39results about How to "Guaranteed continuous flow" patented technology

The invention relates to a method of refusion refining for magnesium alloy furnace charge without the fluxing agent and its apparatus. Magnesia fused mass is refined using complex multi-refining method after preheating and drying magnesium alloy furnace charge, including the steps of: fusing furnace charge, stirring refining or (and blowing refining), forced sedimentating, filter refining, static refining, discharging and casting, accordingly the high-quality purification of fusing body is performed by efficiently eliminating all kinds of impurity and gas in the magnesium alloy furnace charge. The apparatus mostly includes crucibles, pretreatment chambers in order fixed in the crucibles, one or more filter chamber and casting chambers, each adjacent two chambers communicated by fused mass flowing channels, stirring units or (and blowing units) in the pretreatment chambers, first-order filter unit airproofed and fixed in each filter chamber. The apparatus can perform continuous complex multi-refining and casting/ producing of magnesia fused mass, with greatly-improved refining quality and purified effect of magnesium alloy fused mass, while the problem that the filter apparatus is easy to be blocked in the process of filtering is solved.

The invention discloses an IPSec (Internet Protocol Security) SA (Security Association) consultation method and an IPSec SA consultation device. The method comprises the following steps: generating and issuing a consulted SA when a responder receives a first message sent by an initiator; replying a second message to the initiator by the responder; and when the responder receives the IPSec encrypted message which is sent by the initiator and encrypted by the consulted SA, or receives a third message sent by the initiator, carrying out data flow protection utilizing the consulted SA, wherein the first message, the second message and the third message are three messages which are used to complete the IPSec SA consultation by the initiator and the responder together in a fast mode. According to the invention, through changing the issuing time and effective time of responder's consulted SA, the problems of jitter or interruption of instant flows during the IPSec SA initial consultation or re-consultation process in the prior art are solved.

The invention discloses an LED chip glue dispensing machine. The LED chip glue dispensing machine comprises a base, a control device arranged on the base, a glue gun rack capable of moving up and down, a glue gun arranged on the glue gun rack and a feeding device connected with the glue gun. The glue gun is internally provided with a stirring cavity. A stirring shaft is arranged in the stirring cavity. The top of the stirring cavity is provided with a feed port. According to the LED chip glue dispensing machine, the stirring cavity and the stirring shaft are arranged in the glue gun to conductstirring on glue in the glue gun, and then the glue is made to flow continuously. Accordingly, the phenomenon that the glue gun gets blocked due to glue solidification is avoided.

The invention provides a self-sealing nitrogen circulating cooling method which comprises the following steps: a. nitrogen discharged after oxygen generation through the absorption oxygen-generation technology in a steel plant is delivered to a blower header pipe through a pressure pump and a delivery pipeline, and the nitrogen in the blower header pipe is mixed with a recycle gas after recovery of heat; b. after pressure is applied to the mixed gas by a blast blower, the mixed gas is delivered to an air inlet pipe of a cooler, enters a material layer zone of a self-cooler through the air inlet pipe, and then is output through a large flue after heat exchange with a high temperature mass at the temperature of 1000 DEGC; and c. the temperature of waste gas in the large flue reaches up to 500-600 DEG C, and then is reduced to 180-230 DEG C after recovery of heat, and the waste gas is again led to the blower header pipe as a recycle gas for mixed cycle utilization with supplementary nitrogen. The technology can realize continuity, stability, recovery of high temperature waste gas and metallization rate of products in production, meet the national policy requirements for energy conservation, emission reduction and cyclic economy, and provide space for reducing production cost.

The invention discloses a preparation method and equipment of a magnetic nanocomposite material, belonging to the technical field of magnetic nanomaterial preparation. The equipment comprises an agitating tank, wherein a heating cavity is formed in the outer wall of the upper part of the agitating tank; a feeding pipe is arranged on the upper end surface of the upper cover; the middle part of theupper end surface of the upper cover is fixedly connected with a stirring motor through a mounting frame; the output shaft end of the stirring motor is fixedly connected with a stirring shaft; the lower part of the stirring shaft is fixedly connected with long stirring blades and short stirring blades respectively; a first cooling cavity and a second cooling cavity are formed in an inner cavity ofthe heating cavity; and irradiation heating devices are symmetrically arranged in the inner cavity of the heating cavity. According to the invention, the problems that existing magnetic nanocompositematerial preparation equipment is low in liquid raw material and powder mixing efficiency and poor in heating and cooling effect, and consequently the whole magnetic nanomaterial production efficiency is not high are solved.

The invention provides an automatic fin cut-off device and a work process of the device. The automatic fin cut-off device comprises a machine frame and a fin cut-off mechanism arranged on the machine frame and further comprises a fin bearing mechanism arranged on the machine frame. The fin bearing mechanism comprises a fin base arranged on the machine frame in a sliding mode and a fin base driving mechanism, a fin bearing groove is formed in the fin base, the fin cut-off mechanism comprises a cutter, and the fin bearing groove is formed below the cutter. The device comprises a fin pushing mechanism, the fin cut-off mechanism and the fin bearing mechanism, full-automatic control over feeding, cutting-off and discharging of fins can be achieved, continuous flowing of the fins is ensured, and the production requirements for high speed and high precision are met.

The invention discloses a glue storage barrel with a stirring function. The glue storage barrel comprises a barrel body, an input output part, and a soaking tube, wherein the barrel body comprises a glue storage barrel with a glue solution; the input output part comprises a pump body with a two-way conveying function, one end of the pump body is connected with a hollow tube; the hollow tube is provided with a vertical section which is suspended in the glue storage barrel; the other end of the pump body is connected with a three-way valve; the other two ends of the three-way valve are separately connected with an air filter and a glue conveying tube; the soaking part is positioned at one end, back to the pump body, on the hollow tube; the soaking part is soaked in the glue solution of the glue storage barrel, and the soaking part comprises an elbow tube which is axially connected to the hollow tube; the hollow tube has a rotation freedom around a plumb line; the outlet section of the elbow tube is an inclined tube; the center line of the inclined tube and the horizontal plane are arranged at an included angle; the center line of the inclined tube and the center line of the verticalsection of the hollow tube are mutually different-surface straight lines. The glue storage barrel utilizes the glue solution or gas bubbles to realize stirring and mixing of the glue solution, so thatuniformity of the glue solution in the glue storage barrel is improved, the integral stirring range is wide, and equipment cost is low.

The invention discloses a reaction kettle for producing chlorine ether rubber, which comprises a tank body, an inner cylinder body, a rotating shaft, a spiral blade I, a coil pipe, a spiral blade II, an impeller, an end socket seat and a driving motor, and an output shaft of the driving motor downwards penetrates through a through hole I formed in an upper cover of the end socket seat and then is coaxially inserted into the cylinder body of the end socket seat; and the lower end of the driving motor is connected with the upper end of the rotating shaft through a coupler to drive the rotating shaft to rotate, a bearing seat is arranged at the bottom in the end socket seat, a bearing is arranged in the bearing seat, and the rotating shaft is sleeved with an inner ring of the bearing and rotationally supported on the bearing through a shaft shoulder of the rotating shaft. Materials in the reaction kettle form a circulating mixing reaction structure from bottom to top and then from top to bottom, mixing is uniform, reaction is sufficient, and the materials can be prevented from caking. The cooling effect is good by introducing a refrigerant medium into the coil pipe.

The invention discloses pipeline extension equipment and a slurry circulation system for a slurry shield. The pipeline extension equipment comprises a relay sealed cabin, a pipeline clamping and moving device and a pipeline mounting device, and the two ends of the relay sealed cabin correspondingly communicate with an upper pipeline and a lower pipeline, and the relay sealed cabin can temporarily store a fluid medium; the pipeline clamping and moving device is used for clamping a pre-stored pipeline to move to be aligned with the lower pipeline; and the pipeline mounting device is used for fixing the pre-stored pipeline and the lower pipeline, and the pre-stored pipeline and the lower pipeline form a new-stage lower pipeline and can move relative to the relay sealed cabin so as to release the new-stage lower pipeline from the relay sealed cabin. By applying the pipeline extension equipment, the pipeline extension operation is realized under the condition that the slurry circulation system is not stopped, the medium supply equipment does not need to be started and stopped for many times, the service life of system elements is effectively prolonged, the overhaul interval is prolonged, and the operation economy is improved; meanwhile, continuous flowing of media in the pipeline is guaranteed, and operation in high-altitude or alpine regions is achieved; and the construction environment pollution caused by slurry leakage or overflow in the pipeline extension operation is effectively avoided.

The invention discloses a lens continuous pouring system and a pouring process thereof. The system comprises a material tank, a filtering device capable of easily discharging bubbles, a material pouring valve and a material pouring needle head which are sequentially connected through a material pouring pipeline. The pouring needle head is fixed on a pouring frame on a pouring table; a template push disc with a plurality of empty grids is placed on the pouring table at a lower end of the pouring needle head, a feeding port, an exhaust valve and a pressure control assembly are arranged at the top of the material tank, a discharging valve is arranged at a bottom of the material tank, one end of the pressure control assembly is connected with a vacuum generation device, and the other end is connected with a compressed air device. A stirrer is mounted in the material tank. By means of the system and process, lens feed liquid can be effectively and continuously poured, the production efficiency is improved, and the product quality is improved.

The invention relates to a device for stably and continuously discharging a solid bulk material, which comprises a multi-blade spiral flow controller, wherein the multi-blade spiral flow controller isformed by circularly arraying a plurality of spiral blades along a rotating shaft, and a bulk material disturbing device is arranged at the top of the multi-blade spiral flow controller so as to prevent a material bridge from being blocked. The bottom of the multi-blade spiral flow controller is provided with a driving gear disc which is used for driving the multi-blade spiral flow controller torotate. The outer side of the multi-blade spiral flow controller is provided with a shell of a discharging device, a driving motor is fixed on the shell, and one end of the driving motor is connectedwith the gear disc. The device can achieve the integral flow of the bulk material at the upper part of the discharging device without material deflection or intermittent discharging. The discharging device can achieve continuous discharging of the material and can change the spiral rotating speed according to the flow speed of the materials with different requirements, the number of spiral bladesand the pitch length can be designed according to different bulk flow characteristics, the device has wide control range of the flow speed of the materials, and can achieve millimeter-level flow speedcontrol of the materials.

The invention relates to a solid scattered material discharging controlling device. The device comprises a feeding hopper, a scattered material driving device and a discharging controlling device housing. The feeding hopper is externally provided with a vibrator, and a conical guiding hood is arranged in the feeding hopper. The discharging controlling device housing is mainly composed of a scattered material conveying pipe and a scattered material feeding passage which is arranged on the top of the housing, the scattered material conveying pipe is composed of two circular pipes with the same diameter, and the scattered feeding passage is composed of two rectangular pipes. The feeding hopper and the scattered material feeding passage are connected and fixed by a soft connecting flange and ashock-absorbing device. The scattered material driving device is provided with spiral blades and a driving motor, and two groups of the spiral blades are fixed in the scattered material conveying pipe. The device has the advantages that the scattered material in the upper portion of the discharging device can flow approximately as a whole without obvious material flowing deflecting, blocking andnonuniform speed distribution, the device can be operated at a higher temperature, and therefore the continuous and stable movement of the scattered material at a lower flow rate is achieved.

The invention relates to the field of aquaculture, and discloses an aquaculture device. For solving the problem that in the prior art, an existing aquaculture device is simple in structure and single in function, the device comprises a cultivation box and a water collecting device, the cultivation box is of a cuboid structure, the cultivation box comprises a box cover, a partition plate, a plurality of first baffles and a plurality of second baffles, the box cover is fixedly connected with the top of the cultivation box, a plurality of mesh holes are evenly formed in the partition plate, the partition plate is located inside the cultivation box, the inner walls of the two sides of the cultivation box are each fixedly provided with a limiting block, the partition plate is located at the tops of the two limiting blocks, a plurality of first clamping grooves and a plurality of second clamping grooves are evenly formed in the inner walls of the two sides of the cultivation box, and the first clamping grooves and the second clamping grooves are distributed at intervals. The device is reasonable in structure, exquisite in design, easy to operate, capable of ensuring continuous flowing of water and saving energy, capable of adopting running water for driving excrement at the bottom of a tank and capable of achieving concentrated management and real-time monitoring, and easy to popularize.

The invention provides a high voltage distribution fuse, mainly comprising a distribution rubber-sheathed fuse, two copper conductive contact boards, insulation columns, an upper hanging ring, a lower hanging ring, a pulling spring and an insulation bushing. The insulation columns are respectively arranged at the two ends of the copper conductive contact board. The insulation columns which correspond to each other from bottom to top are hooked by the pulling spring to be connected. The outer part of the pulling spring is sleeved with the insulation bushing. Two ends of the distribution rubber-sheathed fuse are respectively connected with the ends of the upper and lower copper conductive contact boards to form a distribution branch. The invention is in parallel connection with the wiring screws at the two ends of a failed high voltage drop-out fuse and can displace the a failed high voltage drop-out fuse to work, so as to guarantee a constant work of the grid. The design of the invention is novel, the structure is simple, the operation is safe and easy and the use is convenient.

The invention provides a tunnel establishing method and an apparatus. The method comprises the following steps of according to parameter information of a target tunnel to be established, determining atunnel path of the target tunnel; according to the tunnel path of the target tunnel and the parameter information of the target tunnel, constructing a tunnel message, wherein a tunnel bandwidth fieldin the tunnel message is set to be zero, or the tunnel message does not contain the tunnel bandwidth field; and sending the tunnel message to one or more network nodes related to the target tunnel, and establishing the target tunnel. In the invention, when tunnel bandwidth soft preemption is generated, because the established tunnel does not need to occupy a bandwidth, the tunnel can be immediately established successfully and does not need to wait for a preempted tunnel to complete migration. Efficiency of tunnel establishing in a network through a SDN controller can be greatly increased. Simultaneously, compared with a condition that the preempted tunnel is directly dismantled, a flow of the preempted tunnel is allowed to go through an original path before preempted tunnel migration iscompleted so as to maximumly guarantee the continuous flow.

The invention provides an electrospray ion source and an ionization method, the electrospray ion source comprises a plurality of vertically arranged capillary tubes arranged in a plurality of columns, and the heights of the bottom ends of the capillary tubes in each column are gradually reduced from left to right; the power supply applies voltage to the capillary tubes, the voltage of each column of capillary tubes is the same, and the voltage of each column of capillary tubes is gradually reduced from left to right. The method has the advantages of wide application range and the like.