33results about How to "Homogenization" patented technology

An intake throttle valve is located in an intake passage upstream of first and second intake ports, such that intake air flows into mainly the first intake port to generate a swirl flow when an opening degree of the intake throttle valve is not larger than a predetermined value, and flows into both the first and second intake ports when the opening degree thereof is larger than the predetermined value. Furthermore, first and second fuel injection valves for respectively injecting fuel to the first and second intake ports are controlled to inject fuel from the first fuel injection valve when the opening degree of the intake throttle valve is not larger than about the predetermined value, and to inject fuel from both the first fuel injection valve and the second fuel injection valve when the opening degree of the intake throttle valve is larger than about the predetermined value.

The invention discloses a warehouse with a bridge grabbing crane. The warehouse comprises the bridge grabbing crane which is transversely arranged at the top of the warehouse. The bridge grabbing crane can move back and forth in the length direction of the warehouse and is provided with grab buckets which can move back and forth along the bridge grabbing crane. An overhead trestle is longitudinally arranged below the bridge grabbing crane, and the operating direction of the overhead trestle is the same as the operating direction of the bridge grabbing crane. The overhead trestle is located in the position of the longitudinal center line of the warehouse. A feeding conveyer is arranged on the bridge surface of the overhead trestle. A discharging conveyer is longitudinally arranged below the overhead trestle. Receiving hoppers are arranged on the discharging conveyer. The warehouse with the bridge grabbing crane has the advantages that firstly, the way that feeding and discharging are conducted in the warehouse is adopted, and uniform operation is facilitated; secondly, the two grab buckets are used for grabbing materials, and thus the production capacity and the working efficiency are improved; thirdly, the discharging height is reduced, raising dust is reduced, and the operating environment of the warehouse with the bridge grabbing crane is improved; and finally, the way that discharging is conducted in the warehouse is adopted, part of facilities outside the warehouse are omitted, and construction investment cost is reduced.

The invention relates to the technical field of continuous wall constructions and discloses a device for utilizing dead load of concrete to eliminate a gap of a continuous wall. The device comprises asupporting frame. Evenly mixing plates are movably connected into the supporting frame. The bottoms of the evenly mixing plates are movably connected with rotating shafts. The bottoms of the rotatingshafts are movably connected with fixing pieces. The surfaces of the rotating shafts are movably connected with homogenizing plates. The inner portions of the homogenizing plates are movably connected with gears. The inner portions of the gears are movably connected with scroll springs. The surfaces of the scroll springs are movably connected with winding rollers. Accumulation at the position ofthe evenly mixing plates facilitates homogenization of the concrete in a later period; and concrete flowing out from the surfaces of the evenly mixing plates can flow to the surfaces of the homogenizing plates, so that the rotation speed of the gears on the surfaces of the rotating shafts becomes rapider. Due to the action of the scroll springs and the multiple homogenizing plates, the flowing concrete is accumulated firstly and then flows down from the surfaces of the homogenizing plates, each accumulation gives a certain speed to the concrete, and then the effect of utilizing the weight of the concrete to feed the concrete layer by layer so as to eliminate the gap is achieved.

The invention discloses a gas medium homogenization device for high-power laser diode sintering, which relates to the field of optoelectronic technology. The suction nozzles of the equipment are sealed and matched, and the support is provided with an intake passage and an exhaust passage that communicate with the intake pipe and the exhaust pipe, and the other ends of the intake passage and the exhaust passage communicate with the hollow area in the middle of the support. Install the bracket on the sintering table, so that the heat sink with solder is fixed to the connecting plate in the hollow area, a high-power laser diode is placed on the heat sink with solder, and the suction nozzle of the sintering equipment is adsorbed above the hollow area, reducing the gas Entering from the intake passage, it can fully cover the surface of the solder, which can fully restore the solder in the sintering area of ​​the laser diode chip, and then use the exhaust passage to export the reduced exhaust gas to form a complete circuit. The invention has the advantages of simple structure, homogenization of reducing gas, and improvement of consistency of solder reduction.

The invention relates to the technical field of continuous wall construction, and discloses a device for eliminating gaps in the continuous wall by using the self-weight of concrete, including a support frame, a mixing plate is movably connected inside the support frame, and a rotating shaft is movably connected to the bottom of the mixing plate. The bottom of the rotating shaft is movably connected with a fixed part, the surface of the rotating shaft is movably connected with a homogenizing plate, the inside of the homogenizing plate is movably connected with a gear, the inside of the gear is movably connected with a scroll spring, and the surface of the scroll spring is movably connected with a wired roller . Accumulation here is beneficial to the homogenization of concrete in the later stage; the concrete flowing out from the surface of the mixing plate will flow to the surface of the homogenizing plate, so the rotation speed of the gear on the surface of the rotating shaft becomes faster, due to the action of the vortex spring, and the homogenizing plate The number of concrete is multiple, so the flowing concrete will accumulate first and then flow down the surface of the homogenizing plate, and each accumulation will give the concrete a certain speed, so as to achieve the effect of using the concrete weight to pass into the concrete layer by layer to eliminate the void.

The invention discloses a reaction system and a method for preparing nano magnesium hydroxide. The invention adopts the technical scheme that the reaction system comprises a feeding device, a reaction device and a storage tank; the feeding device is connected with the reaction device; and the reaction device is connected with the storage tank. The method for preparing the nano magnesium hydroxidecomprises the following steps of: respectively placing soluble magnesium salt solution and alkali liquor in different material tanks; simultaneously starting a constant flow pump of the feeding device, simultaneously feeding the same volume of the soluble magnesium salt solution and the alkali liquor into the reaction device, controlling the flowing speed of reaction solution in the range of 2 to20m / s, simultaneously starting ultrasonic waves of the reaction device, controlling the frequency of the ultrasonic waves in the range of 20 to 100kHz and controlling the power of the ultrasonic waves in the range of 50 to 800W; and carrying out washing, solid-liquid separation and drying on reacted slurry to obtain a target product. The reaction system and the method are simple to operate and have small investment, short production period and mild production condition. The prepared nano powder have homogeneous appearance, narrow size distribution and good dispersity and is particularly suitable for industrial production.

The invention discloses a new automatic spraying system for a solid reducing agent. The system is provided with a feeding unit, a fluidized boosting unit, a fluidized hybrid adjusting unit, a feedback adjustment spraying unit, an LV automatic compensation unit, a supporting and weighing unit, a pneumatic control station and a PLC process control unit, wherein the reducing agent enters the fluidized boosting unit through the feeding unit by means of the dead weight and forms initial gas-solid two-phase flow in the fluidized hybrid adjusting unit after being boosted to flow out; the feedback adjustment spraying unit adjusts the proportion of the initial two-phase flow to meet the requirements of the reducing technology; the LV automatic compensation unit detects and rapidly responds to the gas-solid two-phase flow to ensure no recharging of liquid copper; the pneumatic control station distributes compressed air, nitrogen gas and oxygen required by the process and a meter gas source required for controlling each unit to each point; and the PLC process control unit programs, processes the switching value and the analog quantity, sends a control signal and gives an instruction to the feeding unit to ensure that the feeding unit is in a normal operating state. The automatic spraying system can realize automatic spraying of the solid reducing material and ensure uniform and controllable material supply.

The invention discloses a manufacture method of a microchannel heat exchange body of a heat exchanger, belonging to the technical filed of heat transfer and heat exchange. The manufacture method comprises the following steps of: obtaining a set of optimized refrigeration media and a hydraulic diameter of a working fluid microchannel by calculation and analysis based on the use condition of a heat pump system, then respectively machining and forming the refrigeration media, the working fluid microchannel and a baffle plate layer, carrying out surface treatment, and separating and overlaying a refrigeration media layer from a working fluid microchannel layer through baffle plates to form a plurality of microchannel units; increasing both the temperature and the pressure after placing the overlaid microchannel units in a vacuum cavity to generate atomic diffusion on the surfaces of the refrigeration media layer, the working fluid microchannel layer and the baffle plate layer until atoms are combined into a whole with a homogeneous structure. The heat exchanger applying the manufacture method has higher heat exchange efficiency than the traditional products.

The present application discloses a zinc-silver secondary battery diaphragm, a preparation method thereof and a zinc-silver secondary battery. The zinc-silver secondary battery diaphragm is formed by embedding a quaternized polymer anion exchange membrane with a porous filler. The porous filler Including at least one of inorganic oxides and metal-organic frameworks; the amount of the porous filler is 0.5%-20% of the weight of the quaternized polymer anion exchange membrane, and the pore size of the porous filler is less than 2nm. The zinc-silver secondary battery separator of the present application can not only suppress the loss of the active material of the positive electrode, but also prevent silver ions from passing through the separator to form dendrites at the negative electrode and cause a short circuit, thereby improving the cycle stability of the battery and prolonging the service life of the battery ; At the same time, it can also rectify the ion flow of hydroxide to make it evenly transmitted, ensuring that the zinc oxide on the electrode plane is transferred to Zn(OH) 4 2‑ The conversion is carried out uniformly, and its local aggregation is inhibited, thereby inhibiting the growth of zinc dendrites and ensuring the normal operation of the battery.