116results about How to "Avoid remixing" patented technology

The invention relates to a method and device for separating and purifying vanillin by comparting wall tower to reduce pressure and continuous distillation. A vertical wall which is arranged in the middle and lower part of a distillation tower divides the tower into four areas, which are area one, area two, area three and area four. The coarse ethyl vanillin waiting to be separated, is put in from the middle and upper part of the area two which mainly finishes the separation of ethyl vanillin from the heavy components; the area three is the area in which ethyl vanillin is separated from light components, and the pure components ethyl vanillin is obtained from the lateral line in the middle and lower part of the area three; the area one is the public distillation section of the area two and the area three, and the light components is obtained from the top of the area one; the area four is the public distillation section of the area two and the area three, and the heavy components is obtained from the bottom of the area four. The single column continuous distillation of coarse ethyl vanillin is realized and high-purity ethyl vanillin is obtained from the lateral line. The invention overcomes the disadvantages of the high demand for equipment in the molecular distillation, and high energy consumption and low yield in the double tower pressure reduction continuous distillation method, and has the advantages of 'low invest, low energy consumption, high yield and high purity', large spreading and applying value and high social and economical benefits.

The invention discloses pipeline flow deflector type oil-water separator and a water removing device thereof. The pipeline flow deflector type oil-water separator comprises a liquid inlet pipe segment, a gradually-expanding pipe segment, a rotational flow generating pipe segment and a water removing pipe segment which are connected in sequence, wherein the rotational flow generating pipe segment comprises a rotational flow pipeline and more than two flow deflectors which are fixedly and obliquely arranged in the rotational flow pipeline; when an oil-water mixed liquid flows through the flow deflectors, a centrally-symmetrical rotational-flow field is formed, so that oil and water are separated centrifugally; the water removing pipe segment comprises a water removing pipeline; the water removing pipeline is provided with an oil inlet and an oil outlet; and the oil removing pipeline is provided with over one group of water removing holes along the axial direction of the pipe. Due to the adoption of the oil-water separator, the symmetric stability of the rotational flow field can be improved, an oil-water separating technology is improved, the utilization ratio of an underground oil-water separator space is increased, and a good industrial application prospect is achieved.

The invention relates to a liquid drop micro-fluidic chip used for detecting the diabetes with high sensitivity and a detection method, and belongs to the technical field of microfluidics. The liquiddrop micro-fluidic chip sequentially comprises a cover glass layer 20, an upper fluid passageway layer 30, a lower fluid passageway layer 40 and a base layer 50; and a liquid drop micro-fluidic chip based high sensitivity diabetes detection device comprises a high pressure liquid phase chromatographic pump 2, a sample inlet valve 3, the liquid drop micro-fluidic chip 6, a deuterium lamp and a halogen tungsten lamp source 10, an ultraviolet-visible light spectrometer 11 and data processing software 13. The provided micro-fluidic chip is small in size, low in cost and simple in operation, and isfavorable for real-time detection on the site. The high sensitivity diabetes detection method is not only suitable for the high sensitivity detection of a sample HbA1c, but also suitable for detection of biomacromolecules like polypeptide, nucleic acid and protein.

The invention discloses a gravel multi-stage screening machine for building construction. The machine comprises a bottom plate, wherein, supporting legs are fixed to the bottom of the bottom plate, a screening shell is fixed to the top of the bottom plate, a primary screening mechanism and a secondary screening mechanism are sequentially arranged in the screening shell from top to bottom, the primary screening mechanism comprises a second mounting frame and a first mounting frame, the second mounting frame is fixed to the inner wall of one side of the screening shell, the first mounting frame is fixed to the inner wall of the other side of the screening shell, a first screening plate is jointly slidably arranged between the cavity inner wall of the second mounting frame and the cavity inner wall of the first mounting frame, and the first screening plate is obliquely arranged. According to the machine, by arranging the primary screening mechanism and the secondary screening mechanism, the effect of carrying out multi-stage screening on gravel is achieved, meanwhile, screening holes can be prevented from being blocked, and therefore the screening efficiency is indirectly improved, and the working efficiency is improved.

The invention discloses a quick construction waste separating device beneficial for environmental protection. The quick construction waste separating device comprises a box body, a feeding port is arranged at the center of the upper wall of the box body, and an upper cover is installed on the outer wall of the upper portion of a feeding hopper; a fixing block is arranged at the center of the bottom of the box body, a motor is installed on the fixing block, a motor protection cover is arranged on the outer side of the motor, and the motor is connected with a rotating rod through a coupler; andan outer gear is connected to the outer wall of the top end of the rotating rod in a sleeving mode, the rotating rod is connected with an inner gear through an outer gear in an engaged mode, the innergear is inlaid to the center of the bottom of a rotating disc, the rotating disc is connected with the side wall of the box body in a matched mode through a groove, and the rotating disc is providedwith discharging ports. According to the quick construction waste separating device beneficial for environmental protection, the motor and the rotating disc are arranged, construction wastes with different components have different weights according to the centrifugal force principle, that is to say, the wastes can rotate under driving of the motor when the wastes fall into the rotating disc, theconstruction wastes made of different materials can fall into the different discharging ports, and then quick separating work is achieved.

The invention discloses an experimental cell centrifugal extractor. A rotary drum is vertically arranged in a machine body; a plurality of test tube accommodating cavities on the same circumference are formed in the rotary drum; a mounting plate is horizontally arranged above the rotary drum and is coaxial with rotary drum; a plurality of test tube sealing elements are arranged on the outer circumference of the mounting plate; a storage tube of the extractor is mounted on each test tube sealing element; the extraction end of the storage tube communicates with a test tube; one end of a plunger extends into the storage tube from the upper end of the storage tube, while the other end of the plunger is fixed with the mounting plate; and a driving mechanism is connected with the storage tube and used for driving the storage tube to move towards the plunger. According to the optimally designed experimental cell centrifugal extractor, the structure design is reasonable, on one hand, the test tube sealing elements on the mounting plate seal the open ends of test tubes to ensure that the test tubes cannot swing during centrifugation, on the other hand, the storage tubes extend into the test tubes after centrifugation to achieve in-situ extraction and separation, so that re-mixing, caused by taking out of the test tubes, of layered materials is avoided, and the separation effect is greatly improved.

The invention relates to an improved sewage separation device, which includes a cyclotron body and a collection body. The lower end of the cyclotron body is connected to the collection body, the side wall of the cyclotron body is provided with a plurality of water inlets, the center of the cyclotron body is provided with a water outlet pipe, the top of the water outlet pipe is communicated with a top cap of the cyclotron body, the periphery of the water outlet pipe and the inner wall of the collection body are all equipped with microporous water collectors, and the bottom of the collection body is equipped with a sewage discharge port. The improved sewage separation device provided by the invention utilizes high speed rotation of the cyclotron body to separate condensed water and impurities between condensed water, the impurity separated condensed water can be pumped out through the water outlet pipe in the cyclotron body from the top cap of the cyclotron body, and impurities can be precipitated in the collection body.

The invention relates to a rotational flow stopping block type pulverized coal concentrator which comprises a cylinder body, a tangential inlet channel, a rotating blade, a double-cone stopping block, a bypass flow stopping ring, a bearing, an inner primary air channel and an outer primary air channel, wherein pulverized coal airflow enters the cylinder body from the tangential inlet channel, rotates by the rotation blade, and then collides with the double-cone stopping block. Pulverized coal concentrates on a wall surface of the cylinder body under effect of centrifugal force and collision to form thin pulverized coal airflow close to the bearing and thick pulverized coal airflow close to an outer wall of the cylinder body, the thin pulverized coal airflow and the thick pulverized coal airflow are respectively sent to the inner primary air channel and the outer primary air channel. The principle of centrifuging and colliding is comprehensively utilized, so that the pulverized coal airflow is concentrated into an outer thick airflow and an inner thin airflow, concentration efficiency of the pulverized coal is improved, and a pulverized coal concentration mode of being thick outside and thin inside is formed by a ring-shaped bypass flow stopping plate and matched with radial thick-thin combustion technology to achieve high-efficiency and low-pollution combustion.

The invention discloses an industrial shrimp shell filtering machine. The industrial shrimp shell filtering machine comprises a machine frame, a water tank, a water inlet pipe arranged in the water tank, a filtering roller arranged below the water tank, a shrimp meat guiding groove formed in one side of the roller and a shrimp shell discharging groove formed below the roller, wherein the water tank consists of four side plates and a bottom plate; one of the side plates is an overflow plate of which the upper edge is lower than that of other side plates, and the overflow plate is bent outwardsto form an arc shape; the arc-shaped plate is located above the filtering roller; the filtering roller is connected with a motor; the shrimp meat guiding groove is formed in a position at the lower part of one side of the filtering roller; and the guiding-out direction of the shrimp meat guiding groove is used as a forward direction, the motor is transmitted to drive the filtering roller to rotatebackwards along the upper part of the motor, so that impurities are separated from the materials, and remixing is avoided.

The invention relates to a cooling liquid recovery process for a six-axis grinding machine. The process comprises a workpiece grinding process, a cooling process and an impurity screening process, wherein the impurity screening process comprises the following steps: 1, gathering wastewater; 2, quantitatively dropping the wastewater; 3, shaking off impurities by oscillation; 4, outputting scrap iron; 5, outputting clean water; 6, outputting millstone particles; and 7, recycling clear water. The technical problems that scrap iron and millstone particles cannot be discharged in time, consequently, the water flow is low, output of much water cannot be achieved, and nearly equal amount of water circulates and flows back in time are solved.

An apparatus (100) for processing reproducible data comprises a receiving unit (103) adapted to receive reproducible data in a given order, and a processing unit (104) adapted to generate altered reproducible data by altering at least one property of received reproducible data in an at least partially random manner, wherein the alteration of at least one property is perceivable by a human sense when the altered reproducible data are reproduced in the given order.