35results about How to "Reduce the need for specialization" patented technology

The disclosure relates to an image taking method and device and an unmanned aerial vehicle; the method comprises: according to single ground coverage area, predefined area superposition ratio of adjacent images, and total ground coverage area of an area to be aerially photographed when the unmanned aerial vehicle takes an orthophoto map, segmenting the area to be aerially photographed to produce an aerial photography point corresponding to each segmented sub-area; according to positional information of all aerial photography points, generating an aerial photography path to allow the unmanned aerial vehicle to take orthophoto maps for the area to be aerially photographed according to the aerial photography path. By using the technical scheme disclosed herein, it is possible to make automated planning for an aerial photography path for the area to be aerially photographed, planning before aerial photography is simplified, and aerial photography efficiency is improved.

The invention relates to an intelligent selection method and system for numerical control machining tools. The system is composed of a part machining information input module, a tool type and material selection rule base management module, a cutting case base management module and a cutting case retrieval configuration module. Relevant information of machined parts is input to the system, the system can automatically output the tools used for machining similar parts in a case base, a technologist can directly use the tools and machine the parts only by transferring or properly correcting the geometric parameters of the tools, operation is convenient and quick, and the requirements for professionalization of operators are greatly lowered.

This invention related to a method for modulating cavity band-pass filter, belonging to the technical field of micro-wave passive filter, especially belonging to use a vector network analyzer to modulate in-band return loss and out-band restraint of the cavity band-pass filter. The method for modulating cavity band-pass filter of this invention is to solve problems that the method for using the vector network analyzer to modulate in-band return loss and out-band restraint of the cavity band-pass filter is slow and the batch consistency is bad and the human factor affects the quality, including: using one end of a communication line to connect to a PC machine as well as the other connect to the vector network analyzer whose two ports are respectively connected to the cavity band-pass filter to be modulated, adjusting a bolt to an expected position based on a deviated position indication of a bolt displayed at a modulating software interface of the PC machine. This modulating method has quick speed, good batch consistency, small human factor, and is suitable for analyzing the vector network and modulating the cavity band-pass filter, the duplexer and the multiplexer.

The invention discloses an implementation method for repeatedly packaging APK installation packages. The method comprises the following steps of 1, developing an APP, configuring template information into a resource file, then using an IDE to conduct compiling and signing to complete the development of a template APK; 2, conducting decompiling and uncompressing operation on the template APK, uncompressing the resource of template information to a designated directory, conducting sorting processing by word-class resources and picture-class resources, and forming visualized information to be displayed; 3, modifying the template information; 4, recompiling and repackaging the modified resource into a new APK after the modification is completed; 5, signing the APK complied in the fourth step to complete repackaging of the APK. According to the implementation method for repeatedly packaging the APK installation packages, non-source-code compliers or non-relevant technicists can also re-modify the existing APK installation package, and customized packaging is repeatedly conducted.

The invention belongs to the technical field of sheep feeding, and particularly relates to a breeding production system for sheep. Specifically, feed is uniformly stirred by a feed mixer, and a discharge port, a sending conveyer belt and a feeding conveyer belt are started through a controller; the feed passes through the sending conveyer belt and is guided and conveyed to the feeding conveyer belt through a feed diverter; when the feed is conveyed to the tail end of the feeding conveyer belt, the controller is turned off, and feed conveying is completed. A door fence of a sheep house is lifted through the action of a crowbar, at the time, a fence at a feeding walkway descends and is closed under the action of the crowbar, and animals reach the front portion of the feeding conveyer belt through the feeding walkway; then, the crowbar is controlled to close the door fence and lift the fence, at the time, the door fence at the sheep house descends and is closed, and the animals stretch heads into the surface of the feeding conveyer belt to eat feed. The problem that the feed is easy to gather when a feed path is turned, and the feed efficient transportation function and the efficientventilation effect of the environment in the sheep house are achieved on the premise that the transportation face is the same plane.

The invention provides a total heat recovery multi-cycle multipurpose air conditioning unit. The total heat recovery multi-cycle multipurpose air conditioning unit comprises a refrigerant loop and a second water cycle loop, wherein the refrigerant loop comprises a compressor, a third heat exchanger, a first heat exchanger, a first one-way valve, a liquid storage pot, a filter, a second one-way valve, a first expansion valve, a second heat exchanger and a gas-liquid separator which are successively connected with one another; the outlet of the gas-liquid separator is connected with the inlet of the compressor, and the third heat exchanger is a water-cooled heat exchanger; and the second water cycle loop comprises the third heat exchanger, a water box and a second water pump which are connected with one another in series so as to form the loop. In summer refrigeration, the second water pump is opened, a more efficient refrigeration effect is provided, and meanwhile, heat is used for preparing hot water, namely free hot water is obtained; and in winter, the sequence of heating and hot water preparation can be changed through an automation procedure. Therefore, the air conditioning unit has many functions.

The invention relates to a fault alarm non-return drainage system and non-return drainage method, belongs to the technical field of building water supply and drainage, and solves the problem that backward flowing cannot be prevented when an existing gravity drainage system is applied to basement drainage. The fault alarm non-return drainage system comprises a non-return valve, a non-return valve outer pipe, a fault monitor, a monitoring assembly and a control system; the monitoring assembly is used for monitoring the water level state in the non-return valve outer pipe; the control system comprises a controller and an alarm device; the controller is connected with the monitoring assembly and the fault monitor, the controller is used for receiving water level signals monitored by the monitoring assembly and information about whether the non-return valve breaks down or not monitored by the fault monitor and can judge whether the non-return valve breaks down or not, and an action instruction is sent to the non-return valve and the alarm device according to the information whether the non-return valve breaks down or not. The drainage system and the method can be applied to basement drainage, the problem that the drainage system fails due to the fact that the non-return valve mistakenly reports water blocking due to faults is solved, and the reliability of the drainage system is improved.

The invention relates to the technical field of safety detection, and provides a liquid sampling system for liquid detection equipment. The liquid sampling system comprises a bracket, a sampling tubewhich has an opening with a cross-sectional area greater than the cross-sectional area of a sampling tube body, and a sampling tube base on which the sampling tube is arranged, wherein a guide rail isarranged on the bracket; and the sampling tube base is slidably connected with the guide rail. The liquid sampling system provided by the invention can quickly and conveniently sample liquids to be tested without causing liquid overflowing, can be automatically controlled to operate to save labor and personnel professional requirements, and can pour different liquids into different waste liquid barrels according to test results to reduce dangers.

The invention particularly relates to an infrared induction counting device, which comprises a machine body and a base. The infrared induction counting device is characterized in that the machine body consists of a feeding vibrating disk, a counting controller, a counting assembly and a bottom plate; the counting assembly consists of a blanking pipe, a rigid stop block, a blanking movable support plate, a pushing cylinder, a receiving positioning plate and an infrared metal detection induction device, and is arranged on the bottom plate in a vertical direction; the blanking pipe is fixedly arranged at the upper part of the bottom plate through a blanking pipe mounting bracket; the rigid stop block is arranged below the blanking pipe mounting bracket; the blanking movable support plate is arranged below the rigid stop block; the horizontal direction of the left side of the blanking movable support plate is connected with the pushing cylinder; the pushing cylinder is fixedly arranged on the bottom plate through a cylinder mounting bracket; the receiving positioning plate is arranged below the blanking movable support plate; and the infrared metal detection induction device is arranged below the receiving positioning plate.

The invention provides a rule configuration method, device and equipment for logistics timeliness prediction and a storage medium, and the rule configuration method for the logistics timeliness prediction method comprises the steps: receiving the configuration of a user for a rule factor; receiving the configuration of a user on the rule, wherein the configuration on the rule comprises the use of the rule factor; according to the configured rule, generating an executable script used for carrying out logistics aging prediction; and providing a calling mode of the executable script for calling execution so as to carry out logistics aging prediction. According to the method, logistics timeliness prediction is optimized, so the method adapts to scenes of frequent iteration and high complexity of business rule requirements of logistics timeliness prediction, the updating efficiency of logistics timeliness prediction is improved, and the professional requirements of business personnel are reduced.

The invention relates to the field of satellite navigation, and discloses a satellite navigation signal acquisition and playback method based on a mobile intelligent terminal. The method comprises thefollowing steps of: performing powering on, and establishing communication connection between a satellite navigation signal acquisition and playback instrument and the mobile intelligent terminal; periodically sending heartbeat by the satellite navigation signal acquisition playback instrument, and when the sent heartbeat is not responded, conducting disconnection; and receiving an operation instruction of the mobile intelligent terminal, and carrying out corresponding operation by the satellite navigation signal acquisition playback instrument. The invention further provides a satellite navigation signal acquisition and playback system based on the mobile intelligent terminal, and the satellite navigation signal acquisition and playback system comprises the mobile intelligent terminal and the satellite navigation signal acquisition and playback instrument which are in communication connection, and the satellite navigation signal acquisition and playback instrument comprises a radio frequency unit, a storage unit and a communication module which are connected with a processing unit. According to the invention, visual management, monitoring and operation of satellite navigation signal acquisition, storage and playback by a user are greatly facilitated, remote monitoring and upgrading maintenance are also facilitated, and test, research and development of the navigation terminalare facilitated.

The invention discloses an auxiliary examination method for a power transformation research automatic rule based on building information. The auxiliary examination method comprises the following stepsof S1, establishing an examination submission channel, S2, submitting a to-be-examined material, S3, judging whether the format of the power transformation research material is qualified or not, S4,carrying out data examination on the authenticity and the feasibility of the experimental data in the power transformation research material, S5, performing comprehensive judgment on the power transformation research material; and S6, ending the examination, and issuing a qualified notice according to the original path. By implementing the method, data checking calculation is performed in a more professional data checking calculation mode, so that the risk of data errors can be reduced, the security and authenticity of later implementation are improved, the whole examination process is modularized, the professional ability requirements of examination personnel are reduced, and meanwhile, the method can be more efficient.