230results about How to "Maintain dynamic balance" patented technology

For extended long-post operation of a Steadicam(R)-type camera stabilizer while retaining static and dynamic balance throughout the entire range of post sizes and various component weights, the present invention is directed to an arrangement of telescoping posts, component positioning hardware, electrical wire retracting hardware, and optional hardware to augment rigidity.

Disclosed is a washing machine having ball balancers, which adjust a relation between a gap, between the inner wall of a racer of each of the ball balancers and balls, and viscous oil, so as to reduce the vibration and noise of the washing machine. Each of the ball balancers of the washing machine includes balls and viscous oil accommodated in a racer, and the viscosity of the viscous oil is varied in proportion to a gap between the racer and the balls. When the viscosity of the viscous oil is 1˜100 cSt, the gap is set to 0.5˜1.0 mm, when the viscosity of the viscous oil is 100˜380 cSt, the gap is set to 1.0˜2.0 mm, and when the viscosity of the viscous oil is 380˜1,000 cSt, the gap is set to 2.0˜3.0 mm. Thereby, the relation between the gap and the viscous oil is optimized, and the ball balancers effectively exhibit a balancing function and thus minimize the vibration and noise of the washing machine.

Disclosed is a antihypelipidemic and antihyperglycemic health food for preventing diseases including cardiovascular disease, diabetes, adjusting internal secretion, resisting osteoporosis and cancer, and beauty treatment. The raw materials include soybean powder 15-30 parts, pumpkin powder 15-30 parts, soybean isoflavones 0.5-1.5 parts, soybean saponin 2-5 parts, astragalus root 10-20 parts, wolfberry fruit 10-15 parts, kudzuvine root 10-15 parts, Chinese yam 10-15 parts, lotus plumule 6-10 parts, Siberian solomonseal rhizome 6-10 parts, cassia seed 6-10 parts, lily 5-8 parts, mulberry leaf 5-8 parts and ginseng 3-5 parts.

The invention discloses a pickled carrot preparing process and belongs to the technical field of preparation of the fermented food pickles. The process comprises the steps of A, carrot preprocessing; B, pickling water I and pickling water II preparation; C, circulating fermentation, wherein the processed vegetable obtained in the step A is fermented in the pickling water I obtained in the step B, after the 4n time of fermentation, centrifugation, dewatering, pickling water II supplement, gaofuji paolemei lactic acid bacteria powder adding, detection and adjustment are conducted on pickling water obtained after the 4n time of fermentation in sequence, and then the pickling water is continued to be used for fermenting the processed vegetable obtained in the step A; D, finished product processing. By controlling carrot preprocessing, pickling water preparation, circulating fermentation and finished product processing, especially addition of gaofuji paolemei lactic acid bacteria powder to the pickling water and control over various parameters and indexes during the circulating fermentation process, pickled carrot preparation time is shortened greatly, the quality and taste of pickled carrots are improved, large-scale production is facilitated, the development of the pickle industry is promoted, and economical benefits are high.

The invention discloses a continuous esterification production method for mixed dibasic acid dimethyl ester. The method comprises the following steps of: (1) pre-esterifying, namely, mixing dibasic acid and methanol in a mole ratio of 1:2-3 and performing pre-esterification at the normal temperature and normal pressure to obtain a pre-esterified material; (2) pre-heating the methanol, namely, pressurizing and pre-heating the methanol to form overheated methanol gas with the temperature of between 145 and 155 DEG C; and (3) continuously esterifying, namely, adding the pre-esterified material into a continuous esterification reactor, of which the middle part is provided with a catalyst reaction bed, from the top, adding the overheated methanol gas into the continuous esterification reactor from the bottom, performing a reverse flow reaction on the ascending methanol gas and the descending pre-esterified material on the catalyst reaction bed, and continuously discharging the mixed dibasic acid dimethyl ester which is generated by the esterification from the bottom of the esterification reactor.

The invention discloses a modified intensive aeration and vein type biofilter. The modified intensive aeration and vein type biofilter comprises a biofilter body (1). A water distribution region (6), a supporting layer (5), a biological filler region (3) and a coping water layer region (4) are arranged in the biofilter body. An intensive aeration and cyclic guiding device (2) is arranged in the biofilter body. The intensive aeration and cyclic guiding device comprises an inner guiding barrel (2-1), an outer guiding barrel (2-3) is arranged outside the inner guiding barrel, a breather pipe (13) is arranged at the upper end of the outer guiding barrel, and a water suction guide pipe (2-2) is arranged between the outer guiding barrel and the inner guiding barrel. The problems caused by the fact that the sewage flowing direction and the gravity direction of a traditional biofilter are the same are solved; low-concentration sewage cyclically treated once or more times can be fully mixed with original sewage, then the mixture is subjected to biological oxidation, the treatment effect is improved, and the biolfilter body has high adaptability to sewage with higher concentration and toxicity.

The invention discloses an oppositely-arranged four stroke free piston internal combustion-linear electricity generating integrated device. The oppositely-arranged four stroke free piston internal combustion-linear electricity generating integrated device comprises a four-stroke internal combustion engine, two linear motors, a reversible electric energy storing device, an electric power unit and an electronic control unit, wherein each linear motor has an electricity generating working mode and an electric working mode, the electric power unit is used for connecting the linear motors and the reversible electric energy storing device, the electronic control unit is respectively connected with a valve timing mechanism, an ignition device and the electric power unit of the four-stroke internal combustion engine, active cells of the linear motors are fixedly connected with two pistons of the internal combustion engine, the active cell of each linear motor is provided with a position detecting component which is connected with the electronic control unit, the two ends of a combustor cylinder of the four-stroke internal combustion engine are open, the two pistons are symmetrically arranged inside the combustor cylinder, and the two linear motors are symmetrically arranged inside the combustor cylinder. The oppositely-arranged four stroke free piston internal combustion-linear electricity generating integrated device is good in operation dynamic balanced performance and high in scavenging efficiency.

The invention discloses a balance pig raising method. The balance pig raising method includes selection of a pigsty site, balance of feed, balance of pig house environment, balance of pig house external environment, balance of microclimate in a pig house, a method for balancing captivity and life habits of pigs, and balance governance of dead pigs and delivery wastes. The balance pig raising method is capable of reducing cultivation costs, feeding green fodder, improving cultivation efficiency, improving pollution discharge, providing a good work environment for cultivation workers, meeting growth rhythm of nature and urgent requirements for harmonious development of pigs, environment and human, and promoting friendly and healthy development of pigs, human and environment.

The present application is directed to a method for applying a flexible annular strip to a radially inward oriented surface of a tire. Moreover, the present invention is directed to a corresponding apparatus for carrying out the above method.

The invention relates to an extravehicular conversion cabin device of the underwater vehicle staff, which is characterized by comprising an access cabin and a dry-type cabin which are adjacently arranged in an underwater vehicle, a watertight cabin door is arranged between the access cabin and the dry-type cabin, the access cabin is provided with a water replacing cabin, the capacity of which is slightly more than that of the remaining space of the access cabin except frogmen; the dry-type cabin is provided with at least one surge tank, the capacity of which is slightly more than drainage volume of frogmen; the water replacing cabin is connected with the access cabin through a pipeline and a pump, and the surge tank is connected with the access cabin through a pipeline and a pump. The extravehicular conversion cabin device of the underwater vehicle staff of the invention has simple structure, good reliability and low manufacturing cost; utilizes water to be replaced to convert back and forth among the access cabin, the water replacing cabin and the surge tank, ensures that buoyancy weight and dynamic equilibrium of floating state of the underwater vehicle in the process of gettingin and out the cabin of the frogmen, and leads the underwater vehicle to be kept in a stable floating state, thus reducing the probability of collision accident occurring between the underwater vehicle and water bottom or between the underwater vehicle and obstacles.

The invention discloses a regenerated braking energy recovery optimization method and system for a hybrid power tramcar. According to an operation characteristic curve of the fuel cell hybrid power tramcar and a mechanical characteristic curve of a traction motor, braking operation control optimization of a driving mode is set, electric braking force is fully utilized, and braking energy feedbackis maximized; and then, by optimizing energy management strategies, output distribution of all power supplies is controlled, and braking energy recovery is maximized. According to the regenerated braking energy recovery optimization method and system for the hybrid power tramcar, stable braking and braking energy recovery are achieved while it is ensured that a fuel cell hybrid power system supplies electricity to the load of the tramcar reliably; under the premise of ensuring the braking property of the system, braking optimization of combination of feedback braking, energy consumption braking and mechanical braking is achieved, braking energy recovery is maximized as much as possible, the fuel utilization rate is increased, and the purpose of fuel economy is achieved; and braking noise is reduced, emission is reduced, the service life of an energy storage device is prolonged, the operating cost is reduced, and the braking safety of the tramcar is improved.

The invention relates to a method for realizing load redistribution when coupling route/refreshing position, when there is Gs interface exists. Wherein, at the wireless access network node, the invention processes load redistribution on service GPRS support node (SGSN) and MSC at the same time; selects right SGSN and MSC as target SGSN and target MSC; and transmits selected target MSC mark to target SGSN; and the target SGSN, only according to target MSC mark, sends the position refreshing request to target MSC, to confirm the dynamic balance of MSC load, and make the load control decision node (LCDN) uniform.

The invention provides an attractant for fishes and specifically relates to a green and efficient attractant for carp and belongs to the field of aquatic feed. The green and efficient attractant contains blood worms, snail meat, locust powder, fresh corn, carrots, rice flour, fermented soybean meal, seaweed extract, yeast extract, neutral protease, sweet orange peel, ferula asafoetida, wolfberries, pericarpium citri reticulatae and rhizoma chuanxiong. The attractant contains no artificial chemical synthetic ingredients, contains natural raw materials, will not cause environmental pollution and ecological disturbance after long-time use, guarantees ingestion health and safety of fishes, can effectively improve the palatability of feed, promote feed intaking of fishes, increase the feed consumption amount of fishes and enhance the digestion and absorption of feed, and has the advantages of efficient attracting, environmental protection and safety.

An evoluating storage system is composed of a storage library consisting of running, standby and inhibiting storage pools, and a processor comprising storage service module, data I/O the distributioncharacteristics analyzing module, decision analysis module, storage device management module and user management module. According to the variation in environment and state of the storage system, it can choose the most propwer system organization scheme to the current environment to hold the dynamic balance of the system without dependency on the storage device.

The invention provides a biological medical non-crystal titanium alloy and a method for preparing the same, and relates to the field of biological medical titanium alloy. The titanium alloy mainly comprises the following components in atom content percentage: 49.5 to 91 percent of Ti, 3 to 20.5 percent of Zr and 6 to 30 percent of Si; or the titanium alloy also comprises Fe, and the composition of the titanium alloy is Ti-Zr-Si-Fe; or the titaniumalloy also comprises Fe and Mo, and the composition of the titanium alloy is Ti-Zr-Si-Fe-Mo; or the titanium alloy also comprises Fe, Mo and Nb, and the composition of the titanium alloy is Ti-Zr-Si-Fe-Mo-Nb. The biological medical non-crystal titanium alloy removes toxic elements of Ni, Cu, B, Al and/or V existed in the prior biological medical non-crystal titanium alloy, thereby greatly reducing the damage of the implantation material to human tissues; moreover, the biological medical non-crystal titanium alloy also has quite excellent corrosion resistance.

The invention relates to a traffic feature prediction method, which is realized based on a deep learning model GA-GCN, and comprises the following steps: obtaining a historical traffic feature data set; preprocessing the historical traffic characteristic data set; dividing the historical traffic characteristic data set according to a fixed time interval; training a deep learning model GA-GCN by using each divided historical traffic feature data set; and ending the training, and predicting the traffic features in the test set by using the trained deep learning model GA-GCN to obtain a prediction result.