10results about How to "Fast regeneration" patented technology

This invention relates to a method for synthesizing an acid-base indicator from cellulose. The method involves mixing a cellulose raw material with a non-volatile acid, heating and carbonizing the mixture in high-temperature air, washing the carbonized material with water, neutralizing the suspension with alkali, filtering to remove inorganic salts, and evaporating the water to obtain the acid-base indicator. The cellulose raw material is cellulose and / or materials containing cellulose, and the non-volatile acid includes one or more of sulfuric acid, phosphoric acid, perchloric acid, benzenesulfonic acid, p-toluenesulfonic acid, and benzoic acid. This invention utilizes non-toxic, harmless, and low-cost cellulose as a raw material to prepare the acid-base indicator through a simple and environmentally friendly production process. The synthesis technology has advantages such as low raw material price and easy availability, simple preparation process, no environmental pollution, and easy product separation.

The present invention discloses a dual-condensation variable frequency adaptive dehumidifier, which relates to the technical field of dehumidifiers. The present invention includes a machine body, and also includes: a variable frequency control unit, which is used to perform variable frequency control on the operation of the machine body, and the variable frequency control unit includes a humidity sensor and a controller fixedly installed on the machine body; a dehumidification unit, which is used to perform dehumidification treatment, and the dehumidification unit includes a sealing plate fixedly installed in the machine body, and a fixed ring is installed in the sealing plate for sealing and rotation, and a dehumidification wheel is fixedly installed on the inner wall of the fixed ring. The advantage is that the present invention can automatically switch the regeneration mode by using the speed change of the dehumidification wheel, and at the same time adjust the size of the dehumidification area and the regeneration area, so that the dehumidification wheel has a faster regeneration speed and a larger dehumidification area when rotating at a high speed, thereby ensuring that it can perform long-term and effective rapid dehumidification treatment in a high humidity environment.

This invention discloses a preparation process for paper boxes used for food preservation and the resulting food preservation paper box, belonging to the field of packaging product technology. This invention constructs a dynamic covalent bond gradient interface and forms a strong anchoring-weak cohesive gradient structure by regulating the binding energy between fibers and functional layers, achieving a low fiber damage rate after multiple paper box cycles. A functional adaptation layer is simultaneously applied at the outlet of the paper machine's drying section, utilizing the water layer adsorbed on the fiber surface to achieve synergistic anchoring of interpenetrating network physical entanglement and chemical grafting. The core paper is micro-injected using hot press rollers, with molten chitosan-PEG graft material encapsulating softened PLA particles at 130°C, rapidly forming a mechanical interlocking structure within 2 seconds. Multi-scale synergistic slow release is achieved through spatial separation of modular slow-release tablets and electrostatically flocked citric acid. When humidity is triggered, water acts as a proton conductor at the interface, avoiding pre-reaction. Diatomaceous earth channels adsorb some NaClO2, forming a secondary release reservoir and extending the peak release time.

The invention relates to the field of A61K8 / 00, in particular to a composition for promoting rapid growth of hair and application of the composition. By adopting the specific amino acid composition, the physiological active component, the plant source glucoside, the protein hydrolysate, the diguanide tetraphosphate and the anti-inflammatory agent, through the synergistic effect of all the active raw materials, the provided composition for promoting rapid growth of hair is added to prepare hair washing and hair care products, and the hair washing and hair care products are applied to people with alopecia to use or treat the alopecia. Hair stem cell stimulation and rapid hair follicle regeneration are effectively induced, scalp aging is prevented, the treatment effect is remarkable, and no obvious side effect exists.

The invention relates to stem cell-derived engineered nano-vesicles (e-NVs) for promoting hair growth, the engineered nano-vesicles are prepared from stem cells through engineering induction, apoptosis induction and programmed serial extrusion processes in sequence, and an inducer used for engineering induction is 3, 3 '-diindolylmethane. The particle size of the engineered nano vesicle is mainly distributed in a range of 50-300 nm, the polydispersity coefficient is 0.05-0.20, and the expression proportion of phosphatidylserine is 40%-50%. The rice vesicles can effectively improve the hair follicle microenvironment, adjust the hair growth cycle, promote proliferation and differentiation of hair follicle stem cells and remarkably increase the hair regeneration rate of androgenetic alopecia model mice, and a safe, convenient and efficient clinical strategy is provided for hair regeneration treatment.

The invention discloses hydrogel containing 7-amino acid phosphorylated peptide and application of the hydrogel in neural restoration. The hydrogel comprises acellular matrix hydrogel, 7-amino acid phosphorylated peptide, 7-amino acid phosphorylated peptide, 7-amino acid phosphorylated peptide and 7-amino acid phosphorylated peptide, and a 7-amino acid phosphorylated peptide supported in the acellular matrix hydrogel. The 2, 7-amino acid phosphorylated peptide can play a multi-dimensional regulation role in nerve injury microenvironment remodeling, realizes dynamic targeted regulation of peripheral nerve injury microenvironment, and promotes rapid regeneration and recovery of injured peripheral nerves.

The application discloses a low-density corrosion-resistant thin-gauge high-aluminum medium-manganese steel, and chemical components and mass percentages of the low-density corrosion-resistant thin-gauge high-aluminum medium-manganese steel include the following: C: 0.1-0.4%, Mn: 3-12%, Al: 2-5%, and the balance of Fe and inevitable impurities. The application has the advantages that a stirring friction processing method is used to introduce a microstructure feature of a phase and a grain size in a matrix in a gradient distribution into the medium-manganese steel, so that the surface modification purpose is achieved, and then the corrosion resistance is effectively improved.

The invention discloses a PP-BST3-x implant as well as a preparation method and application thereof, and belongs to the technical field of medical materials. According to the method, oxygen vacancies (BST3-x) are constructed on the surface of strontium ion doped barium titanate, so that electron movement in the material is enhanced under an ultrasonic condition, electron holes are easier to separate, the reaction between electrons and surrounding substances is accelerated, and the ROS generation efficiency is improved. In addition, according to the PP-BST3-x implant prepared by the invention, on one hand, macrophages can be polarized through potentials, so that inflammation is inhibited; on the other hand, Sr release can be adjusted through ultrasound, then osteoclast differentiation in the infection environment is inhibited, double-path osteogenesis is achieved, the high osteoclast environment brought by the bacterial microenvironment is improved while bacteria are inhibited, the bone regeneration speed is increased, the bone healing capacity is accelerated, and the recovery time of a patient is shortened.

The application discloses a gel inclusion compound for aromatic amino acid adsorption removal and a preparation method thereof. The method comprises the following steps: firstly, preparing a functionalized cyclodextrin through a substitution reaction; then, dissolving the functionalized cyclodextrin and a ligand compound in a benign solvent; and finally, preparing the gel inclusion compound through a solvent replacement self-assembly method. Specifically, the ligand compound ions are self-assembled with the functionalized cyclodextrin through coordination bonds to form a compound with a specific structure. After the addition of an inclusion compound molecule and a crosslinking agent, the crosslinking agent molecules replace the ligand compound ions in the original compound molecules, change the weak coordination bonds between the functionalized cyclodextrin molecules into stable covalent bonds while keeping the original specific structure, include the inclusion compound molecules, and finally form the gel inclusion compound. The gel inclusion compound prepared by the application has a porous three-dimensional network structure which can accommodate and fix guest molecules, and has adjustable mechanical properties and responsiveness to external environment, and can be used for the adsorption removal of aromatic amino acids.

This invention belongs to the field of water treatment technology, specifically disclosing a Fenton-like composite catalyst, its preparation method, and its application. The Fenton-like composite catalyst is prepared from the following components in parts by mass: 10-25 parts high-entropy spinel, 60-80 parts carbon support, 8-15 parts binder, and 1-2 parts pore-forming agent. The high-entropy spinel is a composite material composed of transition metal doped cobalt. The high-entropy spinel in this catalyst regulates the Co content through high-entropy configuration. 3+ The transition from low-spin to high-spin enhances the hybridization of Co 3d-O 2p orbitals, enabling ring-opening and chain breaking of pollutants such as benzene rings and heterocyclic rings. This invention's Fenton-like composite catalyst, used as a catalytic packing material in a fixed-bed reactor to remove pollutants from wastewater, constructs a gradient oxidation process. This allows different types of active species to synergistically cooperate within each gradient region, thereby achieving highly efficient degradation of various types of pollutants and significantly improving the utilization efficiency of reactive oxygen species.