65results about How to "Avoid misinterpretation" patented technology

A device and a method for monitoring rotating components in centrifugal pumps or systems which comprise centrifugal pumps is provided. The device includes a first unit which is located on or in the component to be monitored having at least one component property sensor, a sensor signal evaluation unit, a transmitting unit for transmitting analysis results to a receiver arranged spatially separate from the monitored component, and a source for supplying power. The device further includes a second unit having a receiver unit, a transmitted signal evaluation unit, and a sensed component property display and / or information communication element. The analysis result transmission from the first unit to the second unit is acoustic.

The present invention provides a method for reducing the visual impact of defects present in a matrix display comprising a plurality of pixels, said pixels comprising at least three sub-pixels, each sub-pixel intended for generating a sub-pixel color which cannot be obtained by a linear combination of the sub-pixel colors of the other sub-pixels of the pixel, the method comprising: providing a representation of a human vision system, characterizing at least one defect sub-pixel present in the display, the defect sub-pixel intended for generating a first sub-pixel color, the defect sub-pixel being surrounded by a plurality of non-defective sub-pixels, deriving drive signals for at least some of the plurality of non-defective sub pixels in accordance with the representation of the human vision system and the characterizing of the at least one defect sub-pixel, to thereby minimize an expected response of the human vision system to the defect sub-pixel, and driving at least some of the plurality of non-defective sub-pixels with the derived drive signals, wherein minimizing the response of the human vision system to the defect sub-pixel comprises changing the light output value of at least one non-defective sub-pixel for generating another sub-pixel color, said another sub-pixel color differing from said first sub-pixel color. The present invention also provides a corresponding system for reducing the visual impact of defects present in a matrix display, and a matrix display with reduced visual impact of defects present in the display.

The embodiment of the invention discloses a message merging method and device, equipment and a storage medium, and belongs to the technical field of communication. The method comprises the following steps: receiving a first message of a sender, wherein the first message comprises message content and a first message identifier; according to the first message identifier and a second message identifier of the received second message, determining a second message satisfying a merging condition for message merging with the first message from the received second message, the merging condition at least comprising that the sender is the same as the sender of the first message; and merging the first message and the second message meeting the merging condition into the same session page. According to the message display method and device, the messages of the same sender can be displayed in the same session page, the message display effect is improved, and user understanding deviation caused by the fact that the messages of the same sender are displayed in different session pages is avoided.

The invention relates to signal processing during fault conditions. A system is configured to monitor a received signal. In response to detecting a fault condition associated with the received signal, the system sets a fault status indicator to indicate occurrence of the detected fault condition. The system sets a state of the fault status indicator for at least a predetermined amount of time to indicate occurrence of the detected fault condition. Subsequent to setting the fault status indicator for at least the predetermined amount of time to indicate the occurrence of the detected fault condition, the system monitors integrity of the signal again. After the predetermined amount of time, in response to detecting that there is no longer a fault associated with the monitored signal, the system modifies the fault status indicator to indicate absence of the fault condition.

The invention provides a technology for solving a problem that an electric connector having a locking mechanism unlocks accidentally because of vibration and surge. The connector comprises a locking unit (103) for preventing the electric connector from detaching when being fitted with a side connector of an opposite side. The locking unit (103) possess a first snap part (104) snapping with a part of the side connector of the opposite side when the electric connector is fitted with the side connector of an opposite side, a main body part (105) for connecting with the first snap part (104), a first operation part (106) for connecting with the main body part (105) and performing position switch on the first snap part (104). Furthermore, a first position limitation member (107 ) (double lock) for the position that the first operation part switch to which can be selectively moved to a limited part or an unlimited part, and the limitation member (triple lock)for the position of the first position limitation part which can be selectively moved to a limited part or an unlimited part are comprised. In virtue of above arrangement, the electric connector can prevent fault unlocking.

The invention provides a humidity indicator, which is provided with humidity determining surfaces (M1-M4) on the surface of a paper humidity determining plate (P) and determines humidity according to color change of humidity determining surfaces (M1-M4). The humidity indicator has a first film (F1) covering the surface of a humidity determination plate (B) and a second film (F2) covering the back surface of the plate (B). At least between the first film (F1) and the surface of the humidity determination plate (B) is formed a flat air layer (Au) on which the entire surfaces of humidity determination surfaces (M1-M4) exposing cobalt chloride (Co) are faced, and small holes (H) allowing the air layer (Au) to directly communicate with the atmosphere are formed with intervals in the first film (F1). First and second films (F1, F2) extend from outer periphery of the humidity determining surface plate, are directly engaged (m) on outer peripheral portions (F1a, F2a) and pressed on the humidity determining plate (P) to enclose area corresponding to the air layer.