59results about How to "Appropriate depth" patented technology

The process of dyeing woven polylactic acid fiber / cotton blended fabric belongs to the field of textile dyeing technology. The process of dyeing woven polylactic acid fiber / cotton blended fabric has China produced disperse dye and assistant adopted and improved steps of desizing, boiling and rinsing, mercerizing and dyeing. The dyed product has bright colors, proper shade and high color fastness. The present invention is suitable for industrial production.

Saturation detection means (200) detects saturation at each pixel of a digital color image or at each coordinate point of an analog color image. The saturation conversion control means (300) determines saturation conversion conditions of pixels or coordinate points according to the detected saturation. Saturation conversion processing means (400) implements saturation conversion in such a manner that the saturation is reduced for an area having low saturation in the color image in order to expand saturation relative to an area having high saturation difference, thus resulting in improved saturation contrast. Also, the saturation distribution of the input image is automatically extracted to determine a threshold for determining a saturation suppression area based on the saturation distribution. Thus, in order to obtain a color image with improved vividness and a sense of sharpness, the saturation contrast is automatically improved.

The invention relates to a root layer moisture monitoring-based winter wheat regulated deficit irrigation method. The method comprises the following steps of ensuring that the average relative water content in 0-20cm soil is not lower than 80 percent in the seeding stage; irrigating when the average relative water content in 0-40cm soil is lower than 65 percent before overwintering from emergence of seedlings; irrigating when the average relative water content in 0-40cm soil is lower than 60 percent from overwintering to the standing stage; irrigating when the average relative water content in 0-60cm soil is lower than 60 percent from the jointing stage to the booting stage; irrigating when the average relative water content in 0-100cm soil is lower than 65 percent from the earing stage to 10 days after the flower; irrigating when the average relative water content in 0-100cm soil is lower than 55 percent from 11 days after the flower to the maturation stage; the irrigation water amount each time reaches field capacity. According to the method, the yield, water use efficiency and irrigation water use efficiency of the winter wheat can be obviously improved.

The invention relates to a method for shallow-water, temperature-raising and water-saving irrigation of paddy fields in cold areas in an early original field period, which is applicable to paddy fields in the northeast and north of China. The method is to carry out shallow irrigation at nightfall every day from a seedling stage after the rice seedlings are transplanted to a tillering stage. The key point of the shallow-water and temperature-raising irrigation method lies in the control over the depth of water layers during daytime and at night, namely the water layer is kept as thin as possible during daytime for absorbing solar radiation, raising temperature of the soil and promoting rooting of the rice seedlings and is kept at a proper depth at night to prevent the loss of ground surface heat. Experiments show that: the paddy fields adopting shallow-water and temperature-raising irrigation save about 36.72 to 46.38 percent of water than paddy fields irrigated by the conventional method; and at the same time, the rice adopts shallow-water and temperature-raising irrigation has bigger number of plants per hole, number of ears per hole, number of effective ears per plant and numberof grain per ear than rice adopting conventional irrigation, and thus, the yield of the rice is high. Field experiments show that the shallow-water and temperature-raising irrigation method can increase yield by 8.25 to 13.15 percent compared with the conventional irrigation method.

Electric rotary shaver including an outer cutter 14, in which a ring-shaped groove 26 is formed in the top portion and two ring-shaped inner cutter running tracks 34 are formed in the interior surface, and an inner cutter 16, in which a plurality of cutter blades 40 are provided that make sliding contact with the inner cutter running tracks 34 of the outer cutter 14. A sliding surface where the cutter blades of the inner cutter make a sliding contact with the inner cutter running track of the outer cutter is set on a plane C perpendicular to the center axis line (A), and the thickness of the top portion of the outer cutter 14 is such that the portions near the ring-shaped groove 26 are made thinner or thicker than the other part of the top portion on at least a part of the circumference.

Disclosed is a component positioning structure for a combination sofa. The predetermined connecting section of each component of the sofa is mounted with wedge-shaped connecting elements. Once all the components are completed, the corresponding connecting elements of each two adjacent components are connected to facilitate assembly of the sofa and to ensure the components are accurately positioned. Moreover, the component positioning structure allows the components to be stacked for shipment, thus reducing the space occupied. If a certain component of the sofa needs to be reupholstered, this component can be detached without impairing the accuracy with which its wedge-shaped connecting elements connect with the corresponding connecting elements.

The invention relates to a polyacrylonitrile-based carbon fiber and a regulating method of a surface groove structure of the fiber. According to the main technical scheme, the regulating method of thesurface groove structure of the polyacrylonitrile-based carbon fiber comprises the step that in the solidification forming procedure of the step of preparing the polyacrylonitrile-based carbon fiber,a spinning trickle sprayed out by a spinneret device is solidified and formed into nascent fibers, and the surface groove structure of the polyacrylonitrile-based carbon fiber is regulated by adjusting solubility parameters of a solidification bath liquid. The surface groove structure of the polyacrylonitrile-based carbon fiber is regulated to be within the following ranges that the maximal depthof the groove is 0.06-0.65 micrometer, the average groove depth is 0.043-0.49 micrometer, the fiber surface roughness is 0.01-0.12 micrometer, and the average spacing of the groove top is 0.1-0.6 micrometer. The regulating method is mainly used for effectively controlling the surface groove structure of the polyacrylonitrile-based carbon fiber, so that the groove depth is suitable, the surface roughness is suitable, and the groove axial parallelity is good.

The invention provides a metal-imitation wire-drawing film and a production process thereof, and belongs to the technical field of decorative film materials. The metal-imitation wire-drawing film comprises a PET (Polyether) base film layer, an aluminum-plated layer and an adhesive layer, wherein drawing wires are arranged on the upper surface of the PET base film layer; the aluminum-plated layer is arranged on the upper surface of the PET base film layer; the adhesive layer is arranged on the lower surface of the PET base film layer. A production process of the metal-imitation wire-drawing film comprises the following steps: step one, preparing a PET base film; step two, arranging the drawing wires on the upper surface of the PET base film; step three, removing residual polyester resin particles on the PET base film; step four, performing corona on the upper surface of the PET base film; step five, plating aluminum in vacuum; and step six, coating the adhesive layer. The metal-imitation wire-drawing film is good in metal-imitation wire-drawing effect, flat and even in surface, high in beauty, simple in production process, low in production cost and beneficial to wide popularization and application.

The invention relates to a bone marrow aspiration endoscope imaging system and method. The imaging system comprises a light source, a transmission collecting system and an imaging and image processing system. The transmission collecting system comprises transmission fibers and a composite bone marrow aspiration needle, the outer layer of the composite bone marrow aspiration needle is used for being inserted into a puncture position to extract body fluids, a micro objective and a body fluid storage cavity are arranged on the tail end of the inner layer of the composite bone marrow aspiration needle, and the body fluid storage cavity and the micro objective are connected and arranged at the bottom of an inner layer image transmission fiber. The light source transmits an incident beam to the composite bone marrow aspiration needle under the coupling effect of the transmission fibers, optical imaging is conducted on the body fluids through the micro objective, the transmission fibers transmit an imaging beam to the imaging and image processing system, and the imaging and image processing system is provided with a camera unit and a display unit, wherein the camera unit is used for imaging of the imaging beam and the display unit is used for displaying single spectroscopy or hyperspectral imaging results of the body fluids.

The invention discloses a power supply system of a high-performance computer. The power supply system comprises a backboard electrical power package for supplying electricity to a computing unit, and a main board electrical power package. The computing unit comprises a backboard and a plurality of main boards connected to the backboard; the backboard electrical power package comprises two power supply groups; each power supply group comprises four primary power modules; the plurality of main boards are divided into two groups in average, and each group of main boards are powered by one power supply group. The power supply system of the high-performance computer disclosed by the invention has the advantages of simple and compact structure, and convenience in manufacture and processing, improving the power conversion efficiency, reducing the power cost and the like.

The invention relates to the technical field of fitness auxiliary equipment, in particular to a fitness backward walking wing mirror. The fitness backward walking wing mirror comprises an adjustable headband, and is characterized in that a stabilizing cushion block which is matched with the back of the head of the human body is fixed in the middle of the rear of the adjustable headband, the inner side of the stabilizing cushion block is provided with a skin-friendly gasket, and the outer side of the stabilizing cushion block is provided with a radar ranging alarm device; a support frame which is matched with the forehead of the human body is fixed in the middle of the front of the adjustable headband, and the inner side of the support frame is also provided with a skin-friendly gasket; a support rod which is vertically arranged is fixed in the middle of the outer side of the support frame, and the top of the support rod is hinged to a telescopic rod; the tail end of the telescopic rod is hinged to a wing mirror body. The fitness backward walking wing mirror has the advantages of being simple in structure and ingenious in design, the problem that when walking backwards, people cannot check the back environment in real time is solved, and through the arranged radar alarm device, basic guarantee is provided for the people when the people conduct movement of backward walking.

A display device with a jack is disclosed. The display device (1) includes a display screen (10), a display bezel (40), a jack (20), a guide groove (21), and a guide wall (22). The guide groove and the guide wall are for guiding a user to insert a plug into the jack without mistake. The guide groove is position on one side of the jack, whereas, the guide wall is on an opposite side of the jack from the guide groove. The guide groove and the guide wall cooperate together to prevent deflection when a plug is inserted into the jack.

The invention discloses a high-yield water-saving cultivation method for rice dry direct seeding, and belongs to the technical field of agricultural science. The high-yield water-saving cultivation method comprises the steps of plowing the field, applying a fertilizer, steeping the field, carrying out water harrowing and water land smoothing, and applying a herbicide one month before rice sowing; waiting till mixtures in the field surface naturally dry after two weeks; shallowly plowing the field with a rotary cultivator 1 to 3 days before rice sowing, and applying a seed fertilizer before plowing; sowing seeds, sealing soil through the herbicide, and irrigating the field; and applying the fertilizer during the four-leaf-one-core period of rice, irrigating the field, and applying the fertilizer during the elongation stage. According to the high-yield water-saving cultivation method for rice dry direct seeding, the problems that an ordinary dry direct seeding rice field is poor in water retention and fertilizer retention ability, the emergence rate in the field is low, seedlings are poor in quality, and the like, are solved, the soil water retention and fertilizer retention effect is good, the emergence rate in the rice field is high, the rice yield is increased, and the water saving effect is obvious.

The invention discloses an agricultural rice transplanting device, and relates to an agricultural production device. The agricultural rice transplanting device comprises a frame, a first motor is fixedly connected to the lower portion of the right side of the frame, a first rotating wheel with a closed inclined sliding groove in the side face is fixedly connected to the lower end of a first motor shaft, and a first sliding rod is slidably connected to the right side of the frame; the left side of the upper end of the first sliding rod is fixedly connected with a sliding shaft slidably connected with the closed inclined sliding groove, and the lower end of the first sliding rod is fixedly connected with a first mounting plate, and the two sides of the middle of a second mounting plate are fixedly connected with first springs; the right side of the frame is slidably connected with the closed inclined sliding groove through the sliding shaft to drive the first sliding rod to slide up and down so as to drive a lower structure to move up and down, a second motor can drive soil loosening blades to rotate, and the first springs can drive the second motor to transversely move along with shifting of device movement, so that uniform hardness of land is kept, and the transplanting depth can be conveniently controlled.

The invention discloses a comprehensive treatment method for concentrated continuous pond culture tail water. A culture pond is transformed and upgraded in a centralized continuous pond, a simple and convenient long-distance culture pond water supply system is used for supplying water to the culture pond, a green and healthy culture technology is adopted for culture, and after a culture ditch and a pond dam are subjected to centralized dredging and treatment, advanced culture tail water treatment facilities such as adsorption piles are combined; the breeding ditch is used as a long-distance ecological ditch to collect and treat breeding tail water, most of excessive substances such as total nitrogen, total phosphorus and trace metal in the tail water are removed, and the water quality index reaches the national second-class or above water quality standard. The aquaculture tail water is comprehensively treated in a mode of combining in-situ treatment of the aquaculture pond and ectopic treatment of the ecological ditch, the aquaculture pond does not need to be used as a tail water purification treatment pond, the original production mode of a farmer does not need to be changed, normal operation of tail water treatment and the subsequent maintenance cost are low, and the treatment effect is good. The novel tail water treatment mode is easy to copy and popularize in the later period.

The invention discloses browning liquid used for a printing circuit board, and belongs to the technical field of circuit boards. The liquid comprises an aqueous solution of inorganic acid, an oxidizing agent, a corrosion inhibitor, a stabilizing agent, inorganic salt, an addition agent, a plasticizer and N-methyl pyrrolidone. The prepared browning liquid shows the good stripping-property property,the peeling strength can be up to 0.84 Kg / cm or above, through a heat stress test, no bubbling and layering appear in the surface, it shows that a sample treated through the browning liquid is high in bearing capacity for the high temperature heat impact, the micro-etching depth ranges from 1.26 to 1.35 micrometers, and combination capacity with a copper coating is high.

The invention relates to an RNN-based malicious software detection method on a cloud platform, and belongs to the field of information security. The method sequentially comprises the following steps:extracting an API calling sequence based on a time sequence, preprocessing API sequence data, constructing an RNN-based malicious software detection model, and training the RNN-based detection model.According to the method, the selected feature vector is the API call sequence of the software, the semantic attribute of the API is considered, semantic recognition of the API call sequence of the software is more accurate, and the feature is input into the bidirectional LSTM neural network model, so that the detection efficiency is effectively improved, the detection accuracy is greatly improved,the depth of the network model designed by the invention is proper, and parameters needing to be trained in the model are moderate, so that the generalization ability of the detection model is improved to a certain extent.

Ocular strain is reduced for the viewer by reducing extreme changes of depth value occurring at stereoscopic scene jumps, dimension switches from 2D to 3D video, and the like. A playback device includes a video plane and a depth value memory for storing depth values of a plurality of stereoscopic video frames. The depth value memory stores the depth values of a plurality of frames, at least including a destination frame, and of a starting frame. When a request to switch from 2D to 3D video or to switch scenes within 3D video is received, switch timing control or destination frame depth value adjustment is performed so as to reduce the occurrence of extreme depth value changes and provide smooth switching.

The invention discloses automatic osmanthus tree bark cutting and collecting equipment. The equipment comprises a shell, wherein reciprocating cavities which are vertically symmetrical are formed in the left side of the shell, reciprocating motors are arranged on the left side walls of the reciprocating cavities, reciprocating motor shafts are rotatably arranged on the right sides of the reciprocating motors, left half gears are fixedly arranged on the left sides of the reciprocating motor shafts, right half gears are fixedly arranged on the right sides of the reciprocating motor shafts, and reciprocating shafts are rotatably arranged on the upper side walls of the reciprocating cavities. The automatic osmanthus tree bark cutting and collecting equipment can adapt to the diameter of an osmanthus tree, compared with a traditional cinnamon collecting method, the automatic osmanthus tree bark cutting and collecting equipment is more convenient and faster, does not need to be operated by people, and is neater in cutting depth and radian, the obtained cinnamon is more complete and attractive, natural growth of the cut osmanthus tree can be effectively prevented from being affected, thecut cinnamon is proper in depth, excessive waste and damage to the osmanthus tree are avoided, and operation of subsequent processes such as air-drying and sun-curing of the cinnamon is facilitated.

The invention discloses a door and window corner setting system knife adjuster. The knife adjuster comprises a butterfly-shaped main ruler, an outer corner auxiliary ruler, an inner corner auxiliary ruler and pricking knife positioning baffles, wherein the butterfly-shaped main ruler is composed of a main ruler body, a left wing ruler and a right wing ruler, each of the front surface and the backsurface of the main ruler body is provided with limiting sliding grooves, the outer corner auxiliary ruler and the inner corner auxiliary ruler can be placed in the limiting sliding grooves correspondingly, the outer corner auxiliary ruler is a straight ruler with a triangular vertex angle at the top end and a triangular notch at the bottom end, the inner corner auxiliary ruler is a straight rulerwith triangular notches at the two ends correspondingly, the pricking knife positioning baffles are two L-shaped baffle devices which are symmetrical left and right, pricking knife end limiting plates are arranged at the upper ends of the pricking knife positioning baffles correspondingly, and the pricking knife positioning baffles are arranged on the left wing ruler and the right wing ruler of the butterfly-shaped main ruler in a sliding manner. According to the knife adjuster, a pricking knife system can be rapidly and accurately adjusted and positioned when set corners of the door and window are made, the door and window set corner quality is effectively improved, and the reject ratio is reduced.

The invention relates to a rare earth alloyed steel, which comprises the following components in percentage by mass: 0.37 to 0.44 weight percent of C, 0.15 to 0.35 weight percent of Si, 0.65 to 1.00 weight percent of Mn, 0.85 to 1.25 weight percent of Cr, 0.15 to 0.25 weight percent of Mo, 0.015 to 0.025 weight percent of S, Ni, P and rare earth alloy, and the balance of iron and impurities, the mass percentage content of Ni is not greater than 0.25%, and the mass percentage content of P is not greater than 0.025%; and the mass percentage content wt of the rare earth alloy is more than 0 and not more than 0.06%. The steel is low in content of low-melting-point impurities, good in fatigue resistance and good in impact toughness. The nitriding method of the steel comprises the steps that the steel is heated to 1050-1250 DEG C, forging, heating, heat preservation, rough machining and heat treatment are conducted, finish machining is conducted, and then nitriding is conducted. The obtained nitrided steel part has good surface hardness, the depth of a hardened layer is appropriate, and the steel part has excellent abrasive resistance and corrosion resistance.

The invention relates to the technical field of agricultural machinery, in particular to a grape vine embedding machine, which includes a frame, a traction frame, a power transmission part, a walking wheel I and a hydraulic suspension plowing assembly, and the traction frame is installed on the upper surface of the frame , the power transmission part is installed on the traction frame, and is connected with the hydraulic suspension plowing assembly, which is successively away from the road wheel I, the soil turning mechanism installed on the lower end surface of the frame, the soil fetching assembly, the soil throwing mechanism and the leveling and stabilizing mechanism. In the present invention, double plowshares are used to open the ditch, which satisfies the need to effectively control the amount of soil taken in during the process of traveling in different ground conditions, and can also ensure that the depth of the ditch is appropriate; the soil taken by the double auger satisfies the need for the soil to be crushed and then fed into it by lifting force The soil throwing box ensures the efficiency of the cutterhead throwing soil; the flat part with a flat and stable mechanism is used to trim the buried vines after the soil is raised, which realizes the standardization of the thickness after the soil is raised, and avoids the lack of soil caused by uneven throwing. The vines were damaged by frost in winter, resulting in reduced yields.

The invention discloses a plant stem cell incubator and a using method thereof. The plant stem cell incubator comprises an incubator body, a treatment groove which is provided with a leftward openingand is through front and back is formed in the incubator body, and a first rotating groove is formed in the top wall of the treatment groove in a communicating manner. According to the plant stem cellincubator, the most suitable grafting positions can be judged through a computer, then a rootstock is cut, then a plant is put into a culture cavity, the culture cavity is sealed through a sealing block, the plant grows in a dark environment, and the grafting survival rate is increased; illumination lamps of all parts can be controlled to be turned on through the computer, the shape of a growingplant stem can be controlled by utilizing phototropism of the plant, and therefore the ornamental value is improved; an arc ring is further arranged to support a scion on the rootstock to keep air permeability of the joint of the rootstock and the scion, then air circulation in the culture cavity is kept through an air pump and an air purifier, stability of humidity and temperature in the culturecavity is kept, and the survival rate of the grafted plant is increased.

The invention relates to an accounting tool, in particular to an automatic stamping device which comprises a flat plate, door-shaped plates, a rectangular frame, round blocking pieces I and vertical cylinders. Proper force can be realized during stamping, so that the depth of printing ink is proper. The door-shaped plates are fixedly connected to the left end and the right end of the upper side ofthe rectangular frame correspondingly, the vertical cylinders are fixedly connected to the four corners of the lower side of the flat plate correspondingly, the two vertical cylinders located at theleft end are slidably connected to the door-shaped plate located at the left end, and the two vertical cylinders located at the right end are slidably connected to the door-shaped plate located at theright end. The four vertical cylinders are sleeved with compression springs I, the four compression springs I are located on the upper sides of the two door-shaped plates, the lower ends of the fourvertical cylinders are fixedly connected with the round blocking pieces I, and the four round blocking pieces I are located on the lower sides of the two door-shaped plates. The automatic stamping device further comprises a front protruding plate, a folding plate, a hammer column and a ball, the front protruding plate is fixedly connected to the front side of the flat plate, and the folding plateis fixedly connected to the front side of the rectangular frame.

A triggering mechanism for downhole equipment includes a housing for inserting downhole in an oilfield wellbore and associating downhole with a computer processor, a clock, at least one sensor circuit, and an electrical power source. The computer processor includes computer processing circuitry and a computer readable memory circuit. The sensor circuit senses at least a pressure parameter associated with the pressure within the oilfield wellbore downhole environment. A valve control circuit controls a valve and controls flow of control fluid to a hydromechanical device operating in association with the downhole tool within the oilfield wellbore. The valve control commands derive from real-time sampling of the downhole physical parameters to form ratio-based derivative values relating to physical parameter differences over a predetermined time span. In response to the ratio-based derivative values, the triggering mechanism generates triggering commands for flowing the control fluid to the associated hydromechanical device.

The invention discloses a printing color paste composition for the pigment printing of a linen-cotton fiber fabric. The composition comprises the following components in percentage by weight: 15 to 25% of inorganic color pigment, 5 to 10% of filler, 2 to 4% of nano material, 2 to 4% of dispersant, 2 to 4% of chitosan, 3 to 5% of acylamino containing vinyl monomer, 3 to 6% of crosslinking agent, 6 to 13% of textile adhesive, 3 to 5% of thickening agent, 0.2 to 0.5% of mineral element, 0.2 to 3% of pH adjuster, and the balance being water. The quality of a finished product of the composition is stable, the composition is easy to store, the water washing resistant performance and sorption rate of a linen-cotton fiber fabric printed with the provided composition are prominently enhanced; the printed patterns are fluent, the color is bright, the printed color is proper, the fabric is difficult to fade, and the color fastness is high after printing.

The invention relates to a method for shallow-water, temperature-raising and water-saving irrigation of paddy fields in cold areas in an early original field period, which is applicable to paddy fields in the northeast and north of China. The method is to carry out shallow irrigation at nightfall every day from a seedling stage after the rice seedlings are transplanted to a tillering stage. The key point of the shallow-water and temperature-raising irrigation method lies in the control over the depth of water layers during daytime and at night, namely the water layer is kept as thin as possible during daytime for absorbing solar radiation, raising temperature of the soil and promoting rooting of the rice seedlings and is kept at a proper depth at night to prevent the loss of ground surface heat. Experiments show that: the paddy fields adopting shallow-water and temperature-raising irrigation save about 36.72 to 46.38 percent of water than paddy fields irrigated by the conventional method; and at the same time, the rice adopts shallow-water and temperature-raising irrigation has bigger number of plants per hole, number of ears per hole, number of effective ears per plant and numberof grain per ear than rice adopting conventional irrigation, and thus, the yield of the rice is high. Field experiments show that the shallow-water and temperature-raising irrigation method can increase yield by 8.25 to 13.15 percent compared with the conventional irrigation method.

The invention discloses a peanut harvester having a stir-airing function. The peanut harvester comprises a case, a speed changing box arranged at the upper end of the case, a vibrating sieve arrangedinside the case, and an excavating head, wherein a seedling stirring device is arranged on the rear side of the vibrating sieve; the vibrating sieve is connected with the seedling stirring device through a driving chain; the front end of the seedling stirring device is arranged at the bottom of the vibrating sieve; the rear end of the seedling stirring device is close to the rear end of the case;both sides of the seedling stirring device are connected with the case; a material discharging support is arranged on the rear side of the seedling stirring device; the material discharging support isof an inclined plate type structure; both sides of the material discharging support are connected with the case; the upper end of the material discharging support is close to the seedling stirring device; rotating clearances for rotating the seedling stirring device are reserved between both sides of the upper half part of the material discharging support and the case; an earthing device is arranged on one side of the material discharging support; the earthing device is connected with the material discharging support; a ploughing device is arranged on the other side of the material discharging support; the ploughing device is arranged on the lower side of the seedling stirring device; and the ploughing device is connected with the material discharging support.

The invention relates to a laser polishing method for a ceramic workpiece. According to the laser polishing method for the ceramic workpiece, a nanosecond laser is selected to enable the pulse width of laser processing to be in a nanosecond level; the pulse width is in the nanosecond level, so that proper thermal diffusion can be ensured during laser processing, and the laser path width of the frosted surface obtained through processing is guaranteed; and the power of laser processing is controlled to range from 15 W to 26 W, so that the frosted surface obtained through processing can have the proper depth, the ratio of the average power to the pulse width of laser processing can be at the proper value, and the frosted surface obtained through processing has the proper roughness.