32results about How to "Reduce the delivery link" patented technology

The present invention belongs to the field of ionic liquid preparing reactor, and is especially one multifunctional ionic liquid preparing reactor. The reactor is one kettle type or one horizontal reactor, which has a sandwiched reactor body with medium inlet and outlet, gaseous material inlet pipe, liquid material inlet pipe, vacuum pipe, vacuum suction filtering pipe, slurry stirring motor, temperature sensor, pressure sensor, sight glass, condensate return pipe, solid material outlet, bottom sampling port, etc. The present invention makes it possible to complete multiphase reaction or homogeneous reaction and subsequent product separation and purification, and has high reaction conversion rate, high equipment utilizing rate, less material conveying links and less impurity introduction.

The invention discloses novel mixing heat regeneration equipment for an asphalt mixture factory. The novel mixing heat regeneration equipment comprises a regeneration material heating system, a regeneration material storage silo, a regeneration material measuring hopper and a main mixing cylinder, wherein the main mixing cylinder is arranged right below the regeneration material measuring hopper, a regeneration material pre-mixing device is arranged between the regeneration material measuring hopper and the main mixing cylinder, the regeneration material pre-mixing device comprises a mixing layer framework, a sliding table trolley, a first regeneration material chute and a second regeneration material chute, the sliding table trolley is arranged on the mixing layer framework in a sliding manner, a mixing mechanism is arranged in the first regeneration material chute, a regeneration agent measuring hopper is correspondingly arranged in the first regeneration material chute, and the first regeneration material chute or the second regeneration material chute are respectively in butt joint with the regeneration material measuring hopper and the main mixing cylinder after the sliding table trolley moves in place. when a user chooses the first regeneration material chute in production, and a failure occurs in the first regeneration material chute, the sliding table trolley can be driven to move to the other side, and then the second regeneration material chute is in butt joint with the regeneration material measuring hopper and the main mixing cylinder, so that uninterrupted production is achieved.

The invention discloses a slab conveying device with a variable track. The slab conveying device comprises a fixedly arranged middle-end conveying track, wherein the middle-end conveying track is inclined; the front end and the rear end of the middle-end conveying track are respectively connected with a front-end conveying track and a rear-end conveying track; the front end of the front-end conveying track is fixed on a stander; the lower side at the rear end of the front-end conveying track is connected with a second push cylinder; when the second push cylinder is in a contraction state, the rear end of the front-end conveying track is butted with the front end of the middle-end conveying track to form a plane; the rear end of the rear-end conveying track is fixed on the stander; the lower side of the rear-end conveying track is connected with a first push cylinder; when the first push cylinder is in an extending state, the front end of the rear-end conveying track is butted with the rear end of the middle-end conveying track to form a plane; oil cylinders are used for pushing the conveying tracks, so that the conveying tracks can be freely converted between a horizontal state and an inclined state; the number of the conveying steps is small; lifting and conveying can be synchronously realized; the conveying time is effectively shortened; the slab conveying device has the characteristics of low cost, energy conservation and high efficiency.

The invention discloses a wet desulfurization pulping system, which comprises a limestone powder bin and a pulping tank, the limestone powder bin is fixed on the ground through steel structure legs, the pulping tank is arranged vertically below the limestone powder bin, and the limestone There is a weighing feeder between the powder silo and the pulping tank, the lower part of the limestone powder silo is connected with the blanking hopper, the lower part of the blanking hopper is provided with a discharge valve, and the lower part of the slide valve or gate valve is provided with a lower flange. The upper part of the weighing feeder is provided with an upper flange, and the feeding valve is connected with the weighing feeder through the lower flange and the upper flange. The lower part of the weighing feeder is provided with a feeding pipe. The pipe is connected to the weighing feeder through the flange, and the feeding pipe extends downwards to the pulping tank. There is an agitator in the middle of the upper part of the pulping tank, and the pulping tank is located below the ground. The powder material of the present invention directly falls into the pulp supply tank located below, which can reduce the occupied area, shorten the conveying path, reduce investment and energy consumption, reduce the phenomenon of "secondary dust raising", and improve the on-site environment.

The invention discloses an automatic troweling machine comprising a feeding system, a storage system and a troweling system. The systems are connected through a delivery pipe, the feeding system comprises a power output device connected with piston cylinders and feeding boxes, each cylinder is connected with one end of a feeding pipe, the feeding boxes are fixed above the feeding pipes and connected with the same through check valves, and the feeding pipes are connected with the delivery pipe through the check valves. The storage system comprises a storage vat with the bottom connected with the delivery pipe, a pressing plate is disposed in the storage vat, and feeding holes are formed on the side wall of the storage vat and connected with a machine head of the troweling system through the delivery pipe. The troweling system comprises rails and the machine head, the rails include vertical rails transversely sliding on horizontal rails and a machine head rail vertically sliding on the vertical rails, the machine head rail is parallel to the horizontal rails, and the machine head sliding horizontally is connected to the machine head rail. By the designed automatic troweling machine, the problems of low efficiency, inconvenience in moving, proneness to shedding of trowelled surfaces and the like of an existing mode are solved.

The invention relates to a pneumatic conveying system for removing dust and fine ash in a dry process of converter gas. The system comprises a dry filter bag dust removing device (1), an ash discharging pipe (5), a cabin pump (10), a pneumatic conveying pipe (16) and a fine ash cabin (17) which are sequentially connected; the pneumatic conveying pipe (16) is connected with a gas storage tank (13), the inlet of the gas storage tank (13) is connected with a first nitrogen pipe (12), and the inlet of the first nitrogen pipe (12) is connected with a nitrogen main pipe; and the cabin pump (10) and the fine ash cabin (17) are connected through the pneumatic conveying pipe (16). By adopting the dry filter bag dust removing device, no sparks and discharging exist, and the problem that an electrostatic dust removing device is easily subjected to venting explosion is thoroughly solved. According to the pneumatic conveying system, the process of conveying fine ash is eliminated, and the fault rate of equipment is greatly reduced. The ash storage and the ash transportation of the fine ash cabin are not limited by a place and a distance.

The invention relates to a pneumatic transmission method for dry dedusting of fine ash in converter gas, which comprises the following steps: S1, constructing a pneumatic transmission system for dry removal of dust and fine ash in converter gas; S2, material feeding: discharging ash into a first bin pump (13) or a second bin pump (18); S3, fluidizing: transporting nitrogen from a gas tank (20) into a first fluidizing device or a second fluidizing device; S4, conveying: conveying evenly fluidic gas ash mixture to a fine ash cabin (27) via a pneumatic conveying pipe (26); S5, blowing; and S6, transporting. The invention adopts a dry filter bag deduster with no spark discharge, which thoroughly solves the problem of easy explosion venting caused by a static deduster. By the method, conveying step of fine dust is minimized, and equipment failure rate is substantially reduced. Storage and transportation of ash in the fine ash cabin are not limited by site or distance.

The invention relates to a multi-path conveying cutting platform of whole-feeding and half-feeding dual-purposed harvesting machine, which comprises a supporting rack connected with a harvesting machine body, and a gear box and a seedling separating plate arranged at the end part of the supporting rack, and is characterized in that upper and lower layers of belt wheels are arranged on the supporting rack, two sets of belt wheels are oppositely arranged to form a group, and two or more groups constitute the multi-path conveying cutting platform; a driving wheel is connected with a transmission shaft of the gear box, the driving wheel and the transmission shaft of the gear box are powered by a power machine, the driving wheel is connected with a front driven wheel by a seedling supporting belt, seedling supporting teeth are formed on the seedling supporting belt, and the front driven wheel is connected with a front tensioning wheel, a rear tensioning wheel and a rear driven wheel by a seedling supporting conveyer belt. The multi-path conveying cutting platform is capable of automatically conveying the harvested straws to the direction of the harvesting machine body, is simple in structure, easy to manufacture, small in volume, and light, and is capable of reducing conveying links and greatly reducing the loss generated by floating of the straws.

The invention relates to a converter gas dry dedusting fine dust pneumatic transport system, comprising a dry filter bag deduster (1), a first horizontal chain conveyor (2), a second horizontal chain conveyor (3), a cutting-out chain conveyor (4), a dust unloading main pipe (5), a pneumatic tee distributor (7), a first dust unloading branch pipe (10), a second dust unloading branch pipe (15), a first bin pump (13), a second bin pump (18), a pneumatic conveyor pipe (26) and a fine dust bin (27); and the first bin pump (13) and the second bin pump (18) are connected with the fine dust bin (27) by the pneumatic conveyor pipe (26). The converter gas dry dedusting fine dust pneumatic transport system has no spark discharging as adopting the dry filter bag deduster, thus completely solving the problem of leakage-explosion of static dedusters. The loop for conveying the fine dust is reduced, the fault rate of the equipment is greatly reduced, and the storage and conveying of the fine dust bin are not limited by occasions and distances.

The invention discloses a fat-releasing processing method with low water consumption and low discharge. It belongs to the field of water-saving processing of rosin. Including: 1) water-saving transportation: do not add water to rosin, use plunger pump to transport rosin, 2) water-saving dissolution: do not add liquid water to rosin during the process of rosin dissolving, use vertical continuous dissolver, use heat The oil-vapor mixture produced by the mixing of dissolved oil and high-temperature water vapor dissolves the rosin. 3) Water-saving washing: by using a small amount of multiple hot water washing methods, and using forced stirring to enhance the contact between the water and the fat liquid, and then standing still and stratified to discharge the water and impurities in the lower layer, separately collected in the middle-layer fat liquid tank, and the middle-layer fat liquid is placed. Add a little dissolving oil to the dissolving kettle for heating and dissolving, and separate it by a decanter centrifuge and a butterfly centrifuge to obtain a pure fat liquid. 4) Water-saving distillation: The process of turpentine distillation and separation of turpentine uses heat-conducting oil heating and vacuum distillation to distill the turpentine.

The invention discloses a metal roof board forming device, which can regulate the discharge angle, be high in construction efficiency and facilitate the direct conveying of a roof board to a roof after forming. The metal roof board forming device comprises a forming frame (2), a forming roller group (3), a feed roller group (5), a discharge roller group (6), a box body (1), a cutting and guide roller group (7) and a frame lifting device (9), wherein a metal coiled material (8) is placed at the top of the forming frame (2), the metal coiled material (8) sequentially passes through a cutting and guide roller group (7), a feed roller group (5), the forming roller group (3) and the discharge roller group (6) for performing cutting, feeding, forming and discharging, a metal roof board after forming is sent out of the box body (1), the front part of the forming frame (2) can rotate around a first pivot shaft (21) fixedly connected with the box body (1), and the frame lifting device (9) is arranged at the rear part of the forming frame (2) so as to lift the rear part of the forming frame (2) and adjust the discharge angle of the metal roof board after forming. The metal roof board forming device can be widely applied in the field of forming of the metal roof boards.