69results about How to "Small time lag" patented technology

A digital camera having small time lag for recording the object after releasing a shutter by employing less movable parts, and by employing an image sensor for other purpose as well as actual forming picture image for recording the object is provided. According to one aspect of the present invention, a digital camera includes an image sensor having a plurality of two-dimensionally arranged pixels capable of selectively reading out signals from desired pixels and capable of adding signals of at least two pixels prior to getting the output from the image sensor, a first processor for processing outputs got from the individuals of the pixels of the image sensor to form a picture image of an object of the camera and a second processor for processing the added signal of the image sensor for light metering of the object. In the digital camera according to the present invention, by using an image sensor capable of selectively reading out signals from desired pixels and capable of adding signals prior to getting the output from the image sensor, signals from respective pixels are read out while processing picture image forming, and the output is got from the image sensor after signals from respective pixels within light-metering area are added while processing light metering. Accordingly, calculation for light metering can be processed quickly and a circuit for processing signals output from the image sensor can be simple. As a result, power savings as well as cost savings can be realized.

The invention discloses a boiler fly ash ignition carbon measuring device, which comprises a sample feeding component, an ignition component, a transmission component, a sample weighing component, a sample discharge component and a crucible supporting plate. Crucible holes are arranged on the crucible supporting plate; the center of the crucible supporting plate is fixed to the top end of a pull rod passing through a station platform; a synchronizing wheel is arranged on the pull rod disposed between the crucible supporting plate and the station platform; a transposition motor fixed under the station platform is connected with the synchronizing wheel via a synchronizing belt; a sample feeding station, an ignition station, a sample weighing station and a sample discharge station are sequentially arranged on the station platform; the sample feeding component, the ignition component and the sample discharge component are respectively positioned above the sample feeding station, the ignition station and the sample discharge station; and the sample weighing component is positioned below the sample weighing station. By installing an electric scale below the station platform, the carbon measuring device enables the length of a weighing rod to be shortened heavily, enables the anti-vibration capability of the weighing rod to be strengthened greatly, and then improves measurement accuracy. Additionally, the crucible supporting plate is a strip-shaped plate with two through holes capable of holding a crucible, has simple structure, small rotation inertia, and is favorable for controlling accuracy of rotation.

A medicine core composition used for low solubility active medicine controlling release administration is provided in the present invention, wherein, at least comprising medicine-containing layer and boosting layer, the medicine-containing layer comprises low solubility active medicine and hydrophilic polymer carrier, the boosting layer at least comprises penetration enhancing polymer, insoluble polymer and osmotic pressure promoter; a osmotic pump containing the medicine core composition is also provided in the present invention, wherein also comprising semi-transparent material film coating outer of the medicine core; the medicine core composition of the present invention can controlled speed release medicine, leading the preparation containing the medicine core to achieve aim of administration one time every day, that is about in 24 hours to release active medicine.

The invention discloses a vibration elimination method for an arm frame of a concrete spreading device. The method comprises the steps: detecting a vibration direction signal and a vibration intensity signal of the tail end of the arm frame; and when the vibration intensity signal exceeds a vibration intensity threshold value, selectively controlling a hydraulic pump to communicate with a rod-end cavity or a cap-end cavity of an arm frame hydro-cylinder, adjusting a pump output pressure P1 according to the vibration direction signal, and maintaining the vibration signals within the range of a set threshold value by adjusting the pressure of the rod-end cavity or the cap-end cavity of the arm frame hydro-cylinder, and when the vibration intensity signal does not exceed the vibration intensity threshold value, control the hydraulic pump output to zero. By means of the technical scheme, the output pressure of the arm frame hydro-cylinder can be controlled according to the vibration of the arm frame. The vibration elimination method for the arm frame of the concrete spreading device takes corresponding control by detecting the vibrations of the arm frame, so that the detection is simple and convenient, the adjustment can be processed in real time, the control is direct and has low time delay, the control precision is high and the energy-saving effect is obvious.

An imaging device comprising a first contrast AF unit that obtains contrast information of a subject image from subject image data, and guides a photographing lens to within a first in-focus permissible based on the contrast information; a phase difference AF unit for receiving subject light flux to detect a defocus amount of the photographing lens by the phase difference method, and guiding the photographing lens to within a second in-focus permissible range in response to the detection results; a release button having a two stage operating arrangement of half pressed and fully pressed; and a control unit for, when the release button has been pressed down halfway during execution of the live view display operation, executing a focusing operation using the first contrast AF unit, and, after that, when the release button is pressed down fully, executing a focusing operation using the phase contrast AF unit.

The present invention uses a high-gain observer which contains the discrete-time arithmetic expressions derived from a mathematical model of an injection and pressure application mechanism in an electric-motor driven injection molding machine consisting of state equations and outputs an estimate of injection pressure, which is one of the state variables of the above state equations, by using a screw position signal and a servomotor current demand signal or actual motor current signal as inputs. The high-gain observer obtains the exact injection pressure estimate with very small time-lag without using a pressure detector. Thus the estimate of injection pressure fed by the high-gain observer can be adopted as a feedback signal of actual injection pressure for controlling injection pressure.

The invention discloses a method, a device and a medium for ensuring final data consistency of distributed transactions, the method comprises the following steps: acquiring a business request, acquiring a service set formed by each service associated with the business request, wherein the server set at least comprises two services; obtaining a parameter of each service related to the business request to obtain a parameter subset corresponding to the service, and obtaining a parameter set corresponding to the service set based on the parameter subset corresponding to each service in the serviceset; generating an idempotent task according to the parameter set, wherein the idempotent task is used for performing idempotent operation on each parameter in the parameter set; and executing the idempotent task, and returning an execution result of the idempotent task. According to the method, the time required for achieving the final data consistency state is remarkably shortened, and the timedelay is reduced while it is ensured that the distributed transaction is executed at a high success rate.

A steam generating appliance such as an electric iron comprises a base unit and a hand-held mobile unit which can be releasably coupled to the base unit. The base unit comprises a reservoir for water and a pump for pumping water from the reservoir into the mobile unit when the mobile unit is coupled to the base unit. The mobile unit comprises a boiler and an on-board reservoir for water, wherein the on-board reservoir is adapted to store water received from the base unit under pressure and to deliver the water to the boiler under the control of a user-operable valve.

The invention discloses a method for defining wrong data of an intelligent device in a power supply system. The current sampling point is defined as a kth point, a point next to the current sampling point is defined as a (k+1)th point, a point previous to the current sampling point is defined as a (k-1)th point, and a point two position previous to the current sampling point is defined as a (k-2)th point; the sampling values of the points are y(k), y(k+1), y(k-1) and y(k-2) respectively; a maximum threshold value of the difference of the sampling values which is allowable by the device is setaccording to the sampling value in a steady state when the device has the most serious failure; and the threshold value is taken as a precondition for defining whether the sampling value is the wrongdata or not. By the method, the wrong data possibly occurs in the sampling of the device caused by noise or interference in the system, or hardware failures such as sampling abnormality or software failures such as program running out and the like in the device can be filtered, and time lag caused by the conventional software and hardware filtering method can be obviously reduced.

A depth information generator of the present invention is provided with: a region extraction unit (10) which detects the face of a person from a 2D image, and based on the detected face extracts a person region that indicates a person within a region of the 2D image; and a depth map generator (11) which generates a depth map for separating the person region and regions other than the person region by providing the extracted person region with a depth value different from the depth values of the regions other than the person region. As a result, a depth map can be generated for displaying a 3D pop-out which is not incongruous to the viewer.

According to the present invention, there is provided an imaging device, comprising: an imaging unit for receiving subject light flux, that has been made incident by the photographing lens, on an imaging surface, and photoelectrically converting a formed subject image to output image data; a display unit for carrying out a live view display operation using image data acquired by the imaging unit; a first contrast AF unit for obtaining contrast information of the subject information from image data acquired by the imaging unit and guiding the photographing lens into a first in-focus permissible range based on the contrast information, and a control unit for, when the live view display operation has started, executing a focus adjustment operation using the first contrast AF unit at a first time interval.

An imaging device, comprising a photographing lens having a manual focus mechanism, an imaging unit for receiving subject light flux, that has been made incident by the photographing lens, on an imaging surface, a display unit for carrying out a live view display operation using image data acquired by the imaging unit, a contrast AF unit for obtaining contrast information of the subject information from image data acquired by the imaging unit and guiding the photographing lens into a specified focus permissible range based on the contrast information, and a control unit for, when a manual focus operation is carried out after executing a focus adjustment operation using the contrast AF unit during the live view display, carrying out control so that there is a transition to a shooting operation without again executing the focus adjustment operation.