118results about How to "Avoid fault" patented technology

The embodiment of the invention provides an unmanned aircraft-based continuous shooting method and an unmanned aircraft. The method comprises the steps of acquiring the flight state information of a second unmanned aircraft during the flight and one or more frames of photographed candidate image data when a first unmanned aircraft receives a replacement instruction; enabling the flight according to the flight state information; when the first unmanned aircraft flies to be within a certain range from the second unmanned aircraft, the first unmanned aircraft photographs one or more frames of feature image data according to the flight state information; judging whether the one or more frames of feature image data are matched with the one or more frames of candidate image data or not; if yes, enabling the continuous shooting operation of the first unmanned aircraft. Two video files, obtained before and after the interruption of the continuous shooting process, can be linked up based on the matched frame candidate image data and the feature image data, so that the fault phenomena is avoided.

The invention discloses an audio howling suppression method, device and system and a neural network training method, and the method comprises the steps: obtaining a plurality of continuously collectedfirst audio frames in a time domain; converting the plurality of first audio frames into a plurality of second audio frames respectively, wherein the second audio frames are audio signals in a frequency domain, and each of the plurality of second audio frames comprises a plurality of frequency points; determining howling frequency points with howling signals in the plurality of second audio frames, wherein the howling signals are continuous, single-frequency and high-energy signals; in the second audio frame with the howling signal, removing the audio signal of the howling frequency point; inputting the frequency point signal near the howling frequency point in the plurality of second audio frames into the howling frequency point restoration neural network model, and outputting the restored howling frequency point replacement audio signal to replace the audio signal at the howling frequency point position. Howling signals are suppressed relatively easily and simply, fault of audio signals is avoided, and distortion of the audio signals is reduced.

The invention relates to the field of plastic processing, and discloses an uninterrupted steel wire winding device for production of a PE reinforced composite pipe. The uninterrupted steel wire winding device comprises a base, two sliding rails are welded to the top of the base, sliding blocks are slidably connected into the two sliding rails correspondingly, a sliding trolley is welded between the two sliding blocks, a traction block is welded to the bottom of the sliding trolley, a screw hole corresponding to a lead screw is formed in the right side of the traction block, a fixing block is welded to the right side of the top of the base, and a motor is mounted on the right side of the fixing block. According to the uninterrupted steel wire winding device for production of the PE reinforced composite pipe, uninterrupted winding is achieved, in this way, a fault of a steel wire wound around the PE pipe is prevented, the production efficiency of the PE pipe is improved, the scrap rate is decreased, and the production cost is saved.

The invention provides a motor stator punching sheet processing system. The system comprises a mounting bottom plate, supporting legs, a positioning mechanism, an assembling mechanism and a supporting mechanism,solves the problem that the inner side and the outer side of a positioning punching sheet are difficult to support and abut synchronously during the lamination operation of the motor stator punching sheet, so that the concentricity of the positioning punching sheet is ensured, but the stator punching sheets which are stacked one by one are difficult to clamp and limit, avoids situations that the stator punching sheets are prevented from rotating and deflecting, the stacked positioning punching sheets are difficult to uniformly and repeatedly extrude, gaps between the motor stator punching sheet laminations are eliminated, and the motor stator punching sheet laminations are difficult to integrally move upwards, and avoids the problems of separation, fault and the like of the motor stator punching sheet lamination in the taking-out process.

The invention provides a comb-shaped multi-layered absorption core body and a processing method thereof. The core body comprises an ultra-thin multi-layered absorption core body and a comb-teeth shaped structure in the core body, each absorption body layer consists of a plurality of absorption body strips which are longitudinally arranged and combined onto a fiber structure layer, intervals are arranged among the absorption body strips, the intervals form a longitudinal comb shaped structure on the absorption core body, the innovative multi-layered core body structure is subjected to special manufacture and processing, and a comb-shaped sandwich absorption unit is obtained. After the multi-layered absorption core body is applied to a paper diaper, the paper diaper is enabled to be lighter and thinner, after the paper diaper absorbs liquid, a U-shaped three-dimensional structure is formed, the close-fitting effect is better, urine is prevented from transversely dispersing towards two sides, the urine is better guided, the urine is enabled to move towards a longitudinal direction and to be absorbed, the possibility of side leakage is reduced, the urine is prevented from seeping from two sides of a leg part, by longitudinally dispersing liquid, the absorption body is fully utilized, the replacement of paper diapers is reduced, and the absorption core body is economic, green and environment-friendly.

The invention discloses a method for manufacturing a SnS2/SnS heterojunction thin-film solar cell at a time. The method includes the following steps: preprocessing a substrate, preparing mixed raw materials for use, conducting vacuum obtaining and substrate heating, cleaning a cavity and the substrate through argon plasma, depositing a heterojunction with a plasma enhanced chemical vapor deposition method, conducting vacuum annealing and cooling, and manufacturing the SnS2/SnS heterojunction thin-film solar cell. According to the method, due to the fact that the proportion of the mixed raw materials is set, and the relation between a heating temperature value T of a reaction source and a reaction deposition time value t is set, SnS2 thin film and SnS thin film which are excellent in quality can be successively deposited in the one-time experiment process, the core part, namely the p-n junction, of the solar cell is directly manufactured at a time accordingly, the manufacturing period of the SnS2/SnS heterojunction thin-film solar cell is greatly shortened, and the manufacturing cost of the SnS2/SnS heterojunction thin-film solar cell is greatly reduced.

An MRI apparatus consolidates and stores maintenance and/or performance data automatically measured by a measurement unit and data manually input via an input device. The automatically measured data may include an adjustment value, a state value or an error record. The manually input data may include a software and/or hardware upgrade record, a customized situation record, a network connection record, a repair record, a check record, a maintenance record or an installation record, for example. Both types of data can be obtained swiftly and faults or malfunctions can be recovered from quickly or even prevented in advance. The stored data may be communicated among a plurality of MRI apparatuses, a service center apparatus and a maintenance support apparatus via a communications network.

The invention relates to an inverted construction method for template engineering of a cast-in-place shear wall structure system, which specifically comprises the following operation steps: step one, synchronously carrying out (a) a process of setting up a support frame and mounting a beam plate template and (b) a process of welding and binding wall steel bars; step two, (c) a process of binding beam plate steel bars and (d) a process of mounting a wall template; and step three, (e) a process of integrally casting wall panel concrete. The method is suitable for the industrial and civil engineering adopting a shear wall, in particular a short-pier shear wall structure system, is also suitable for scattered-split support templates or steel frame combined templates, and is further suitable for all steel supports adopted by the beam plate template; the work efficiency is remarkably improved, and the construction period of a main body structure is shortened by about 40 percent compared with the prior construction method; the engineering quality is ensured, namely the root of the wall is ensured to be clean, the dislocation and slag inclusion are prevented, the quality of a joint of the beam plate and the wall is ensured, and the verticality of the wall is ensured; the construction safety is ensured; and the construction period is saved by about 40 percent.

When a driving signal changes from L level to H level, a switching-circuit is turned on. Then, a gate current flows from a booster circuit to MOSFET through the switching circuit and a resistor. A gate monitor circuit outputs a drive abnormality detection signal of L level when the gate current exceeds a predetermined threshold value. A switching circuit and MOSFET are also similarly driven by a driving signal, and a gate monitor circuit also similarly outputs a drive abnormality detection signal of the L level. When the drive abnormality detection signal changes to the L level, the driving signals are brought to the L level, and the MOSFETs are separated from the booster circuit.

The invention discloses a wear-resisting antiskid plastic track and a preparation method. The wear-resisting antiskid plastic track sequentially comprises an antiskid wear-resisting layer, a toughness reinforcing layer, a substrate layer and a cement powder stable layer from top to bottom, wherein a figure structure is arranged on the upper surface of the antiskid wear-resisting layer, and the antiskid wear-resisting layer and the toughness reinforcing layer are connected through an adhesive. The preparation method comprises the steps: firstly preparing the antiskid wear-resisting layer, the toughness reinforcing layer and the adhesive respectively; then laying the cement powder stable layer on a soil base layer, laying a self-adhesion SBS modified asphalt layer on the cement powder stable layer, then laying the toughness reinforcing layer on the surface of the asphalt layer, then coating the adhesive on the upper surface of the toughness reinforcing layer and adhering the antiskid wear-resisting layer to obtain the wear-resisting antiskid plastic track. The plastic track not only has better antiskid and wear-resisting performance, but also has better adhering firmness among all the layers; furthermore, the plastic track cannot release toxic gas, is safe and free of pollution and has better practical value.

The embodiment of the invention discloses a display panel and a preparation method thereof and a display device. The display panel comprises: a planarization layer covering the surface of a device layer, wherein the planarization layer comprises a plurality of pixel regions and a non-pixel region and the planarization layer is provided with a connecting hole exposing an output end; a first anode layer on the bottom and sidewall of the connecting hole and on the upper surface of a part of the planarization layer, the first anode layer spanning the pixel regions and the non-pixel region, and thefirst anode layer being electrically connected to the output end; a pixel defining layer covering the first anode layer of the non-pixel region, the pixel defining layer having a defining hole exposing an upper surface of the first anode layer of the pixel regions; a second anode layer positioned on the upper surface of the first anode layer of the pixel regions in the defining hole. The invention reduces the risk of anode cracking by setting an anode with a special structure, thereby improving the display performance of the display panel.

The invention relates to the technical field of flat-plate display, in particular to an array baseplate, which comprises a second transparent substrate, a plurality of thin-film transistors and a plurality of data wires, wherein the second transparent substrate is provided with a third surface for forming a plurality of receiving spaces, and the thin-film transistors and the data wires are formed on the second transparent substrate; and each thin-film transistor comprises a source electrode and a drain electrode, and the source electrodes of the thin-film transistors positioned on the same column are connected with a same data wire and are received in the receiving spaces together with the drain electrodes of the thin-film transistors. In addition, the invention also provides a manufacturing method of the array baseplate and a display panel using the array baseplate.

The invention discloses an intelligent robot for architectural ornament. The intelligent robot comprises a crawler walking mechanism, an origin rotating mechanism, a rotary turntable mechanism, an extension and retraction adjustment mechanical arm and a construction mechanism, wherein the origin rotating mechanism comprises a base plate lifting device mounted on a base plate, the base plate lifting device comprises a liftable rotary device, and a supporting device supported on the ground is mounted at the lower end of the rotary device; the rotary turntable mechanism comprises a rotary turntable rotationally mounted on the base plate, a rotary driving mechanism is arranged between the rotary turntable and the base plate, and a mechanical arm support base is mounted on the rotary turntable; the extension and retraction adjustment mechanical arm is fixedly mounted on the mechanical arm support base; and the construction mechanism is detachably mounted at the tail end of the extension and retraction adjustment mechanical arm. The intelligent robot is more compact in structural design and flexible and convenient in construction, and can realize various operations such as high-quality continuous spraying.

The invention relates to an automatic shielding lead plate casting device and a shielding lead plate production process, belonging to the field of lead shielding product manufacturing, including a support frame body, a mobile vertical mold and a casting lead pot, the mobile vertical mold is installed on the inside of the support frame body, and the lead casting The pot is connected to one end of the pouring lead pipe, and the other end of the lead pouring pipe stretches into the inside of the movable vertical formwork. The invention has a reasonable structural design, can realize one-time continuous casting in a sealed environment, avoids problems such as faults and slag inclusions, can ensure the quality of the shielding lead plate, can realize efficient and safe production, reduces the labor intensity of the staff, and improves the The production efficiency of the shielding lead plate has strong practicability.

An exterior member for a wire harness which is formed in a tube shape so as to accommodate and protect one or a plurality of conduction paths, the exterior member includes an outer layer structure part that has an outer surface and that is an outermost layer, an inner layer structure part that has an inner surface and that is an innermost layer, and an intermediate layer structure part that is one or a plurality of layers between the outer layer structure part and the inner layer structure part.

The invention discloses a display device, which comprises a substrate layer, a TFT layer, an anode layer, an OLED layer, a cathode layer, a packaging layer and a protective film, wherein the TFT layer is formed on the substrate layer; the anode layer is formed on the TFT layer; the OLED layer is formed on the anode layer; the cathode layer is formed on the OLED layer and the substrate layer which is not covered by the OLED layer; the packaging layer is formed on the cathode layer and the substrate layer which is not covered by the cathode layer; the packaging layer, the cathode layer and the substrate layer form a coating space; the protective film is formed on at least one of the following positions: the surface, departing from the TFT layer, of the substrate layer, the part between the TFT layer and the anode layer, the part between the anode layer and the OLED layer, the part between the OLED layer and the cathode layer, the part between the cathode layer and the packaging layer, and the surface, departing from the cathode layer, of the packaging layer; and the protective film is suitable for deforming along with bending of the display device. By the display device, the problem that the overall display effect of a screen body of a traditional display device is uneven is effectively solved. The invention further discloses a preparation method of the display device and electronic equipment.

The invention discloses a flexible display apparatus and a preparation method therefor, and electronic equipment. The flexible display apparatus comprises a substrate layer, a TFT layer formed on the substrate layer, a positive electrode layer formed on the TFT layer, an OLED layer formed on the positive electrode layer, a negative electrode layer formed on the OLED layer and the substrate layer which is not covered with the OLED layer, and a packaging layer formed on the negative electrode layer and the substrate layer which is not covered with the negative electrode layer, wherein a packaging space is formed by the packaging layer, the negative electrode layer and the substrate layer; the flexible display apparatus also comprises a protective film which is bent and deformed along with the flexible display apparatus; and the protective film is formed in at least one position as follows: the surface, deviating from the TFT layer, of the substrate layer, the position between the TFT layer and the positive electrode layer, the position between the positive electrode layer and the OLED layer, the position between the OLED layer and the negative electrode layer, the position between the negative electrode layer and the packaging layer, and the surface, deviating from the negative electrode layer, of the packaging layer. The problem of uneven display effect of the screen of the conventional flexible display apparatus is effectively solved.

The invention provides a cross-screen viewing method for guiding a long video through a short video. The method mainly comprises the following steps: a long video played at a TV end is intercepted into a plurality of short videos, the intercepted short videos are called by the mobile terminal, a user watches the short video at the mobile terminal and sends a long video request to the message server, the mobile terminal and the TV terminal are both communicated with the message server, the message server sends the long video request received at the mobile terminal to the TV terminal, and the TVterminal calls and plays a long video file from a third-party TV APK. According to the method, the long video corresponding to the short video watched by the user in the mobile mode can be played atthe TV end synchronously or asynchronously, content consumption conversion is carried out on the interested long video, fault of information flow is avoided, watching of the long video at the TV end is promoted, and meanwhile user experience is improved.