45results about How to "Eliminate bridging" patented technology

A corrugated board is secured to the inner wall of a cavity wall construction to establish a defined spacing between the inner and outer walls and prevent excess mortar from bridging to the inner wall. The corrugated board has a series of spaced channels, furrows or grooves into which an anchor projects into the studs of the inner wall to secure the outer wall. The corrugated board is installed prior to the construction of the outer wall and establishes a minimum spacing or gap between the walls based upon the thickness of the board. The outer wall is constructed immediately adjacent to the outer face of the corrugated board. The grooves or channels of the corrugated board create a chamber for vapor and air circulation. The board eliminates bridging by the mortar and provides an air conduit to exhaust even the minimal amounts of vapor that will occur in the cavity.

The invention discloses a recycling device for carbon powder. The recycling device for the carbon powder comprises an adsorption tower (1), an analysis tower (2), a first active carbon conveyor (3), asecond active carbon conveyor (4), a vibrating screen (5) or a multi-stage or multi-layer type vibrating screen (C) which is positioned below a discharge hole of the analysis tower (2) or at the downstream of the analysis tower (2), and a heating furnace (7), wherein the analysis tower (2) is provided with a heating section (201) and a cooling section (202); a hot air outlet of the heating furnace (7) is connected with a hot air inlet of the heating section (201) of the analysis tower (2) through a hot air pipeline (L3); an air outlet of the heating section (201) of the analysis tower (2) isconnected to a circulating and cooling air inlet of the heating furnace (7) through a circulating and cooling air pipeline (L4); screened fine carbon powder of the vibrating screen (5) is used as a fuel of the heating furnace (7); and fine active carbon particles screened out by the multi-stage or multi-layer type vibrating screen (C) are conveyed into a pelletizing system (D) for being pelletizedor conveyed into a wastewater purifying system for adsorbing waste acid.

The invention discloses a desulfurization and denitration ammonia-removing system. The system comprises an adsorption tower, a desorption tower, a distributor, a first activated carbon conveyer and asecond activated carbon conveyer. One side of the adsorption tower is provided with a smoke inlet A, and the other side of the adsorption tower is provided with a smoke outlet B, the interior of the adsorption tower is provided with an adsorption cavity and an ammonia-removing cavity, the adsorption cavity is installed at one side adjacent to the smoke inlet A, the ammonia-removing cavity is installed at one side adjacent to the smoke outlet B, the first activated carbon conveyer is connected with a discharging port of the adsorption tower and a feeding port of the distributor, the second activated carbon conveyer is connected with a discharging port of the desorption tower and a feeding port of the adsorption cavity, a discharging port of the distributor is respectively connected with a feeding port of the ammonia-removing cavity and a feeding port of the desorption tower. The system adopts a mode that the adsorption tower is divided to two functional areas. The adsorption reaction cavity is capable of achieving the functions of desulfurization, denitration, dust removal and the like. The ammonia-removing cavity is filled with fresh activated carbon or acidic activated carbon, andis capable of gathering ammonia in smoke passing through an adsorption reaction layer, and effectively preventing the ammonia at the outlet from escaping.

The invention relates to a desulfurization and denitrification system. The system comprises an adsorption tower, a desorption tower, a graded sieving machine, a first activated carbon conveying machine, a second activated carbon conveying machine and a third activated carbon conveying machine, wherein a smoke inlet is formed in one side of the desorption tower; a smoke outlet is formed in the other side of the desorption tower; an adsorption layer front cavity and an adsorption layer rear cavity are formed in the adsorption tower; the first activated carbon conveying machine is connected witha first discharging hole of the graded sieving machine and a feeding hole of the adsorption layer rear cavity; the second activated carbon conveying machine is connected with a second discharging holeof the graded sieving machine and a feeding hole of the adsorption layer front cavity; and the third activated carbon conveying machine is connected with a discharging hole of the adsorption tower and a feeding hole of the desorption tower; and a discharging hole of the desorption tower is connected with a feeding hole of the graded sieving machine. According to the desulfurization and denitrification system, large-particle activated carbon is placed at the rear part of an activated carbon bed layer in the adsorption tower, and small-particle activated carbon is placed at the front part of the activated carbon bed layer in the adsorption tower, so that the situation that activated carbon powder is blown out of the bed layer by smoke can be prevented, and the aim that the smoke dust at theoutlet is reduced can be realized.

The invention discloses a chemical mechanical pulping system for recycling wet-strength recycled paper. The system comprises first conveying equipment, a crusher, second conveying equipment, a drum washing machine, an oblique spiral dehydrator, a steaming bin, a third screw conveyer, a first double-screw impregnator, a first reaction bin, a fourth screw conveyer, a second double-screw impregnator, a second reaction bin, a fifth screw conveyor, a latency chest, a stock pump, a fiber separator, a purifying, screening and concentrating device and a pulp storage device in the running direction of the material procedure. The even feeding type reaction bins are utilized for achieving even feeding and reducing the load fluctuation range; the rotary stirring type steaming bin is utilized for eliminating a bridging phenomenon, materials are fully steamed and softened, and chemical consumption is reduced. The double-screw impregnators are utilized for gradually dissociating the wet-strength recycled paper, high-concentration mixing and homogenizing impregnation of a chemical additive and pulp are achieved, and the chemical reaction efficiency is improved. By means of the function of mechanical strong force and chemical treatment, the problems that during wet-strength recycled paper recycling, pulping and dissociating rate is low, and the strength is greatly reduced are solved.

The invention discloses a chemical mechanical pulping method for recycling of wet strength waste paper. The method comprises a material preparation section, a steaming section, a first squeezing dipping chemical mechanical treatment section, a second squeezing dipping chemical mechanical treatment section, a latency and re-defibering section and a purification, screening and concentration section. According to the method, wet strength waste paper fiber dissociation and re-pulping are realized while the original pulp strength is not reduced under the action of mechanical strength and chemical treatment; furthermore, at the two squeezing dipping chemical mechanical treatment sections in series connection, a wet strength agent in the waste paper can be oxidized under the acidic condition firstly, and then hydrolysis is further promoted under the alkaline condition, so that the chemical bonding among molecules of the wet strength agent and between the wet strength agent and pulp fibers are destroyed more effectively, and the fiber dissociation rate and the re-pulping yield are effectively increased. The problems that the wet strength waste paper recycling, pulping and dissociation rate is low and the strength is substantially reduced are solved, and continuous, large-scale, low-water-consumption, low-energy-consumption, pollution-free and environment-friendly pulping can be realized.

The invention relates to a continuous production line and a continuous production method for an emulsified ammonium nitrate fuel oil explosive. The production line comprises a latex matrix continuouspreparation system, an ammonium nitrate fuel oil explosive continuous preparation system, continuous mixing equipment and an automatic filling system, material outlets of the latex matrix continuous preparation system and the ammonium nitrate fuel oil explosive continuous preparation system are connected with a material inlet of the continuous mixing equipment, wherein a continuous material outletof the continuous mixing equipment is connected with a material inlet of the automatic filling system, and the production method comprises the following steps of: simultaneously and continuously conveying the ammonium nitrate fuel oil explosive and the cooled latex matrix into the continuous mixing equipment for mixing, adding wood flour into the mixture, and continuously performing mixing to prepare the emulsified ammonium nitrate fuel oil explosive. Continuous production of the emulsified ammonium nitrate fuel oil explosive can be achieved, the production efficiency is high, the productivity is large, the automation level is high, no fixed operation post exists on the whole line, the number of operators is small, the production safety level is high, and due to the adoption of the continuous production mode, the product consistency is high, and the quality is stable and reliable.

An activated carbon adsorption tower system is disclosed. One side of an activated carbon adsorption tower is provided with a first flue gas inlet and a second flue gas inlet. The other side of the adsorption tower is provided with a first flue gas outlet and a second flue gas outlet. The first flue gas inlet is disposed below the second flue gas inlet. The first flue gas outlet is disposed belowthe second flue gas outlet. The first flue gas inlet is connected to an original flue gas conveying pipe. The first flue gas outlet is connected to the second flue gas inlet through a first delivery pipe. The second flue gas outlet is connected to a clean flue gas pipe. Both a first ammonia injection device and a second ammonia injection device are connected to a mixed gas delivery pipe. The activated carbon adsorption tower system adsorbs original flue gas into different parts of the adsorption tower through a pipeline or a separator, and is beneficial to the full utilization of activated carbon, and the denitration rate of the system is improved.

The invention discloses a dustproof safe feeding device for power battery black powder acid leaching feeding. The dustproof safe feeding device comprises a leaching tank, a discharging grid and a material shaking assembly, and the leaching tank comprises a feeding port; and the discharging grid is installed in the feeding port and provided with a discharging hole. The material shaking assembly comprises a material shaking part and a driving device, the material shaking part is movably arranged in the discharging hole, the driving device is connected with the material shaking part, and the driving device drives the material shaking part to move in the discharging hole. The feeding port is provided with the discharging grid, so that operators are prevented from falling into the feeding port; and the material shaking part and the driving device are installed, so that the bridging phenomenon of battery powder is eliminated, and the battery powder is prevented from blocking the feeding port.

The invention discloses an automatic feeding mechanism for minisized round bars. The automatic feeding mechanism for the minisized round bars comprises a base, a linear guide rail, an ejector rod pressing plate, an ejector rod, a hopper front baffle, a hopper discharging mechanism, an ejector rod fixing block and a sliding block, wherein the linear guide rail is fixedly installed on the base through screws and is in sliding fit with the sliding block; the ejector rod fixing block is fixedly installed on the sliding block and provided with the ejector rod; the ejector rod pressing plate is arranged on the ejector rod and fixedly installed on the ejector rod fixing block through screws; the hopper discharging mechanism is fixedly installed at one end of the base; and the hopper front baffleis inserted at one end of the hopper discharging mechanism. The invention further discloses an installation method of the automatic feeding mechanism for the minisized round bars. The installation method comprises the steps of base assembly, hopper support assembly, hopper base assembly, hopper assembly, power component assembly, testing and trial operation. According to the automatic feeding mechanism for the minisized round bars and the installation method of the automatic feeding mechanism for the minisized round bars, feeding is stable, the probability of blocking is low, efficiency is high, operation and adjustment are convenient, and the labor and time are saved.

The invention discloses a double-pH-value wet-strength waste paper recycling pulping method. The method includes a material preparation work section, a steaming work section, a first extrusion and dipping chemical-mechanical treatment section, a second extrusion and dipping chemical-mechanical treatment section, a latency and re-defibering section and a purification, screening and concentration section. According to the method, fiber dissociation and re-pulping of wet-strength waste paper are achieved under the effects of strong mechanical force and chemical treatment without reducing the strength of raw paper pulp; furthermore, in the two serial extrusion and dipping chemical-mechanical treatment sections, a wet-strength agent in the waste paper is oxidized under the acidic condition, and then hydrolysis is further promoted under the alkaline condition, so that chemical bonding between molecules of the wet-strength agent and chemical bonding between the wet-strength agent and pulp fibers are effectively damaged, and the fiber dissociation rate and the re-pulping yield are effectively increased. The problems that in wet-strength waste paper recycling pulping, the dissociation rate is low and strength is substantially reduced are solved, and continuous, large-scale, pollution-free and environment-friendly pulping with low water consumption and energy consumption can be achieved.

The invention provides a device for straw distribution. According to the device, technical problems that in the prior art, stokehole distribution feeding is poor in feeding continuity and a bridging phenomenon occurs easily can be solved. The device comprises a casing, rotating shafts and a driving device for driving the rotating shafts to rotate. The top of the casing is provided with a feeding port, and the bottom of the casing is provided with two discharging ports. The device for straw distribution is characterized in that the rotating shafts comprise first rotating shafts and second rotating shafts, the number of the first rotating shafts is two, the first rotating shafts are supported on the left side wall and the right side wall of the casing side by side; parts of the first rotating shafts located below the feeding port are provided with middle helical blades, parts of the first rotating shafts located above the discharging ports are polished shafts, and the middle helical blades of the two first rotating shafts are arranged in reverse directions. The number of the second rotating shafts is two, the two second rotating shafts are arranged at the positions of the two discharging ports respectively, and the second rotating shafts are provided with stirring rods.

The invention provides a straw distributing device. The device can solve the technical problems that according to straw distributing supply in front of a furnace in the prior art, the supply continuity is poor, and the phenomenon of bridging is likely to happen. The straw distributing device comprises a shell and is characterized by further comprises rotating shafts, and a driving device driving the rotating shafts to rotate; a feeding port is formed in the top of the shell, two discharging ports are formed in the bottom of the shell, and the two rotating shafts are supported in the shell in parallel in the horizontal direction; and a middle spiral blade is arranged at the portion, located below the feeding port, of each rotating shaft, a stirring rod is arranged at the portion, located above the corresponding discharging port, on each rotating shaft, and the middle spiral blades of the two rotating shafts are arranged in different directions.

The present invention provides a new motorized bulk, dry foods dispensing apparatus and system for commercial, retail and home use designed to dispense a predetermined volume of dry bulk food into a bowl or other receptacle without crushing or breaking the food. The bulk food dispenser includes a hopper, a feed house including two or more openings, and a feed wheel located within the feed house, where the feed wheel further includes a plurality of protrusions for directing a solid material out of the hopper when the feed wheel is rotated mechanically via a motor, where at least one of the two or more openings receive the solid material directed by a baffle, and where at least one of the two or more openings dispense the solid material out of the feed house.