32results about How to "Reduce serious damage" patented technology

The invention relates to a Schlemm tube expansion bracket and a combined body of the Schlemm tube expansion bracket. The expansion bracket is a hollow cylindrical shell; the cylindrical surface is formed by a continuous round curve loop bent and folded from an alloy wire; the surface of the alloy wire is coated with a coating of 10-50 microns, and the coating comprises an adhesive bottom layer and a drug layer. The tube expansion bracket disclosed by the invention can reduce the damage to the wall of a Schlemm tube, reduces restenosis and multiplication occurrence rate of a cavity of the Schlemm tube, and has good soft performance. The Schlemm tube expansion bracket disclosed by the invention can effectively and lastingly release the drug on a narrow lesion site, and guarantees local precise drug delivery of a target lesion point while reducing a serious damage on the wall of the Schlemm tube caused by the bracket wall, and therefore, the restenosis occurrence rate of the Schlemm tube can be effectively reduced, thereby achieving the purposes of promoting aqueous humour discharge, reducing intraocular tension and treating glaucoma.

The invention discloses a cement and sandy soil mortar prepared from engineering muck instead of natural sands, and a preparation method and an application thereof. The preparation method comprises the following steps: drying and grinding waste engineering muck taken from the construction site, sieving and mixing the dried and ground waste engineering muck to form reclaimed engineering muck, and adding the reclaimed engineering muck and natural sands into a mortar stirrer according to a certain ratio in order to form a sand mixture; pouring water and cement into the mortar stirrer, adding a part of the sand mixture and a part of a water reducing agent, and performing uniform stirring; and adding the remaining sand mixture and the remaining water reducing agent, and performing uniform stirring to prepare the cement and sandy soil mortar prepared from engineering muck instead of natural sands. The preparation method provided by the invention has the advantages of realization of full utilization of a large amount of the engineering waste much through a reasonable proportioning ratio of materials, saving of river sand resources, protection of the ecological environment, reduction of the production cost and the under the engineering muck treatment cost on the premise of ensuring excellent working performances and mechanical performances of the sandy soil mortar, and excellent economic and social benefits.

Systems and methods are disclosed for detecting and mitigating temporary high-level impairments, in a communications channel, and subsequently, mitigating the deleterious effects of the dynamic impairments. The system includes a transmitter and a receiver. The transmitter is adapted to transmit at least one set of modulated signals. The receiver is adapted to receive the at least one set of modulated signals and mitigate temporary high-level impairment in the at least one set of modulated signals using at least one error vector received during the temporary high-level impairment.

The invention discloses an illite / montmorillonite mixed-layer clay sterilization suspending agent, which is prepared from the following raw materials in percentage by weight: 40-70 percent of illite clay mineral, 15-40 percent of montmorillonite clay mineral and 5-30 percent of inorganic sterilization additive. Since the raw materials are natural nanomaterials which have the performance of permanent suspension property and dispersibility, and copper sulfate, carboxymethyl cellulose and alkyl quaternary ammonium salt powder are added, the unique dispersibility and strong suspension property of the clay micro / nano level powder in water are kept, and the sterilization capacity is also achieved. The inorganic suspending agent has the characteristics of high efficiency, low toxicity, environmental friendliness and safety, the suspension rate reaches over 90 percent, the dispersibility and the suspension property of the pesticide can be kept for long time, the problem of super-standard pesticide caused by the conventional organic suspending agent is solved, and pollution to environment and serious injury to human bodies caused by pesticide residue in crop products can be effectively reduced.

The invention relates to a device, for creating a rat spinal-cord blast injury model, in the field of medical experimental apparatus. The device comprises a baseplate (1), support columns (2), a blast source support rod (3) and an animal box (5). The support columns (2) are fixed on the baseplate (1), the blast source support rod (3) is mounted on the support columns (2), and the animal box (5) is mounted on the support columns (2) through an animal box support rod (4). A groove (7) is formed in the baseplate (1), and a gap (8) is formed in the groove (7). A sensor probe is arranged at the bottom of the gap (8). A groove (7) and a gap (8) corresponding to the baseplate (1) are formed in the box bottom (15) of the animal box (5). By the device, the defects that accurate blasting of target positions cannot be realized by existing spinal-cord blast injury models and experiment accuracy and overall controllability are poor are overcome; the device is simple to operate, good in actual control and capable of accurately controlling injuries of the target positions.

The invention provides a method and device controlling vehicle overload and a vehicle, and belongs to the technical field of vehicles. The device comprises an alarm device, distance sensors, travel switches, time relays and a central control unit; the alarm device is arranged on the vehicle; each distance sensor is arranged on one suspension of the vehicle and used for measuring the distance value between the suspension where the distance sensor is located and a vehicle floor; each travel switch is arranged on one suspension of the vehicle and is turned off when the distance value measured by the corresponding distance sensor is smaller than a first threshold value; each time relay is connected with one travel switch and used for keeping the turn-off time of the corresponding travel switch; the central control unit is used for controlling the alarm device to give an alarm when the timekeeping time of one or more time relays is larger than a second threshold value. By means of the technical scheme, vehicle overload can be avoided.

The invention belongs to the technical field of metallurgy production equipment design and manufacturing, and discloses a rod mill, in particular a rod mill used for calcium roasting clinker grinding. The rod mill for the calcium roasting clinker grinding is convenient to replace, and serious damage to an abrasive cylinder by a grinding system can be effectively lowered. The rod mill comprises the abrasive cylinder and abrasive components arranged in the abrasive cylinder. The rod mill further comprises an integrated quick-disassembly type interior lining panel; and the grinding inner wall of the abrasive cylinder is protected through the integrated quick-disassembly type interior lining panel.

The invention relates to a plastic template, which comprises an upper surface layer, a lower surface layer and an intermediate core layer, wherein, the upper and lower surface layers are manufacturedaccording to the following steps: magnesium hydroxide powder is treated with r-aminopropyl triethoxysilane in a high speed mixing machine; the treated magnesium hydroxide is evenly pre-mixed with atactic polypropylene, antimony trioxide, decabromodiphenyl oxide, benzoyl peroxide, calcium stearate, barium stearate, zinc oxide, bis(2,4-dicumylphenyl)pentaerythritol diphosphite in proportion in the high speed mixing machine; the magnesium hydroxide is extruded on a double screw rod extruding machine, cooled in water and granulated; the intermediate core layer is manufactured by adding 1 percent (weight) of AC foaming agent and 2 percent (weight) of silicone oil into the recycled polypropylene through the conventional method. The invention has the advantages that the price of the raw materialis inexpensive, the production efficiency during the production is high, the labor intensity is low, the energy consumption is low and the production cost is low; the product can be repeatedly used, the maintenance is not required, and the product can be completely recycled after being rejected during the construction.

The present invention relates to the field of biotechnology, in particular to a rectifying potassium channel protein outside of Triticum aurantiae, and its encoding gene and application. The present invention clones the outer rectifier potassium channel protein EeSKOR of R. longa, and its amino acid sequence is shown in SEQ ID NO.1. In the present invention, it is found that EeSKOR can increase the biomass and plant height of plants in a high-salt environment, and over-expression of the EeSKOR gene under salt treatment significantly reduces the H content of transgenic tobacco plants. 2 O 2 and MDA content, increased SOD activity and chlorophyll content, significantly decreased Na in transgenic plants + concentration, increasing its K in the body + concentration. EeSKOR can be used to improve the growth performance of plants under high salt stress and improve the salt tolerance of plants, which is of great significance for the cultivation of new varieties of salt-tolerant plants.

The invention relates to a fabricated double-layer steel plate swinging wall with ductility energy consumption connecting pieces, which is used for energy consumption and shock absorption of a frame structural building in an earthquake. The swinging wall disclosed by the invention structurally is formed by a double-layer steel plate wall, a main body frame structure, the ductility energy consumption connecting pieces, a wall bottom hinged support, a flexible filling material and a lateral positioning bolt. The double-layer steel plate wall is connected with the main body frame structure by adopting the fabricated ductility energy consumption connecting pieces, so that energy consumption capacity of the structure under the earthquake is reinforced; the wall bottom hinged support is arranged at the bottom of the double-layer steel plate wall, so that swing performance is sufficiently guaranteed; a strip bolt hole is formed at the position on a wall body, which is in parallel to a frame beam, and the wall body is connected with the frame beam by the lateral positioning bolt, so that a horizontal displacement of the top of the double-layer steel plate wall and a horizontal displacement of the frame beam are guaranteed to be the same; sections of the double-layer steel plate wall are connected by bolts; holes need to be opened at corresponding positions on a floor, where the double-layer steel plate wall is inserted into the floor, and the flexible material is arranged between the floor and the double-layer steel plate wall, so that direct collision between the floor and the double-layer steel plate wall is prevented.