88 results about "Treatment burden" patented technology

The invention provides a long-acting microsphere injection as an antidiabetic medicament, the long-acting microsphere injection comprises liraglutide, PLGA (poly(lactic-co-glycolic acid)), excipients and a surfactant, and the invention simultaneously relates to a preparation method of the injection. Liraglutide long-acting sustained-release microspheres provided by the invention are designed to perform subcutaneous injection once every 28 days, thereby greatly reducing treatment burden on a patient, improving medication compliance and reducing treatment cost; simultaneously, results of in vitro release studies, animal experiments and the like prove that the obtained sustained-release microspheres can slowly release a medicament for a long time in vitro and in vivo.

The invention discloses a mobile-Internet diversified cross-regional hospital treatment system, and the system relates to the medical field. The system comprises a cloud database, a data processing module, and terminal equipment. The invention also discloses a treatment method of the system. The system integrates the registration, information consultant, live telecast, instant messaging, cloud computing and big data of a conventional mobile medical platform, can integrate the resources of one region or a plurality of regional hospitals and doctors, promotes the doctors to improve the medical skill more quickly, to cooperate with each other in a better way and to provide better services for patients. Meanwhile, the system remarkably improves the operation efficiency of medical institutions, alleviates the treatment burden of patients, and improves the treatment efficiency.

A method is provided for reducing the treatment burden for patients who have an intraocular neovascular disorder, the method comprising administering a therapeutically effective amount of VEGF antagonist on a dosing schedule that includes treatment intervals of 8 and/or 12 weeks.

The invention discloses a process for pre-treating high-concentration phosphorus-containing wastewater to remove total phosphorus (TP) and a process system thereof, and in particular discloses to a process system for pre-treating high-concentration phosphorus-containing wastewater to remove TP through multi-point dosing based on a chemical method; the process system disclosed by the invention mainly comprises a sewage storage tank, an adjusting sedimentation tank, a first chemical reaction tank, a first high-efficiency clarification tank, a second chemical reaction tank, a second high-efficiency clarification tank, a buffer tank, a third chemical reaction tank, a third high-efficiency clarification tank, a coagulation mixing tank, solid-liquid separation equipment, a white mud concentrating and storing tank and a yellow mud concentrating and storing tank and is characterized in that chemical agents, such as calcium salt, acid, an oxidizing agent, a complexing agent and the like, are respectively added through the chemical method after high-concentration phosphorus-containing wastewater is aerated, homogenized and pre-oxidized in the sewage storage tank; oxidization reaction for many times, sedimentation reaction, and complexation coagulation reaction are realized; after solid-liquid separation is carried out for many times, the effluent TP is decreased from 2000 mg/L to about 10 mg/L; the removing rate is up to 99%; and pre-treated wastewater can be further subjected to biochemical treatment by entering a municipal pipe. The process system disclosed by the invention is capable of realizing resource recovery, effectively removing the phosphorus content in wastewater and greatly reducing the treatment burden of municipal wastewater.

The invention discloses a method for displaying a background task message. The method comprises the steps of monitoring a background task, and displaying a small prompt window of a to-be-read message in a specific area of a foreground task interface when the to-be-read message reaches in the background task; obtaining a complete to-be-read message from the background task when receiving an instruction of triggering the small prompt window; and displaying a large floating window at the front end of the foreground task interface and displaying the complete to-be-read message in the large floating window. The invention further discloses a device for displaying the background task message. A terminal disclosed by the invention displays the large floating window comprising the complete message at the front end of the currently displaying foreground task interface after a user triggers the small prompt window, the terminal does not need to switch the background task corresponding to the message into the foreground for running, and an interface of a program which runs in the foreground at present is still displayed on the foreground task interface, so that the terminal treatment burden caused by program switching is avoided and the task switching operation process is simplified.

The invention discloses a process for reclaiming o-chlorobenzoic acid from mother liquor or waste water, which comprises that: alkalescent ion exchange resin or macroporous absorbent resin is loaded into an adsorption column; after conventional pretreatment, mother liquor of o-chlorobenzoic acid or waste water containing o-chlorobenzoic acid to be treated flows through the adsorption column, the adsorption temperature is controlled to be between 5 and 40 DEG C and the flow rate is controlled to be between 2 and 16 BV/h, and o-chlorobenzoic acid is exchanged or adsorbed on the resin; and after the resin is adsorbed by the adsorption column to saturation, 2 to 4 percent NaOH solution or KOH solution or an organic solvent of methanol, ethanol, acetone or aether and the like is used for desorption to generate sodium o-chlorobenzoic acid water solution or methanol, ethanol, acetone or aether water solution of o-chlorobenzoic acid, the flow rate is controlled to be between 1 and 3 BV/h and the temperature is controlled to be between 35 and 90 DEG C, and the methanol, ethanol, acetone or aether water solution of o-chlorobenzoic acid is distilled and separated to obtain the o-chlorobenzoic acid and the organic solvent. The reclaiming method is simple, the recovery rate of the o-chlorobenzoic acid reaches 92 to 96 percent, and the method has good economic benefit, reclaims the resources and simultaneously lightens the treatment burden of the waste water.

The invention discloses a method for preparing high purity superfine metal molybdenum powder, which comprises the following processing steps: (1) molybdenite powder is prepared to be in the shape of sphere or a block; pellets are dried; then, the dried pellets are conveyed in a high-temperature vacuum furnace to be decomposed in vacuum, and molybdenum powder, of which the content of nonferrous metal impurities and S are extremely low is obtained; (2) the spherical molybdenum powder obtained from step (1) is conveyed in an oxidizing-roasting unit and oxidizing roast is carried out, and high-temperature gaseous MoO3 is obtained; (3) the high-temperature gaseous MoO3 is filled in a reduction unit; the gaseous MoO3 is reduced by hydrogen used as a reducing agent, and high purity superfine metal molybdenum powder is obtained. The method solves the problems of the emission and the recovery of waste gas (SO2), synchronously utilizes two resources of molybdenum and sulfur, and avoids the integrated treatment burden and the related emission of SO2 discharged by oxidizing roasting molybdenum concentrate, thus reducing the emission and increasing the combined efficiency of resources.

The invention relates to textile field, especially relates to a towel producing technique, comprising following steps: combining 120S combed long staple cotton yarns and 10S combed long staple cotton yarns, then winding them to be bobbins; feeding the bobbins into a two-for-one twister to be twisted; winding the twisted yarns to be bobbin yarn, and weaving them to be grey cloth; dipping the grey cloth in the solution of a fading-boiling-bleaching combination machine, steaming, removing slurry and cotton yarn impurity; performing deoxidizing, dyeing, fermentation washing, softening, loose drying and sewing on the grey cloth to produce the towel. Filoplumes on the product surface are little since 120S combed long staple cotton yarns are used to double-twist and has a certain binding effect for disperse fabric on the surface of the yarn. The procedure of water soluble yarn removal is reduced, so that work intensity of workers is decreased, wastewater treatment burden is reduced, and environmental pollution is alleviated.

The invention relates to the field of textile printing and dyeing and in particular relates to a fabric dyeing wastewater treatment method. The treatment method comprises the following steps: collecting gray fabric wash liquid wastewater and wastewater produced in washing and pickling steps after rinsing, classifying and recovering dye residue liquid according to different dyes, collecting cleaning wastewater after dyeing, and treating the collected wastewater by adopting processes such as homogeneous adjustment, screen or filtering net filtration, air flotation, oxidization, biochemical treatment and advanced treatment performed in sequence. According to the technical scheme in the invention, the dyes can be recovered to the greatest degree, the wastewater treatment burden is reduced, recovery benefits are increased, the treatment cost is reduced, and good economic benefits and social benefits are achieved.

The present invention belongs to the field of sodium glutamate waste liquid treatment in biological fermentation industry, and discloses a sodium glutamate fermentation waste liquid treatment process, which comprises: (1) preparing a sodium glutamate-containing fermentation broth, (2) filtering, (3) carrying out decolorizing, concentration and primary crystallization, (4) carrying out secondary crystallization, (5) carrying out sewage treatment, and (6) preparing the feed. The treatment process of the present invention has characteristics of substantial production cost reducing, simple production process operation, wastewater treatment burden reducing, good economic benefit achieving, and good environmental protection benefit achieving.

The invention relates to a system and a method for treating gases containing VOC and in particular relates to a system and a method for treating gases containing VOC. According to the system and the method, any oxidant does not need to be added, and the treatment cost is low. According to the device, molecular bonds of organic compounds are broken by utilizing a local high-temperature high-pressure environment generated during nanoscale bubble bursting, and the aim of degrading the VOC in the gases is achieved. According to the system and the method, any oxidant does not need to be used in the VOC degradation process, and only water is needed to take participate in the total decomposition process; and moreover, the recycled water can participate in the treatment process of the gases containing the VOC again in a circulation water device through the steps such as filtering, and loss is avoided. Due to the absence of the other oxidants, the influence on the environment and a human body is avoided, and the treatment burden of a discharger is greatly alleviated.

The invention provides a lanreotide long-acting injection microsphere preparation, which is prepared from the following raw materials in part by weight: 10 to 400 parts of lanreotide or salt thereof, 100 to 4,000 parts of polylactic acid-glycolic acid copolymer, 0.1 to 50 parts of stabilizer, 50 to 5,000 parts of excipient and 0.1 to 200 parts of surfactant. The invention also provides a preparation method for the lanreotide long-acting injection microsphere preparation. The lanreotide long-acting injection sustained-release microsphere preparation is subjected to subcutaneous injection once every two months, one conventional treatment course only needs two times of medication, and the preparation greatly relieves the treatment burden of patients, improves the medication compliance and reduces the treatment cost; and the preparation method has the advantages of simple process, low production cost and easy popularization.

The invention discloses a municipal rainwater regulation and storage system, and relates to the field of rainwater treatment. The system comprises a storage pond and a purifying device; the purifyingdevice divides the storage pond into a water storage pond and a water discharging pond; a cover plate covering the water discharging pond and the purifying device is arranged on the storage pond; a supporting rod is vertically arranged in the reservoir; the outer wall of the supporting rod is slidably connected with a sliding pipe; the outer wall of the sliding pipe is slidably connected with a sliding sleeve; a cleaning device is arranged in the water storage pool and comprises a plurality of mounting rods connected end to end; sleeve pipes are arranged on the mounting rods; scrapers are arranged on the sleeve pipes; intercepting plates are arranged on the edges of the scrapers; pull rods are hinged to the sides, deviating from the water storage pond, of the scrapers; and the upper ends of the pull rods are hinged to sliding sleeves. The municipal rainwater regulation and storage system has the following advantages and effects that attached impurities on the inner wall of the water storage pond are stripped in time through the cleaning device, and the treatment burden of the purification device is reduced; meanwhile, the rainwater treatment effect and efficiency are improved, andrainwater is treated more thoroughly.

The invention provides a tetrahydropyrimidine extraction process. The tetrahydropyrimidine extraction process mainly comprises the steps of pretreatment, tetrahydropyrimidine dissolution, decolorization, electrodialysis desalination, concentration, ion exchange, concentration, freezing crystallization and the like. As the cell disruption pretreatment method is adopted, tetrahydropyrimidine can be dissolved out to a great extent; as activated carbon is used for decolorization and ion exchange resin is used for purification, most proteins, colloids and other impurities in the solution can be removed while pigments are removed through decolorization by activated carbon, and accordingly, the follow-up treatment burden is relieved to a great extent; and only through the one-step electrodialysis desalination process, high-purity tetrahydropyrimidine crystals can be obtained and the production technology is greatly simplified.

The invention discloses a three-product axial magnetic-field magnetic cyclone for magnetite separation and classification. The separation of coarse grain intergrowth bodies and magnetite is completedinside the novel magnetic cyclone, thereby on the one hand, avoiding over-grinding caused by the fact that magnetite ore grains with dissociation of some monomers and qualified granularity enter settled sand of the cyclone and then serve as returned sand, and on the other hand, reducing the subsequent treatment burden of a fine screen through separation of the coarse grain intergrowth body and themagnetite, reducing the burden of the fine screen technology, and even omitting the fine screen link. During the fine selection of magnetite, the magnetic cyclone can be used for replacing a magneticgravity separation column or a reverse flotation process, removes a large amount of fine mud and intergrowth bodies, and improves the grade of iron ore concentrate. The magnetic cyclone is provided with three discharging ports which are respectively corresponding to magnetite, coarse grain intergrowth bodies and fine mud. In the separation process, the magnetic cyclone can remove a large amount of fine mud in the magnetite, also can achieve the separation and classification, and shortens the ore dressing technological process on the whole.

The invention relates to a chemical recycling method for treating phosphorus-containing wastewater from electrode foil production and belongs to the fields of chemistry, environmental engineering and industrial wastewater treatment. The technical problem to be solved is to recover phosphorus in the phosphorus-containing wastewater by using a recovery agent as a raw material. The main points in the technical scheme is as below: adjusting the pH, adding the recovery agent, separating reaction precipitates and conducting multiple-step washing on the separated solid phase to obtain the recovery object; and carrying out biochemical treatment on the liquid phase after recovery, so that the phosphorus content of the liquid phase reaches the national discharge standard. Compared with the prior art, the chemical recycling method for treating phosphorus-containing wastewater from electrode foil production provided by the invention has the characteristics of recovery of resources, reduction in the biochemical treatment burden, improvement of treatment efficiency and avoiding of secondary pollution, and can realize the large-scale treatment. Therefore, the method for treating phosphorus-containing wastewater from electrode foil production is simple, efficient, energy-saving and environment-friendly, and reaches comprehensive utilization of resources.

The invention discloses a high-temperature tail gas purification treatment system which comprises a tail gas condensation subsystem, a cold water preparation subsystem and a back flush subsystem. The tail gas condensation subsystem comprises a condensation main body with an air inlet and an air outlet, a cooling pipeline and a flushing device are arranged in the condensation main body, the cold water preparation subsystem is communicated with the cooling pipeline to supply cooling water, and the back flush subsystem is communicated with the condensation main body and the flushing device to collect condensation water generated in the tail gas condensation process and deliver filtered condensation water to the flushing device; that is to say, high-temperature tail gas firstly passes through the cooling pipeline to be condensed, dust and pollutants are separated out, the condensed wastewater can be collected and recycled by the back flush subsystem to be delivered to the flushing device after being filtered to be continuously recycled and reused, the temperature, humidity and dust and dirt content of treated tail gas are all obviously reduced, the subsequent treatment burden of the tail gas is reduced, the tail gas treatment efficiency is improved, and secondary pollution caused by the tail gas is effectively controlled.

The invention discloses a method for treating wastewater with benzoic acid and belongs to the technical field of water treatment. The method comprises the following steps: firstly, adding an iron ion additive into wastewater with benzoic acid, adjusting the pH value to be weak acidity by using chemicals, further adding activated carbon, performing filtering separation so as to obtain a filtered liquid of which the content of the benzoic acid is reduced, and introducing a transition liquid into a later water treatment system for treatment. As the iron ion additive is adopted to complex the benzoic acid, and the activated carbon is added for filtering separation, the content of the benzoic acid in the wastewater is remarkably reduced, the treatment burden of the later water treatment system is alleviated, the treatment cost is lowered, and the environment can be protected.

A purpose of the present invention is to provide a method for treating caprolactam oximation wastewater, wherein the used equipment comprises an adjustment pool, a strong oxidation pool, a fixed bed reactor and a biochemical treatment system. According to the method, caprolactam oximation wastewater enters the pH value adjustment tank and is subjected to pH value adjustment, the adjusted wastewater enters the strong oxidation pool and is subjected to oxidation treatment, the treated wastewater is introduced into the fixed bed reactor and is subjected to further catalytic degradation, and finally the degraded wastewater is treated by the biochemical treatment system so as to achieve standard discharge. According to the present invention, the method is only used for the treatment of caprolactam device oximation process wastewater, the key is the selection of the strong oxidant and the fixed bed catalysis, the coloring organic matter in the oximation wastewater is subjected to targeted catalytic degradation, the COD and and the chrominance in the oximation wastewater are reduced, and the treatment burden of the biochemical system is reduced.

The invention relates to the technical field of accessory device for spraying paint exhaust gas treatment, and in particular, relates to a spraying paint exhaust gas adsorption treatment device. Whenan activated carbon adsorbent is saturated by adsorption, the activated carbon adsorbent can be desorbed and recycled, an adsorption tank has no need to be disassembled to replace the activated carbonadsorbent, and thus the use limitations are reduced; at the same time, the take-off pressure of a relief valve can be adjusted according to the actual situation, so that the pressure inside an adsorption chamber can be maintained constant well, and the flexibility can be improved; moreover, exhaust gas entering the interior of the adsorption chamber can be pretreated, so that large particles arereduced to directly enter the interior of the adsorption chamber, the treatment burden of the activated carbon adsorbent is reduced, and the use reliability is improved. The spraying paint exhaust gasadsorption treatment device includes a hot blower, a connecting plate, a first connecting pipe, a boiler, two groups of steam spray disks, a first steam pipeline, two groups of gas relief pipes, a valve body, an adjusting lead screw, a sealing slide plate, a rotating shaft, a rotating disk, four groups of supporting rods, an adjusting plate, a left limit rod, a right limit rod, a pressure regulating plate, four groups of supporting springs, a pretreatment box and multiple groups of initial effect filter plates.

The invention discloses a traditional Chinese medicine composition for treating a damp-heat type rheumatic fever.The traditional Chinese medicine composition is prepared from, by weight, 25-28 parts of coix seeds, 12-16 parts of rhizomes of Chinese atractylode, 5-8 parts of common curculigo rhizomes, 10-13 parts of cortex phellodendri, 4-8 parts of valerian roots, 7-10 parts of fourstamen stephania roots, 18-21 parts of talc, 10-14 parts of silkworm excrement, 13-16 parts of suberect spatholobus stems, 12-15 parts of rhizoma anemarrhenae and 8-12 parts of almond kernels.The invention further discloses a preparing method of the traditional Chinese medicine composition for treating the damp-heat type rheumatic fever.The prepared traditional Chinese medicine composition is remarkable in treatment effect on the damp-heat type rheumatic fever and can radically treat the rheumatic fever, and relapse is not likely to occur after a patient is cured; the traditional Chinese medicine composition is free of toxic or side effects, simple in prescription, low in price and capable of relieving the treatment burden of the patient.

The invention discloses a treatment system for high-carbon-and-nitrogen wastewater. The treatment system for the high-carbon-and-nitrogen wastewater comprises a regulating pool, a lifting pump, a coagulative precipitation pool, a hydrolysis-acidification pool, another lifting pump, an IC (internal circulation) reactor, a two-stage contact oxidation pool, a secondary precipitation pool, a sludge concentration tank, a mud pump, a plate-and-frame filter press, a sludge reflux pump, a sludge outward transport cart, a reflux pump and a fan room, wherein the high-carbon-and-nitrogen wastewater passes through the coagulative precipitation pool to be subjected to pretreatment, so as to decrease the concentration of a water quality, and to reduce the treatment burdens of subsequent units; the hydrolysis-acidification pool intercepts non-dissolved-state organic matters in the wastewater and gradually converts the non-dissolved-state organic matters into dissolved-state organic matters, macromolecular sSubstances are converted into micromolecular substances, so that the biodegradability and the degradation speed of the wastewater are obviously improved, and the subsequent biological treatment is facilitated. The treatment capacity to a high-concentration COD (chemical oxygen demand) and the advantage of converting organic nitrogen into ammonia nitrogen are effectively improved by utilizing a novel anaerobic reactor IC reactor; the two-stage contact oxidation pool further degrades the COD and converts the ammonia nitrogen, the nitrogen removal by denitrification is realized, and discharge water is enabled to be up to a state-specified discharge standard.