41results about How to "Improve machine life" patented technology

Methods for predicting a machine event are described. In one aspect, a method includes receiving data for current events for the machine, and determining whether the data for the current events is within operational limits. The method also includes, when the data for the current events is within operational limits, determining, using a predetermined model, whether an anomaly exists, and generating an alert including information on the anomaly when the anomaly exists. Systems and machine-readable media are also described.

A numerical control system comprises a high speed operation buffer 27 for storing all the NC control data (interpolation movement amount or acceleration or deceleration data, etc.) occurring in time series by executing apart program, a time series data parallel display part 62 for reading and displaying the data in time series, an optimization processing part 61 for making the edit process such as recalculation process to deletion of Null data, etc. and temporally shift the group of specific data or change the pattern in the group of said data, and a second high speed operation buffer 60 for storing the processing result. The series of processes are performed by a personal computer (PC) 51 connected to an NC apparatus 1 to be able to exchange data. The data stored in the second high speed operation buffer 60 is transferred to the side of the NC apparatus 1, and read and executed, whereby the optimal processing with temporal editing is performed at high speed.

Use of an automatic dishwashing product in an automatic dishwasher for cleaning the internal parts of a dishwasher during an automatic dishwashing operation wherein the operation involves the delivery of at least 250 ppm of a non-ionic surfactant.

A fuel supply system for a vehicle having an internal combustion engine and a fuel tank, has a reservoir, a fuel pump, a suction filter, a fuel transfer and a pressure accumulator. The reservoir is located in the fuel tank and is hermetically sealed. The fuel pump is configured to suck fuel from the reservoir and to supply the fuel to the internal combustion engine. The suction filter is configured to filter the fuel sucked by the fuel pump. The fuel transfer is configured to transfer the fuel from the fuel tank into the reservoir and to pressurize the fuel in the reservoir. The pressure accumulator is connected to the reservoir in order to control a pressure of the fuel in the reservoir.

The invention discloses a preparation method of a bio-based diesel fuel lubricating antiwear agent, and belongs to the technical field of preparation of antiwear agents. The preparation method comprises the following steps of using biomass castor oil as a raw material, saponifying and acidifying, so as to obtain castor oil fatty acid; reacting with diethanol amine, so as to obtain a lubricating base material with an oleic alkanolamide structure; using an oil and water interface method to obtain nano cerium oxide; doping, and dispersing into the base material, so as to obtain the lubricating antiwear agent. The preparation method has the advantages that by utilizing higher catalytic oxidization activity of cerium oxide, the combustion temperature of diesel soot is decreased, so that the exhaust emission of carbon particulate matters is obviously reduced; by mixing with the lubricating base material with the oleic alkanolamide structure, the problem of unobvious effect of reducing exhaust emission by the traditional diesel additive is solved, the defects of poor improvement of lubricating condition of diesel and unobvious effect of wear resistance are overcome, and the use effect is better.

A glass hot bending former with improved pushing mechanisms comprises a former body, and a horizontal pushing mechanism and a vertical pushing mechanism that are located in the former body, wherein the horizontal pushing mechanism comprises pushing rods, a guide slider, a guide groove block, a driving rod and a horizontal driving air cylinder; the horizontal driving air cylinder is arranged outside a heat insulation airtight cavity; the horizontal driving rod is connected with the horizontal driving air cylinder; the horizontal driving rod penetrates through a side wall of the heat insulation airtight cavity and is connected with the guide groove block; the guide groove block is provided with a guide groove; the guide slider slides in the guide groove; the depth of the guide groove is greater than the movement depth of the horizontal pushing mechanism for ensuring that the guide slider keeps connection with the guide groove block in a movement process; and the pushing rods are connected with a pushing block. One driving rod of two driving air cylinders of the pushing structures adopts a structure that a slide groove and a slider are matched with each other and keep connection; the two driving air cylinders are arranged outside the heat insulation airtight cavity, so that the influence on service lives of the driving air cylinders caused by overheating is avoided; and the hot bending former has the advantages that the hot bending former is reasonable in structure, and the life of the whole hot bending former can be prolonged significantly.

A working fluid cooling control system has a controller 100 that receives inputs signals from a traveling motor speed pickup 101, a pressure sensor 102, a signal receiving line 103a of an option selecting switch 103 and a temperature sensor 104. The controller performs predetermined arithmetic processing and controls proportional solenoid valves 105 and 106. The pressures controlled by the solenoid valves are compared with positive control command pressures in shuttle valves 109 and 110. In this way, in the case of an operation pattern corresponding to a rise in temperature of the working fluid, minimum tilting angles of hydraulic pumps 11 and 12 are increased to increase an average flow rate of the working fluid passing through an oil cooler 40, thereby increasing an average heat discharge amount and reducing an equilibrium temperature of the working fluid.

In one embodiment, the disclosed method for lubricating a machine bearing system includes monitoring a bearing system using a vibration sensor, such as an accelerometer, receiving a signal from the vibration sensor, calculating a parameter based on the signal; and adding a lubricant to the bearing system based upon the parameter. In another embodiment, a system may include a vibration sensor, a monitor configured to receive a signal from the vibration sensor and calculate a spike energy value, and a lubrication device configured to add a lubricant to a bearing system based on the spike energy value. The system and method help reduce maintenance and repair costs, while prolonging the life of the machine system components being monitored.

A mosaic elastic composite screen plate suitable for sieving of various kinds of vibrating screens comprises a framework, a crossbeam of the framework, a stringer of the framework and elastic sifting bars. The framework is a composite elastic framework formed by adhering polyurethane and 20-g steel plate, a plurality of blind holes are respectively provided on the inner side of the composite elastic framework for supporting the elastic sifting bars, through holes for allowing the elastic sifting bars to pass through are provided on the framework corresponding to the other side of the blind holes and on the crossbeam located at the middle section, and the elastic sifting bars are in clearance fit with through holes where the framework and the crossbeam penetrate. Because the screen plate is an elastic body, the elastic collision effect of the elastic sifting bars can be enhanced during the vibration process of the screen plate along with the screen body to accelerate the loosening and cutting of viscous and moist materials. The oscillation energy produced by the collision and the multi-degree-of-freedom position change of the sifting bars can prevent the screen plate from adhering the materials and being jammed in the cleaning process, thus greatly improving the screening efficiency.

The application provides a reducer and a robot. The reducer includes an eccentric shaft (11) and a cycloidal wheel (13). The cycloidal wheel (13) is provided with a shaft hole, the eccentric shaft (11) is arranged in the shaft hole, and the eccentric shaft (11) and the inner wall of the shaft hole Needle bearings (12) are arranged between them, and the inner surface of the shaft hole of the cycloidal wheel (13) is subjected to surface heat treatment through a carbonitriding heat treatment process. According to the reducer of the present application, it is possible to optimize the heat treatment of some parts engaged with the needle bearings, so as to prolong the service life of the reducer as a whole.

The invention relates to air conditioner filed, in particular to an intelligent control method of air conditioner. By overcoming the shortcomings of the prior art, the invention needs not to develop multiple selection systems corresponding to multiple system requirements or manually set the selection system by dial-up, jumping wire, and other methods, instead, the invention utilizes a general control mainboard to perform automatic detection of system number in accordance with air inlet temperature, air outlet temperature, air inlet pressure, air outlet pressure that are fed back from the compressor, overload protection quantity and other parameters, and then invokes the corresponding control program to control, so that one control mainboard is general for multiple-type or multi-system air-conditioning system, and the problems in the prior art including complex types, various dial-up codes, complex wiring, and complex production, debugging and maintenance of the control mainboard can be solved. In addition, aiming at multi-system and multi-compressor air conditioner, the intelligent control balances the compressors to perform controlling function, so that the service life of complete air conditioning unit is prolonged and the reliability is also improved.