114results about How to "No modification required" patented technology

The invention discloses a method for vehicle oil consumption statistics. According to the method, the OBD interface of an oil consumption statistic device is connected to the OBD interface of a vehicle-mounted diagnosis system so as to collect the realtime work condition data of the vehicle; according to the information such as the equivalent ratio Vlambda of a linear or broadband type oxygen sensor, the air intake flow value Vmaf of the vehicle engine, and the like, by combining the vehicle's archival information, the realtime oil consumption of the vehicle can be calculated by an instant oil consumption calculation formula, and thus the oil consumption statistics can be achieved. The OBD interface of an oil statistic device is inserted into an original OBD interface of a vehicle to collect the vehicle work condition data, the original circuit of the vehicle does not to be broken or changed, the installation is convenient, the method is practical and safe, the quality guarantee of the vehicle will not be influenced, and thus the method can be accepted by the customers more easily. The oil consumption calculated through the work condition data will not be influenced by the external environment or road condition during the driving process, the precision is high, moreover, the realtime oil consumption of the vehicle can be calculated, and the oil consumption data precise synchronous comparison and analysis can be realized.

The invention discloses a method for debugging a blade server by using a BMC module and belongs to the field of computers. In the method, complex function of a mainboard BIOS and the like is debugged by the BMC module, a multifunctional debugging interface is provided for a user, the BIOS is locally and remotely debugged, and the blade server and other complex mainboards are convenient to be debugged by the user. After the debugging is finished, the original BMC management function can be updated and restored through firmware, and hardware is not needed to be modified.

The invention discloses emulsifying petrol, diesel and heavy-oil emulsifier, which comprises the following parts: positive decatyl alcohol, positive octyl alcohol, ligroin, positive butyl alcohol, naphthenic acid, oleinic acid, glycerin, sodium dodecylbenzene sulfonate, ammonia and span 80.

The invention discloses a grey fault diagnosis method applied to a telecom bearing network. The grey fault diagnosis method comprises the following steps: step 1, acquiring information of all paths inthe whole telecom bearing network; step 2, sending UDP detection packets on all the paths to measure the packet loss conditions of the paths; and step 3, for each interface, link and equipment in allthe paths, respectively analyzing the packet loss condition of all the paths passing through the interfaces, links and equipment, and diagnosing the gray fault occurrence position in the telecom bearing network according to the packet loss condition. The method does not need any hardware update, can be quickly deployed in a telecom bearing network environment, and can quickly find and position gray faults in the network.

The invention discloses a power failure recovery method and a food processer. The power failure recovery method comprises the steps that when it is judged that the food processer is subjected to powerfailure, the running state during power failure of the food processer is recorded; when the food processer is powered on, the temperature inside a cup when the food processer is powered on is detected; and according to the temperature inside the cup when the food processer is powered on, it is determined whether the operating state is restored or not when the food processer is subjected to powerfailure. The power failure recovery method and the food processer have a power failure memory function and can improve the user experience.

The invention relates to the field of driving safety, in particular to a method for stopping vehicle downhill neutral sliding. The method for stopping vehicle downhill neutral sliding, disclosed by the invention, detects a vehicle in real time to obtain a state of the vehicle; and the state includes a state A-a neutral state, a state B-altitude falling, and a state C-vehicle speed increased and higher than a set limit value v. Then, the method judges if the state of the vehicle is the state A or the state B and if the state lasting time exceeds a set limit value t; if so, the warning prompt and/or the brake device triggering are performed; if not, the method judges if the vehicle state is the state A or the state C and if the state lasting time exceeds a set limit value t; if so, the warning prompt and/or the brake device triggering are performed; and if not, the state of the vehicle is continuously detected. The method can prevent the vehicle downhill neutral sliding, so that the generation of dangers is prevented, the driving safety is improved, the method is simple and feasible, and the cost is low.

The invention discloses a carrier rocket ground integrated measurement and control system which comprises a network communication module, an instruction analysis module, a heartbeat detection module, a bus communication module, a function module, a fault diagnosis module and a master-slave switching module. Wherein after the network communication module receives an instruction of an upper computer, the received instruction is sent to the instruction analysis module; the instruction analysis module compares the instruction with a preset configuration file, the configuration file contains a mapping table of the instruction and specific content, the specific instruction content is obtained through comparison, and the module corresponding to the instruction content in the function module is called according to the instruction content. Different functions correspond to different modules, different functions are achieved through different modules, the modules are mutually independent, and function expansion and tailoring are facilitated.

A plasma synthetic jet combined actuator relates to a synthetic jet generating device. The device is provided with an actuator base, an actuator cover plate, a rubber pad, a negative electrode and a positive electrode, characterized in that the actuator base, the rubber pad and the actuator cover plate can be assembled into an actuator body composed of a plurality of mutually independent dischargecavities; the actuator cover plate is provided with a jet outlet, and different application objects can be adapted by modifying or replacing the actuator cover plate; and each independent actuator base is provided with two electrode insertion holes. The device has the advantages of simple structure, easy assembly, convenient maintenance, low cost, strong adaptability and the like.

The invention relates to a method for removing hexavalent chromium in water through synergism of nanometer copper oxide and bacteria. Nanometer adsorption and biological reduction are common methods for chromium-containing waste water, but when the nanometer copper oxide or the bacteria are singly adopted to remove the hexavalent chromium in the water, the removal rate is usually not ideal. The method has the advantages that the functions of the bacteria and the nanometer copper oxide are fully exerted, further the adsorbing-reducing capability of the bacteria for the hexavalent chromium is improved by utilizing the nanometer copper oxide, the hexavalent chromium in the waste water is rapidly removed in a synergistic manner, the removal rate can reach 100% and the effect is obvious. The method also has more advantages of few use amount of chemical substances, mild reaction condition, no secondary pollution and simple operation and the like, and has better application prospect.

The invention discloses nanoparticles prepared by applying a microfluidic technology, a preparation method and device and application of the nanoparticles. The particle size of the nanoparticles is 175nm-225nm, the particle size dispersity is 15%-30%, and the electric potential is -25MV to -5MV. The method comprises the following steps: completely dissolving shellac in a polar solvent, and then, dissolving a medicine CAPE in the polar solvent to prepare an internal phase solution; dissolving Arabic gum in deionized water to prepare an external water phase solution; wrapping the internal phase solution in the external water phase solution, and preparing a nanoparticle solution by adopting a one-step method device; and carrying out rotary evaporation on the nanoparticle solution to remove the solvent from the solution, and carrying out drying, thereby obtaining the product. The nanoparticles prepared by the invention are loaded with the medicine CAPE and have good dispersibility and stability, the structure and activity of the encapsulated CAPE are protected in a stomach, and the encapsulated CAPE is specifically released in an intestinal tract region.

The invention relates to a waterborne epoxy resin emulsifier, which comprises: polyethylene glycol 6000, polysorbate-80, trimethylolpropane glycidyl ether, 828 epoxy resin and a boron trifluoride etherate complex. The invention has the beneficial effects that: the production is energy-saving and efficient, use of the emulsifier is stable and environment-friendly, traditional process equipment canachieve production, and refitting investment of equipment is unnecessary.

The embodiment of the invention discloses a method and equipment for obtaining progress information. The implementation method of the method comprises the steps that a Python interpreter registers anevent which needs to be called back; in the process of using the Python interpreter to execute the Python progress, when the registered event takes place, the Python interpreter triggers call-back ofthe event and outputs the progress information of the Python progress. According to the technical scheme, the tracing capability of the Python interpreter can be strengthened without the assistance ofany third-party tools and modification of business codes.

The invention discloses a machine tool bottom waste material collecting, compressing and processing device. The machine tool bottom waste material collecting, compressing and processing device comprises a collecting box; a collecting cavity with an upward and leftward opening is arranged on the left side in the collecting box; a turnover baffle is arranged on the left side in the collecting cavityin a turnover manner; conveying cavities are arranged in the turnover baffle; conveying devices are arranged in the conveying cavities; a conveying belt is arranged in the conveying devices; waste materials accumulated in the collecting cavities enters the lower sides in the conveying cavities; the waste materials are transported upwards by the conveying belt; a compressing box is arranged on theleft side of the collecting box; a material collecting cavity with a rightward opening is arranged on the upper side of the compressing box; and a compressing device is arranged on the lower side ofthe material collecting cavity. According to the machine tool bottom waste material collecting, compressing and processing device, the device is installed in a waste material collecting groove of a machine tool, so that the function of waste material collecting and compressing of a common machine tool is increased, disassembly or refitting is not needed, a new machine tool is not needed, the installation is convenient, the cost is saved, and meanwhile, the manual adjustment can be carried out according to the size of the waste material collecting groove, and adjustment is simple and convenient.

The invention relates to a method and device for producing a printed product with a double-sided cover. The printed product includes a double-sided cover with a cover page and a folding page, when the folding page is adhered to the cover page from outside, the printed product can not match with a bookblock in mechanization on traditional adhesion bookbinding machine. The invention proposes that before connection to the bookblock, the printed product whose cover page is coated with a folding page outside is rolled over, so that the folding page is located below the cover page, and then a bookblock is matched to the envelope. In this way, traditional adhesion bookbinding machine can be used to automatically produce the printed product whose cover page is coated with a folding page outside.