340 results about "Target setting" patented technology

A position control apparatus has a target setting unit for setting a target position in a direction of the control axis of the controlled object able to be moved in directions of a plurality of control axes by moving unit; a position control unit for independently positioning the controlled object to the target position in the direction of the control axis set by the target position setting unit; and a position correcting unit for correcting the target positions in directions of other control axes by compensation amounts for correcting positioning derivation in directions of other control axes occurring when positioning the controlled object to a first target position in the direction of one control axis among the plurality of control axes and then reversing the feed direction from that first target position and positioning to a second target position.

The parking assist system assists the maneuvering for moving a vehicle to a reverse start position, then moving it in reverse from the reverse start position to a predetermined parking position in a manner as follows. A parking target setting section sets a parking target position corresponding to the predetermined parking position, based upon a parking reference detected based on image data captured from the scene around the vehicle. A parking path calculating section sequentially calculates a parking path from a present position of the vehicle to the parking target position, in the course of forward movement along a forward path. A parking path determining section determines whether an effective parking path has been established or not, based upon result of calculation by the parking path calculating section.

A resettable target is provided with pivotable targets that rotate from a downward position to an upward position and are reset by reverse rotation when momentum is transmitted from a projectile to a reset target.

The invention relates to a plant growth chamber based on artificial intelligence technique and a control system thereof. The control system comprises an environmental parameter sensor, an environmental parameter transmitter, an artificial intelligence debugging device, an environment control driver and an environment control actuator, wherein a signal input terminal of the environmental parameter transmitter is connected with the environmental parameter sensor while an output terminal is connected with a signal input terminal of the artificial intelligence debugging device, the artificial intelligence debugging device configures the environmental conditions of the plant growth chamber through an expert system and according to plant types and experimental conditions, the environment control driver drives to starting or stopping devices in the environment control actuator, and the environment control actuator controls the environmental parameters to achieve target setting values. A framework, an upper cover mounted on the top of the framework, and a growth chamber body supported by the framework are detachably assembled. The plant growth chamber based on artificial intelligence technique and the control system thereof are capable of simulating different climates, provides favorable conditions for further study of influence law of physiological ecology caused by different environmental factors and compositions thereof, and has the advantages of large capacity, long service life and the like.

A deploy target computer is connected to a storage device including a replication source logical disk used to store a boot disk image. A disk mapping processing part in the deploy target computer changes over access destination so as to set the access destination to the replication source logical disk in the storage device when an I/O request is issued from the deploy target computer to the storage device and the I/O request specifies reading the boot disk image, and so as to set the access destination to a replication destination logical disk for conducting writing concerning the boot disk image when the I/O request specifies writing concerning the boot disk image.

The invention provides a method and device for intelligently controlling an electric cooker. The method comprises the steps that cooking request information is received; an environment parameter of the geographic position where the intelligent electric cooker is located is acquired according to equipment identification of the intelligent electric cooker; a target setting parameter of a preset cooking mode is acquired according to food material information and the environment parameter; the target setting parameter generates corresponding control information, and the control information comprises the preset cooking mode and the target setting parameter of the cooking mode; the control information is sent to the intelligent electric cooker, so that the intelligent electric cooker can cook rice and dishes meeting the mouthfeel of a user according to the target setting parameter of the preset cooking mode. By adopting the method, parameter setting of the preset cooking mode can be adaptively regulated according to changes of the outside environment, the electric cooker is intelligently controlled to supply the rice and dishes suitable for the mouthfeel of the user, intelligent control of the electric cooker is truly achieved, and the user experience of the intelligent electric cooker is improved.

A monitoring device which measures numerical value information on a subject substance in a body fluid has an electrochemical sensor including a sensor unit for detecting the subject substance which is used in the way of being embedded subcutaneously and generating an electric signal correlating to the numerical value information on the subject substance, and a temperature control unit which adjusts the detected ambient temperature as a temperature ambient to a sensor unit when detecting the subject substance so as to reach a target setting temperature when measuring the subject substance.

A method and an apparatus for dynamic targeting for a process control system. A process step is performed upon a first workpiece in a batch based upon a process target setting. The process target setting comprises at least one parameter relating to a target characteristic of the first workpiece. Manufacturing data relating to processing of the first workpiece is acquired. The manufacturing data comprises at least one of a metrology data relating to the processed first workpiece and a tool state data relating to the tool state of a processing tool. Electrical data relating to the processed first workpiece is acquired at least partially during processing of a second workpiece in the batch. The process target setting is adjusted dynamically based upon a correlation of the electrical data with the manufacturing data.

A health management guideline advising device includes input means for inputting personal information of a measuring subject; measurement means for measuring weight and body impedance of the measuring subject; estimation means for estimating a body composition distribution of the measuring subject from the inputted personal information and the measurement result by the measurement means; storage means for storing the measurement result by the measurement means and an estimation result by the estimation means with a measurement date and time, prediction means for predicting future weight fluctuation from the stored weight and the body composition distribution; and display means for displaying the predicted future weight fluctuation. Furthermore, target setting means for setting a weight reduction target and determination means for determining whether or not the weight reduction target can be achieved based on the prediction result by the prediction means are preferably arranged.

The optimization of an optical metrology model for use in measuring a wafer structure is evaluated. An optical metrology model having metrology model variables, which includes profile model parameters of a profile model, is developed. One or more goals for metrology model optimization are selected. One or more profile model parameters to be used in evaluating the one or more selected goals are selected. One or more metrology model variables to be set to fixed values are selected. One or more selected metrology model variables are set to fixed values. One or more termination criteria for the one or more selected goals are set. The optical metrology model is optimized using the fixed values for the one or more selected metrology model variables. Measurements for the one or more selected profile model parameters are obtained using the optimized optical metrology model. A determination is then made as to whether the one or more termination criteria are met by the obtained measurements.

A secure Power-on Reset (POR) engine is provided, inside a processor chip, which guarantees a secure initialization of the chip to enable secure code execution. External access to chip resources is limited to a very few targeted settings that do not compromise the chip security. The POR engine comprises a small state machine that runs through a predefined sequence coded in persistent memory contained in the processor chip. The state machine initializes the chip and allows external access from an external processor to only some scan chains of the processor chip in order to configure interfaces, and the like, without compromising the chip security. The state machine also manages the encryption keys that are used to verify that the code, fetched by the processor to complete the initialization in software, is not modified by a third party.

An image processing apparatus is provided that processes image data to be output by an imaging apparatus. The image processing apparatus includes a target setting part for setting a target pertaining to imaging material saving that involves controlling the amount of imaging material used which target is set based on a designated condition, and a color reproducing condition adjusting part for adjusting a color reproducing condition for input color information based on the set target.

Two aiming targets are arranged at positions that are away from two infrared cameras by a predetermined distance. One of the infrared cameras images one of the aiming targets, and the other of the infrared cameras images the other of the aiming targets. Assuming that the obtained images relate to an image of one aiming target, a parallax offset value is calculated. The correction of position is performed based on the parallax offset value.

An air-fuel ratio control apparatus of an internal combustion engine according to the present invention is provided with oxygen storage amount estimating means, downstream exhaust air-fuel ratio detecting means, maximum oxygen storage amount estimating means, and air-fuel ratio target setting means. The oxygen storage amount estimating means estimates an oxygen storage amount of an exhaust purifying catalyst, based on a history of an oxygen adsorption/desorption amount of the exhaust purifying catalyst located on an exhaust path. The downstream exhaust air-fuel ratio detecting means is located downstream of the exhaust purifying catalyst and detects an exhaust air-fuel ratio downstream of the exhaust purifying catalyst. The maximum oxygen storage amount estimating means estimates a maximum oxygen storage amount, based on an oxygen storage amount estimate when the exhaust air-fuel ratio detected is a predetermined air-fuel ratio. This permits effective utilization of oxygen occlusion capability of the exhaust purifying catalyst and improvement in exhaust purification performance.

In a method for computing a target setting value—which is adapted to a harvesting process—for a control parameter of a working unit of a harvesting machine, operating-result curves are plotted for a plurality of different operating-result parameters as a function of the related control parameter, a target setting value of the control parameter is subsequently computed based on a combination of the plotted operating-result curves, and a method and a corresponding control unit for controlling a working unit of a harvesting machine, and a harvesting machine with a control unit of this type are also provided.

A method of matching sensors in a multi-probe blade vibration monitor for a turbine. The method includes providing at least two probes mounted in a casing of the turbine adjacent to a rotating blade structure of the turbine. Targets are provided on radially outer portions of the blade structure. Each of the probes includes a sensor generating signals corresponding to target passing events, and a set of synchronous harmonics of the rotational speed of the rotor are produced for each sensor. The position of the sensors is adjusted such that the sets of harmonics of the sensors are substantially matched, indicating that the positions of the sensors are matched.

An object of the present invention is to provide a musical performance device by which layout information, such as information regarding the arrangement of a virtual musical instrument set, can be quickly and easily changed during musical performance and whereby the variety of musical performance can be increased. In the present invention, a CPU identifies a musical tone associated with a virtual pad in an area where the position coordinates of a marker section are located in an image captured by a camera unit section at a shot timing by a drumstick section, and emits the identified musical tone. When the position coordinates of the marker section in an image captured at a shot timing are within the area of a control pad on a virtual plane, the CPU switches processing target set layout information to other set layout information among a plurality of set layout information.

A control method for a middle thickness plate laminar cooling chain edge masking device is disclosed, belonging to the field of rolling automatic control technology and comprising the following steps of: (1) determining a basic value MB of the amount of middle thickness plate laminar cooling chain edge masking; (2) correcting the masking amount with MB' being equal to MB.f(3); calculating the masking amount Mi of each group of opening manifolds; (4) implementing the masking amount of the single manifold; and considering that a masking baffle plate moves to a set masking location when a moving pulse Iact of the i group of manifold is equal to a target setting pulse Ind of the i group of manifold, in order to realize accurate positioning for the masking device of single group of manifold. The invention can achieve accurate control for the location of the edge masking baffle plate of the single group of manifold; a masking policy model takes parameters like thickness of steel plate, width of steel plate and cooling water amount into consideration, and has high model setting accuracy; the method can compensate and correct the system effectively and improve uniformity of controlling width temperature of the steel plate. The invention is suitable for hot-rolling middle thickness plate and laminar cooling device after rolling.

A control apparatus is provided to control the stopping of a vehicle. The control apparatus comprises a speed detector that detects a speed of a vehicle, speed acquiring means, target setting means, and control means. The speed acquiring means acquires an actual speed of the vehicle from detected results of the speed detector. The target setting means sets a target acceleration of the vehicle depending on the actual speed when the vehicle is stopped automatically. The control means controls an actual acceleration of the vehicle at the target acceleration.