32results about How to "Guaranteed disturbance" patented technology

The invention discloses a device for installing and recovering a micro-vibration sensor in an aquiferous weak rock-soil body deep hole. The device comprises a hot galvanizing pipe arranged in a pre-drilled hole, a base arranged at the bottom of the hot galvanizing pipe in a sealed mode, a plurality of detachably-connected operating rods, a sensor base connected with the sensor, an installation sleeve and a recovery sleeve, wherein both the installation sleeve and the recovery sleeve are detachably connected with the operating rods, the base is provided with a base outer stud, a sensor base convex body is arranged on the lateral of the sensor base, the installation sleeve and the recovery sleeve are respectively provided with a sleeve clamping groove, and the bottom of the sensor base is provided with sensor base lower internal threads matched with the base outer stud. Accordingly, the problems that the sensor is difficult to install, protect and recover in the aquiferous weak rock-soil body deep hole are solved.

The invention provides two static sounding type deep soil samplers. According to each static sounding type deep soil sampler, a main force bearing shaft is arranged inside a cylinder structure composed of a shell, a sampling tube and a tube shoe, the lower end of the main force bearing shaft is connected with a soil expanding cone head, a steel sheet and an electric ring are arranged between the main force bearing shaft and the shell, and the steel sheet and the elastic ring are clamped in an annular groove. According to the first static sounding type deep soil sampler, the annular groove is formed in the inner surface of the shell, an annular limiting groove is formed in the main force bearing shaft, and the main force bearing shaft is sleeved with an unlocking component composed of a thin-walled pipe and a control bar. According to the second static sounding type deep soil sampler, the annular groove is formed in the main force bearing shaft, an annular limiting groove is formed in the inner surface of the shell, and the main force bearing shaft is sleeved with a thin-walled pipe serving as an unlocking component. The two static sounding type deep soil samplers are used in combination with static sounding penetration equipment, a soil sample buried deep underground can be taken out rapidly under the condition that drilling is not needed; the static sounding type deep soil samplers have the advantages of being simple in structure, convenient and fast to use, capable of saving labor and low in cost; the disturbance of the water pressure on the soil sample can be reduced.

The invention discloses a soil remediation system based on heterotopic thermal desorption. The soil remediation system comprises a polluted soil source conveying unit, a soil and stone screening unit, a stone conveying unit, a cleaning pretreatment unit, a cleaning and sediment unit, a heterotopic thermal desorption unit and a clean soil source conveying unit. According to the soil remediation system based on heterotopic thermal desorption, soil is restored more thoroughly through a peculiar smell thermal desorption and chemical cleaning combined mode, and secondary pollution is effectively reduced; disturbance of water flow in a filter screen area is guaranteed in the recovery process of a cleaning fluid recovery module, and the problem that filter screens are likely to be blocked is solved; disturbance on bottom sediments is effectively suppressed through the cleaning fluid recovery module, so that recycled cleaning fluid does not contain soil and impurities.

The invention discloses a plant assisting anti-frost device which comprises a stand column and a rotary shaft on the top of the stand column. The rotary shaft is connected with an axial flow draught fan through a swing rod hinged to the rotary shaft. A gear box, a motor and a gear box motor output shaft are further arranged on the top of the stand column. The gear box motor output shaft is connected to an upper obtaining power source in the gear box. The gear box motor output shaft is movably connected with the rotary shaft through a transmission shaft. The bottom of the stand column is connected with a lifting device. The lifting device comprises a lifting motor, a motor shaft and a worm. One end of the motor shaft is connected to the output end of the lifting motor. The other end of the motor shaft is connected with the worm. The bottom of the rotary shaft is connected with a lifting shaft core. The bottom of the lifting shaft core is provided with a lifting cam. The lifting cam and the worm are matched and rotate. By means of the plant assisting anti-frost device, the blind area of the anti-frost device is compensated for, the use efficiency of the plant anti-frost system is further improved, and the growth state, the survival rate and quality of plants are increased.

The invention discloses a soil remediation system based on a combined technology. The soil remediation system comprises a soil source conveying unit, a soil source crushing unit, an iron material adsorption unit, a soil source screening unit, a stone conveying unit, a thermal volatilization unit, a chemical cleaning precipitation unit, a dehydration unit, an air drying unit, a faeces conveying unit, a sterilization and deodorization unit, a soil and fertilizer mixing unit and a clean soil source conveying unit. According to the soil remediation system, the combined technology of physical remediation, chemical remediation and fertilizer adding treatment is adopted, and the problems that soil desertification is severe and nutrients are insufficient are further solved under the condition that soil is sufficiently remediated; a cleaning liquid recycling module has a stirring function as well, so that cost is reduced, and equipment space is decreased; disturbance of waterflow in a filter screen zone is guaranteed during the recycling process of the cleaning liquid recycling module, and the problem that a filter screen is liable to block is solved; and disturbance for bottom sediment is effectively inhibited through the cleaning liquid recycling module, and a recycled cleaning liquid does not contain soil impurities.

The invention discloses a fertility-increasing type soil remediation system which comprises a soil source conveying unit, a micro-biological degradation preprocessing unit, a micro-biological degradation unit, a sediment cleaning unit, a dewatering unit, an excrement conveying unit, a sterilizing and deodorizing unit, a soil fertilizer mixing unit and a remediated soil source conveying unit. According to the invention, the processed excrement is mixed with the processed soil, so as to solve the problems of serious sanding and insufficient nutrient of the soil; a recycling process of a cleaning liquid recycling module can guarantee the water flow disturbance in a filter screen area, so that the problem of easiness in blocking the filter screen can be solved; and the cleaning liquid recycling module can effectively restrain the disturbance of bottom sediment, so that the recycled cleaning liquid contains no soil impurity.

The invention discloses a construction method for reinforcement treatment of a soft foundation steel pipe pile in a confined space. By means of the construction method for reinforcement treatment of the soft foundation steel pipe pile in the confined space, construction is easy, convenient and fast. The construction method comprises the following steps of (1) assembly of drilling equipment, (2) drilling operation, (3) cleaning of the steel pipe pile, (4) grouting preparation, (5) grouting operation and (6) forming of the steel pipe pile. By means of the construction method, spatial constraints are avoided, operation is easy and convenient, and secondary disturbance to existing buildings is prevented.

The invention discloses a device for installing and recovering a micro-vibration sensor in an aquiferous weak rock-soil body deep hole. The device comprises a hot galvanizing pipe arranged in a pre-drilled hole, a base arranged at the bottom of the hot galvanizing pipe in a sealed mode, a plurality of detachably-connected operating rods, a sensor base connected with the sensor, an installation sleeve and a recovery sleeve, wherein both the installation sleeve and the recovery sleeve are detachably connected with the operating rods, the base is provided with a base outer stud, a sensor base convex body is arranged on the lateral of the sensor base, the installation sleeve and the recovery sleeve are respectively provided with a sleeve clamping groove, and the bottom of the sensor base is provided with sensor base lower internal threads matched with the base outer stud. Accordingly, the problems that the sensor is difficult to install, protect and recover in the aquiferous weak rock-soil body deep hole are solved.

The invention discloses a soil remediation system and method. The soil remediation system comprises a polluted soil source conveying unit, a heating and volatilizing unit, a cleaning and sediment unit, a dehydration unit, a faeces conveying unit, a fermentation unit, a soil-fertilizer mixing unit and a remedied soil source conveying unit. According to the soil remediation system and method, the problem that remedied soil is heavily sandy and lack of nutrients are solved through a fermented faeces and treated soil mixing method; disturbance of water flow in a filter screen area is guaranteed in the recovery process of a cleaning fluid recovery module, and the problem that filter screens are likely to be blocked is solved; disturbance on bottom sediments is effectively suppressed through the cleaning fluid recovery module, so that recycled cleaning fluid does not contain soil and impurities.

The invention discloses a surgical apparatus for taking out fat, and relates to the field of liposuction appliances. The surgical apparatus comprises a needle drum, a piston is slidably connected to the interior of the needle drum, a core rod connected with the piston is inserted in one end of the needle drum, a needle tube is fixedly connected to the other end of the needle drum, a steel wire isarranged at the free end of the needle tube, and the two ends of the steel wire are fixedly connected to the inner side wall of the needle tube. According to the surgical apparatus, the steel wire isutilized for cutting the fat, the fat is cut up, and thus the resistance of liposuction is small.

The invention provides a motor and a control method thereof. The motor comprises a shell, a stator and a rotor, wherein the stator is arranged in the shell, the rotor is arranged at a radial inner side of the stator, the shell is provided with a rear end cover, a shaft end groove is formed in the rear end cover, the rotor is provided with an output shaft, a rear end of the output shaft is insertedinto the shaft end groove, the motor also comprises a play-prevention device and a play detection device, the play-prevention device is provided with an electromagnet and a permanent magnet, the electromagnet is arranged at the bottom of the shaft end groove, the permanent magnet is arranged at a rear end of the output shaft, and the play detection device is configured to detect displacement between a real-time position and an initial position of the output shaft and control the size and the direction of a current of the electromagnet according to the displacement so as to further control thesize of an acting force between the electromagnet and the permanent magnet and maintain the output shaft at the initial position. When axial display occurs in the output shaft, the current supplied to the electromagnet is controlled, the permanent magnet is pushed to drive the output shaft to move towards an opposite direction of an axial play direction, axial play is generated, and the rotationof the output shaft cannot be affected.

The invention discloses a plant assisting anti-frost device which comprises a stand column and a rotary shaft on the top of the stand column. The rotary shaft is connected with an axial flow draught fan through a swing rod hinged to the rotary shaft. A gear box, a motor and a gear box motor output shaft are further arranged on the top of the stand column. The gear box motor output shaft is connected to an upper obtaining power source in the gear box. The gear box motor output shaft is movably connected with the rotary shaft through a transmission shaft. The bottom of the stand column is connected with a lifting device. The lifting device comprises a lifting motor, a motor shaft and a worm. One end of the motor shaft is connected to the output end of the lifting motor. The other end of the motor shaft is connected with the worm. The bottom of the rotary shaft is connected with a lifting shaft core. The bottom of the lifting shaft core is provided with a lifting cam. The lifting cam and the worm are matched and rotate. By means of the plant assisting anti-frost device, the blind area of the anti-frost device is compensated for, the use efficiency of the plant anti-frost system is further improved, and the growth state, the survival rate and quality of plants are increased.

The invention provides a motor and a control method thereof. The motor comprises a shell, a stator and a rotor, wherein the stator is arranged in the shell; the rotor is arranged at the radial inner side of the stator; the shell is provided with a rear end cover and a shaft end groove is arranged in the rear end cover; the rotor is provided with an output shaft and the rear end of the output shaftis inserted into the shaft end groove; the motor further comprises a displacement preventing device provided with a primary and a secondary and a displacement detecting device; the primary is arranged on the peripheral wall of the shaft end groove and the secondary is arranged on the rear end of the output shaft; and the displacement detecting device is used for detecting the displacement betweenthe real-time position and the initial position of the output shaft so as to control the primary according to the displacement and keep the output shaft at the initial position. The motor has the advantages that by means of the displacement detecting device and the displacement preventing device, when the axial displacement of the output shaft is detected by the displacement detecting device, a current supplied to the primary is controlled and the like to drive the output shaft to move towards the opposite direction of the axial displacement direction by the secondary, so that the axial displacement is prevented, and in particular, the rotation of the output shaft is not affected.

The invention discloses a plant anti-frosting method. The plant anti-frosting method comprises main anti-frosting devices and auxiliary anti-frosting devices. The main anti-frosting devices and the auxiliary anti-frosting devices each comprise a vertical column and an axial flow fan arranged on the top of the vertical column to provide wind power. The height of the axial flow fans of the main anti-frosting devices ranges from 6 m to 15 m, and the height of the auxiliary anti-frosting devices ranges from 4 m to 6 m. The transverse horizontal distance between the two main anti-frosting devices ranges from 10 m to 25 m. It is guaranteed that the height difference H1 between the vertical columns of the auxiliary anti-frosting device and the main anti-frosting devices ranges from 5 m to 10 m. Meanwhile, the auxiliary anti-frosting devices have the lifting amplitude with the height difference of H1, airflow within the height range of 1 m to 5 m can be disturbed, then the effect of the plant anti-frosting system is enhanced, and the influence degree of the anti-frosting effect of the plant anti-frosting method on plants is improved. It is guaranteed that airflow within the 5 m range of the fans and at the 3 m height around the range can be disturbed. Anti-frosting blind regions are eliminated. In addition, the plant anti-frosting effect is improved, the growth vigor and quality of the plants are improved, and the survival rate of the plants is increased.

The invention discloses a dancing shoe suitable for different foot widths. Each shoe comprises a shoe body. The outer surface of the shoe body is fixedly connected with the connecting layer. The connecting layer and the stretching layer are fixedly connected. A front heel and a rear heel are respectively arranged on the front side and the rear side of the stretching layer. An anti-abrasion pad isarranged at a welt of the shoe body. A plurality of shoelace holes are formed in the middle of the shoe body. An activated carbon adsorption layer and a warm-keeping layer are arranged in the shoe body. The warm-keeping layer is fixedly connected with the shoe body. The stretching layer comprises a containing layer and a soft rubber layer. A stretching device composed of a connecting plate, a connecting rod, a rotating block, a spring and other elements is arranged in an inner cavity. An accommodating layer is arranged on the sole. Rotating plates are arranged in the accommodating layer. The rotating plates are rotatably connected with the bulges in the accommodating layer. The rotating plates are rotatably connected with one another. A screw block with a slot is arranged in the soft rubber layer. The rotating plates rotate to adjust the width of the sole under the transmission action of the connecting rod and the rotating block, so that the dancing shoe can be suitable for different foot widths.

The invention discloses a soil repair system based on micro-biological degradation. The system comprises a pollution source soil transfer unit, a physical screening unit, a stone transfer unit, a micro-biological degradation unit, a cleaning and precipitating unit, a dehydrating unit and a repaired soil source transfer unit. With adoption of a way of combining micro-biological degradation and chemical cleaning, soil is more thoroughly repaired, and secondary pollution is effectively reduced; in a recovery process of a cleaning liquid recovery module, disturbance of a water flow in a filter screen region is ensured, and the problem that the filter screen is easy to block is solved; and the cleaning liquid recovery module effectively inhibits disturbance on the bottom precipitate, so that the recovered cleaning liquid does not contain soil impurities.

A relative navigation short-distance tracking method and system for non-cooperative target capture in space. Using the kinematic equations of a free-floating space robot system, a path planning method for a manipulator to capture a moving target is derived. The distance between the end of the manipulator and the target The relative velocity and relative attitude are input, and the joint angle command to control the movement of the manipulator can be calculated, so that the manipulator can realize the capture operation of the moving target. Through this method, in the short-range relative navigation process of the space robot to the moving non-cooperative target, the path planning of the relative position and attitude between the end of the manipulator and the target can be realized autonomously, and the continuous inverse kinematics from the Cartesian space to the joint space of the manipulator Solving, especially for redundant manipulators, enables disturbance-free planning of the attitude of the base relative to inertial space.

The invention provides a fixation device and a method for in-situ monitoring of a floating plant root system, which belong to the technical field of plant physiology and ecology. The fixation device comprises a box body, wherein the box body is an opaque hollow column which comprises a top panel, side walls and an opened lower end; the top panel is equipped with at least one root canal hole; and shape and size of the root canal hole are adapted to the shape and the size of a scanner root canal, and the root canal hole is used for insertion of the scanner root canal. The fixation device is used for the in-situ monitoring of the floating plant root system, is simple in structure and convenient in disassembly and assembly, can reduce sampling cost and measurement errors without interfering in normal plant growth or destroying the plant root system, and realizes the automatic, continuous and real-time monitoring of the floating plant root system.

The invention discloses a physical and chemical combined soil repairing system which is characterized by comprising a soil source conveying unit, a soil source breaking unit, a ferrous material adsorption unit, a soil source screening unit, a stone conveying unit, a heat volatilizing unit, a chemical cleaning and precipitating unit, a dewatering unit, an airing unit and a clean soil source conveying unit. The mode of combining physical heating volatilization with chemical cleaning is adopted by the invention, so that the soil repairing is more thorough, and the secondary pollution is effectively reduced; the disturbance of water flow in a filter screen area is guaranteed by a recycling process of a cleaning fluid recycling module, so that the problem of easiness in plugging of the filter screen is solved; and the cleaning fluid recycling module can effectively restrain the disturbance to bottom precipitates, so that the recycled cleaning fluid contains no soil impurity.