86results about How to "Eliminate exceptions" patented technology

A kind of sine pulls to stretch cell to add to carry device, involve a medical science experiment instrument in of the cell mechanics add to carry device. The invention mainly includes a machine, wheel gear deceleration to adjust soon electrical engineering, number to show to adjust soon a machine, crank a slippery piece organization and pulls to stretch sport organization. The crank slips a piece of organization mainly from adjust a pole, the song arm slippery piece, crank and pull pole composing; Pull to stretch sport organization mainly from glide a support, fix support, direction pole, pioneer pole piece and behind lead a pole piece composing. Because the invention has structure simple, operate simple, maintenance convenience, the cost is cheap, circulating steady, sex price ratio high, the cell is subjected to dint even, can regulate to pull to stretch characteristics, such as range and frequency...etc., pull to stretch distance can the convenience regulates within the scope of 0~25 mm, can satisfy various cell which stick a wall growth to carry on the mechanics incitement which pulls to stretch to add to carry to respond to a research, so the invention can used to the cell mechanics within instrument of the medical science experiment to add to carry device extensively, being applicable to funds and profession to operate the think factory that the personnel lacks specially extensively applied.

The invention discloses a path station location optimizing method based on a sensitive area of a power transmission and transformation engineering environment. The method comprises the following steps: generating a basic point in a GIS (geological information system) according to an environment sensitive area target on the basis of geological information; determining the shape of a generated buffer area according to the basic point, carrying out linear judgment and break point concavity or convexity judgment by using a vector algorithm, embedding arcs, generating the buffer area, and dividing a self-intersection boundary of a boundary of the buffer area; carrying out polygon clipping on the generated buffer area, dividing a reason of space data again, carrying out spatial overlapping on different data models in the area, and determining an environment sensitive area according to an overlapping result; comparing a set path or station location rule with the determined environment sensitive area in an overlapping manner; if the path or station location rule and the environment sensitive area are overlapped, correcting the path or the station location rule. The sensitive area can be avoided ahead of time or corresponding environmental protection measures are taken, and potential environment risks of projects are reduced.

An organic electroluminescent module is disclosed. The organic electroluminescent module comprises a plurality of scan lines, a plurality of data lines perpendicular to the plurality of scan lines, a plurality of light emitting diodes formed at cross regions of the plurality of scan lines and the plurality of data lines, a scan driver having inverse voltage applying transistors and ground voltage applying transistors respectively connected to the plurality of scan lines, a data driver having static current sources and ground voltage applying transistors respectively connected to the plurality of data lines, and a driver controller for controlling the scan driver and the data driver. Impurities in the organic EL module can easily be eliminated by an inverse voltage. As a result, a lifetime of the organic EL module can be prolonged and quality of display can be improved.

The present disclosure replaces a standard electric utility meter with a meter having a signal sensor, signal generator, and processor platform. The utility can then select the 'application' that best suits their analysis needs. The meter platform consists of 3 layers: physical interfaces (16 - 24, 34, 36), pre-processing resources (26), and applications processing & database (28, 32). The physical interfaces include voltage, current, and load sensors, radio and PLC communications, optical, and power control for advanced outage management. The increased processing capabilities combined with signal and data processing allow for true distributed intelligence in the smart grid. The physical layer, pre-processing DSP and firmware form open APIs for third party developers.

A measurement device system and method of using the same for determining the depth of a pile being installed and/or the equipment used to install the pile. The device including an encoder assembly having a support attachable to a structural component of a rig wherein the support has a pivot joint coaxial with a load arm axis. The encoder assembly has a load arm rotatable about the arm axis and with a wheel near its distal end that is rotatable about a wheel axis with an encoder joined to the wheel that moves with the wheel. The encoder assembly further including a biasing assembly to urge the load arm and wheel into an engaged condition relative to the associated pile installation machine such that the wheel frictionally engages a surface of another structural component of the rig. Thus, the displacement of the first structural component relative to the second component rotates the wheel about the wheel axis and the encoder. This information can then be used to determine pile depth.

An oil circulation system for electric motors in a hybrid electric vehicle having, as a power source, an internal combustion engine is disclosed. Provision is made to start oil circulation under high reliability even though an electric pump cannot circulate lubricant oil through the electric motors due to increased viscosity at low temperatures. The oil circulation system includes the electric pump in fluid communication with an oil flow path for the electric motors;a mechanical pump, in fluid communication with the oil flow path, operable on driving power of the engine;and a controller for control of operation of the electric pump and that of the mechanical pump. The controller utilizes operation of the mechanical pump upon detection of abnormality in operation of the electric pump derived from viscosity of the lubricant oil in order to recover the electric pump.

The invention discloses a bus and working node isolation device. The isolation device is arranged in a working node of a bus, and comprises an isolation unit and a control unit, wherein the isolation unit is connected between the bus and the working node and used for connecting or isolating the bus and the working node; and the control unit detects the working state of a bus signal output to the working node through the isolation unit, and controls the isolation unit to connect or isolate the working node and the bus according to the detected working state. The isolation device can effectively isolate a fault node connected on the bus.

The invention discloses an intelligent identification and prediction method for transmission and transformation project environmentally-sensitive regions. Access to a GIS is achieved through the spatial index technology, geographical location information of sensitive region targets is read, and space entity shapes of the sensitive region targets are determined; generated buffer region shapes are determined according to basic points, linearity judgment and break point concavity and convexity judgment are carried out through a vector algorithm, arcs are embedded, buffer regions are generated, and self-intersecting boundaries of buffer region boundaries are divided; the generated buffer regions are subjected to polygon cutting, regions of spatial data are re-divided, different data models in the regions are spatially overlapped, and automatic identification of the transmission and transformation project environmentally-sensitive regions is achieved; the identified sensitive regions are reflected in the GIS, an environmentally-sensitive region database is established, the environmentally-sensitive regions in the database are updated, and the change of the environmentally-sensitive regions is predicted in real time.

The invention discloses an automobile driver fatigue identification method based on stress response ability and belongs to the technical field of automobile safety. The method comprises the followingsteps that data of the response time and execution time of a driver in the whole driving simulation process is acquired; probability density functions in different states are obtained, the response time and execution time of the driver in a waking state form normal distribution, and the response time and execution time of the driver in a fatigue state form logarithmic normal distribution; data conversion is conducted on two types of samples different in distribution to make measuring standards consistent; binary joint distribution of the response time and execution time after conversion is established to obtain the prior probability of the response time, the execution time and two fatigue states, and then the posterior probability of the response time and the execution time in the known fatigue state is obtained; a naive Bayes algorithm and a logistic algorithm are utilized to identify the fatigue of the driver. By adopting the automobile driver fatigue identification method, the influence of individual difference and distraction of the driver on fatigue judgment accuracy can be eliminated.

The invention discloses a power transmission and transformation engineering project electromagnetic environment prediction method based on automatic recognition of an environment sensitive target. The method includes: reading geographic information corresponding to a power transmission and transformation project, determining the shape of a generated buffering area according to a given spatial entity, and utilizing a vector algorithm and a stacking method to determine an environment sensitive area; utilizing an image method to calculate equivalent charge on a power transmission line so as to calculate an electric field generated by the equivalent charge, utilizing an equivalent charge method to calculate intensity of a high-voltage power transmission line spatial working frequency electric field, and predicting a working frequency electric field of the determined environment sensitive area; according to quasi-static characteristics of electromagnetic performance under working frequency condition, applying an ampere's law to stack calculation results by vector, and calculating to acquire magnetic field strength around a lead and a prediction value of a working frequency magnetic field of the environment sensitive area. By the method, when the environment sensitive area of the power transmission and transmission project is modified or removed, electromagnetic environment parameters that the environment sensitive area of the power transmission and transformation project is about to face can be predicted for corresponding rectification to avoid disputes.

A mobile terminal client end for identifying and restoring error operation of decoder consists of network monitor for monitoring stream media data to identity lost situation of data and operation analyzer for judging that data loss is caused by decoder operation error or caused by radio transmission if data loss of said stream media is identified.

The invention provides a meat slicing machine easily suitable for meat slicing machine with a cutting disc, capable of easily reducing the meat scrap on the cutting disc and obtaining the sliced meat with beautiful surface. The meat slicing machine comprises a cutting disc (4) capable of slicing the meat by the axial recession and rotation along the axle, and a meat box (5) for loading the meat to be sliced and capable of reciprocating relative to the cutting disc; the meat is sliced when the meat box moves towards; wherein the meat box arrives at the terminal position of the forwards movement when the meat is sliced, and the cutting disc recesses by a preset distance towards the direction apart from the slicing surface of the meat, and then the meat box recesses to the initial terminal and the cutting disc returns to the initial slicing position and then the meat is transferred by the meat box and the meat is sent out according to the amount of the slicing thickness (t).