinet is employed to control the synchronous action of the three-way valves and the pulse valves, and walking of the?double-shaft?direct current motor according to the line space of the?filter?bags. The deduster provided in the invention has the advantages of simpler structure, reduced cost, more convenient installation and maintenance, low running cost, and reduced failure rate.

The invention relates to an activated carbon regeneration device and method. The activated carbon regeneration device comprises a storage and feeding system, a carbonization and desorption system and an activation and reaming system. A carrier gas pretreater, a carrier gas blowing device, a carrier gas distributor, an activated gas pretreater, an activated gas controller and an activated gas fluidizer are added before carbonization desorption carrier gas and high-temperature activated chambering activated gas enter a reactor, so that the carrier gas and the activated gas are uniformly distributed in the reactor, passive secondary adsorption of activated carbon is avoided, and the utilization efficiency of activation gas and the activation efficiency of activated carbon are improved. Besides, the device is not provided with mechanical rotating equipment, so that the mechanical damage to the activated carbon is small. The problems of high energy consumption, economic and resource waste and serious environmental pollution in the waste activated carbon treatment process can be solved and relieved.

The invention relates to the technical field of copper bar cold heading and stamping, in particular to a stamping method used for hollow pin copper bar cold heading and forming and capable of achieving quick positioning and forming. The stamping method comprises the steps of selecting a proper copper metal material, removing impurities on the surface of the copper metal material, placing the material on a stamping press for preliminary machining to form a copper metal strip, putting the copper metal strip on a lathe for machining and segmenting to form copper metal columns, performing surface treatment on the copper metal columns, and putting the copper metal columns into a cold heading mold of a cold heading machine for machining to form hollow pins. According to the stamping method used for hollow pin copper bar cold heading and forming and capable of achieving quick positioning and forming, a copper bar cold heading and forming method is adopted so as to increase the production quantity of the hollow pins per unit time and improve the production efficiency of the hollow pins.

The invention provides a filter bag antifriction mechanism for a pulse bag-type duster, which comprises an upper tube sheet, a lower tube sheet, filter bags and a cage, wherein the upper tube sheet and the lower tube sheet are arranged up and down and connected into a frame through a plurality of connecting rods; the upper tube sheet and the lower tube sheet are provided with a plurality of upper tube sheet holes and a plurality of lower tube sheet holes correspondingly; the filter bags are sleeved outside the cage, and bag mouths of the filter bags are clamped into the lower tube sheet holes through elastic snap rings; sleeves are arranged on nut caps on the upper end of the cage and arranged between the upper tube sheet holes and the lower tube sheet holes; flanges are arranged on the top of the sleeves, and edges of the flanges are pressed on orifices of the upper tube sheet holes; a blowpipe which is connected with a draught fan is arranged between the upper tube sheet and the lower tube sheet; and the lower tube sheet is provided with a plurality of uniformly distributed blowing holes. The filter bag antifriction mechanism for the pulse bag-type duster has strong structural performance, reduces the manufacturing cost, avoids mutual friction between the filter bags, prolongs the service life of the filter bags, accelerates dust settlement, improves the dust removal efficiency and the dust removal effect, has obvious energy-saving effect, and is particularly suitable for processing dust with thin particles and strong viscosity.

The invention relates to a racket for adhering thread residues. The racket comprises a racket rod and a racket body, wherein the racket body and the racket rod are fixedly connected, the racket body comprises a racket panel and carton sealing tape, the carton sealing tape winds on the surface of the racket panel, and fixing rods are disposed at two ends of the carton sealing tape. The racket for adhering thread residues is simple and convenient to manufacture, easy in material obtaining, and capable of well removing the thread residues and fabric yarn ends which are adhered to and accumulate on finished fabric due to static during production and avoiding secondary adhesion of the thread residues and fabric yarn ends.

The invention provides an ash removal agent as well as a preparation method and application thereof. The ash removing agent comprises the following components: C12 alkane, organic amine, a nonionic surfactant and a dispersing agent. By adding the C12 alkane, the organic amine, the nonionic surfactant and the dispersing agent, the ash removal agent has an excellent ash removal effect on charcoal ash generated in stainless steel stamping cleaning. In addition, a strong acid or strong alkali system in a traditional scheme is avoided, so that the scheme of the invention is environment-friendly and lower in post-treatment cost, and the ash removal agent can be used for removing charcoal ash in stainless steel.

The invention discloses a low-pressure online long-bag pulse bag dust collector. The dust collector is formed by a shell, an ash hopper assembly, a filter bag assembly and a pulse jetting assembly, flue gas enters the shell from an air inlet in the left sidewall of the shell, large particles first fall into the ash hopper assembly, small particles and the flue gas are deacidified by a high temperature generated by the ash hopper assembly, and then upwards flow into the filter bag assembly, are filtered by the filter bag assembly, and are accumulated on the inner wall of the filter bag assembly, the pulse jetting assembly is turned on, the pulse jetting assembly is formed by a gas storage tank, a blowing tube, nozzles and a pulse valve, and the pulse valve is turned on to make compressed air in the gas storage tank released into the blowing tube and jetted into the filter bag assembly through the nozzles, so vibration generated by the expansion of the filter bag assembly and reverse airflow make dusts adhered to the surface of a filter bag disengage from the filter bag assembly and fall into the ash hopper assembly in order to prevent secondary adsorption and reduce the resistance of the dust collector, thereby the service life of the filter bag is prolonged.