75results about How to "Reduce lost time" patented technology

A system and method for a navigation system including a hazard avoidance feature is disclosed. The system and method allows for professionals, civilians, vehicles, robots and computer systems to collaborate and share information regarding hazards, defects, obstacles, flaws, and other abnormalities that exist in any environment. Routes may be planned that avoid these hazards reducing lost time or frustration. Moreover, the system and method is configured for participants to detect, catalog, and share information related to obstacles.

An apparatus for allowing pre-assembly of a wheel and wheel spacer and a method of using the apparatus are disclosed. The apparatus provides a structure within the hub of a molded plastic wheel and a structure on a spacer segment for engagement of the two parts. A variety of embodiments are described in which the spacer can easily be snapped, screwed, or pressed into the wheel. This allows pre-assembly of the spacer and wheel so that when needed, a spacer need not be found or acquired, but is readily available to the user.

A traffic signal control method comprises confirming the shortest green light interval; confirming the conflict area of the different traffic flow and the key conflict point position according to the engineering design for road canalization; confirming the longest clear distance si(m) of the traffic tail unit of green light i and the shortest entry distance sj(m) of the traffic head unit of green light j in conflict with green light i; calculating the longest clear time Max{ti} of the traffic tail unit of green light i and the shortest entry time Min{tj} of the traffic head unit of green light j; calculating the shortest green light interval Iij=A+Max{ti}−Min{tj}; confirming the control scheme for the crossing according to the shortest green light interval and sending the control instruction to the traffic signal display device for displaying in real time according to the control scheme. A traffic signal control system and special equipment are also provided.

The invention relates to an automatic fault diagnosis system of a bulldozer. A controller and a display are connected with a CAN wire. The controller comprises an engine controller, a detection controller and a traveling controller. Each engine parameter sensor is connected with the engine controller; a bulldozer transmission and working parameter sensor, a bulldozer starting system electrical device detection points are connected with the detection controller; and a travelling control handle, a travelling brake pedal, a travelling solenoid valve, a steering brake solenoid valve and a bulldozer travelling pressure and velocity sensor are connected with the traveling controller. The invention can diagnose all faults of the electrical devices, lines, and part of hydraulic system of bulldozer, alarm and display the detected content, thus an operator can find the fault points directly according to indication of alarm, and then eliminate the faults effectively. Therefore, labor intensity is reduced and downtime is shortened, and the maintenance cost is reduced. The automatic fault diagnosis system can make sure the bulldozer operate safely and improve the overall management level of the bulldozer. The invention has the advantages of stable performance, convenient operation, safety and reliability and humanized interface.

A successive approximation analog/digital converter is provided, which includes a successive approximation register supplying a digital/analog converter, first means of comparing an input signal of the analog/digital converter to an output signal of the digital/analog converter delivering a first comparison signal, said successive approximation analog/digital converter being synchronised by a clock signal coming from a conversion clock. A method such as this includes dynamic adaptation of the conversion clock period based on at least one parameter.

The invention discloses a cantilever frame beam side all-embedded mounting and erecting device. The cantilever frame beam side all-embedded mounting and erecting device comprises an I-beam and embedding devices; the I-beam is provided with a steel plate base, and is fixedly connected with an embedding device I arranged in a concrete wall through a bolt; a supporting point fixing device I of which the angle can be adjusted freely is arranged on the lower portion, which is far away from the concrete wall, of the I-beam; the supporting point fixing device I is connected with a supporting point fixing device II arranged on the concrete wall through a supporting steel tube; the supporting point fixing device II is connected with an embedding device II arranged in the concrete wall through a bolt; trapezoidal screw threads are arranged in two ends of the supporting steel tube; a positive and negative trapezoidal thread adjusting screw is arranged on the middle upper portion of the supporting steel tube; each of the supporting point fixing device I and the supporting point fixing device II is provided with a trapezoidal screw of which the angle can be adjusted freely; and the trapezoidal screws are respectively connected with the screw threads in the two ends of the supporting steel tube. The cantilever frame beam side all-embedded mounting and erecting device is quite simple in structure and quite convenient to assemble and disassemble; materials are saved greatly; and the schedule is increased.

Provided are apparatus and methods for manufacturing semiconductor devices and more specifically exhaust system apparatus and methods used in conjunction with a plurality of semiconductor processing chambers. The overall apparatus includes a plurality of process modules in which a semiconductor process is performed and an exhaust module to which the process modules are independently connected by fluid exhaust lines. The exhaust module amplifies an exhaust functionality of the system by more effectively and reliably drawing exhaust material from the process modules to be efficiently and effectively exhausted from the system.

A method and apparatus for detecting the presence or absence of an undesirable fluid, such as water, in a pipeline and for removing the undesirable fluid are disclosed. A detecting substance, for example, sugar, naphthalene or a pigmented solid is carried by a sweeping pig. The sweeping pig is inserted into the pipeline, propelled along the pipeline and recovered from the pipeline. The detecting substance is examined upon recovery of the sweeping pig to determine whether the undesirable fluid is present in the pipeline. The pipeline can be swept multiple times until examination of the detecting substance indicates that the undesirable fluid is not present in the pipeline.

The invention discloses an intelligent creel for a carpet loom, which comprises a frame, a yarn storage body, a positioning and line-seeking unit, a core function unit, a guide frame and a manipulator. As the transfer of carpet yarn from the yarn storehouse to the loom, the present invention can automatically analyze the utilization of various yarns according to the order, and supply them to the carpet loom according to the specified surplus, and the yarn can be used before a certain yarn is used up. It can be reserved for the loom in advance, so the yarn utilization rate and carpet productivity are greatly improved, and at the same time, the time for changing yarns for different orders is saved, and the labor load and delay rate are reduced, which has high economic and social benefits.

The leak stopping agent consists of acid soluble material15-45 wt%, bentone powder 5-25 wt%, lime powder 5-30 wt%, calcium carbonate powder 5-25 wt%, cement 0-40 wt% and fibrous material 0-20 wt%. When it is used in stopping leak, the above said materials are mixed homogeneously before further mixing with 2-7 times of water or 3-10 times of well drilling liquid. It is superior in stopping leak during well drilling owing to the high adhesion force and shearing resistance between the stopping matter and the leak layer. It is especially suitable for treatment of indefinite and complicated leak layer.

The invention relates to a monitoring method for a single-phase intelligent electric energy meter automatic verification production line, and belongs to the technical field of a monitoring method for an automatic verification production line. The monitoring method comprises the steps of quality control testing, uncertainty evaluation and uncertainty evaluation result verification. The monitoring method can realize a monitoring test for the single-phase intelligent electric energy meter automatic verification production line, unmanned management is realized in the test process, and a subjective error is avoided. Test acquisition data in the monitoring method is stored in the form of a database, thereby being convenient for transmission and filing management, and realizing paperless management. Error verification devices in one automatic verification production line are enabled to act as a comparison set for an uncertainty evaluation result, and a device is indicated to certainly have a hardware failure problem after random anomaly is excluded. The monitoring method is scientific in design, convenient to operate, accurate and reliable, the performance of the single-phase intelligent electric energy meter automatic verification production line is ensured to be controllable, and the verification quality of a verified single-phase intelligent electric energy meter is guaranteed.

A data processing apparatus may include a plurality of buffer units that stores data, a data write control unit that writes input data to any one of the plurality of buffer units by exclusively controlling the plurality of buffer units, and a data read control unit that reads data to be output from any one of the plurality of buffer units by exclusively controlling the plurality of buffer units. The data write control unit may output a data write completion signal indicating that the writing of the data is completed when the writing of the input data is completed. The data read control unit may output a data read completion signal indicating that the reading of the data is completed when the reading of the data to be output is completed.

The invention discloses a mutual inductor access-type three-phase intelligent ammeter automatic error detection device monitoring method belonging to an automatic error detection device monitoring method technology field. The monitoring method comprises a quality control test, uncertainty evaluation, and verification of uncertainty evaluation results. By adopting the monitoring method, the monitoring test of the mutual inductor access-type three-phase intelligent ammeter automatic error detection device is realized, and unmanned management of a testing process is realized, and then subjective errors are prevented; data acquired by the test adopting the monitoring method is stored in a database way, and transmission and archiving management are facilitated, and then paperless management is realized; an ammeter position in the automatic error detection device is used as the comparison set of the uncertainty evaluation results, and after random abnormities are eliminated, the hardware fault problem of the ammeter position is determined. The monitoring method is advantageous in that design is scientific, operation is convenient, accurate, and reliable, and the performance of the mutual inductor access-type three-phase intelligent ammeter automatic error detection device is guaranteed, and detection quality of a mutual inductor access-type three-phase intelligent ammeter is guaranteed.