62 results about "Stepping level" patented technology

To enhance the gradation characteristics of sub-field driving in order to further enhance the display quality one frame is divided into a plurality of sub-fields SF1 to SF3. Voltage values V, as voltage data for the corresponding sub-fields that is supplied to pixels, are selected from among voltage values V0 to V9 in accordance with gradation data D0 to D5. Gradation display of the pixels is performed by supplying the voltage values V set for the corresponding sub-fields to the pixels. The voltage values V are selected in such a manner that the amount of change in voltages between adjacent sub-fields is one step level or less. Thus, the amount of change in voltages between adjacent sub-fields is minimized.

Various wares are provided which alone and in combination with one another facilitate entry of a person into the cargo area of a vehicle, such as a pickup truck bed. A bumper is provided having increased access at its end portions and center, which function as steps in providing a first stepping level and a second stepping level. In combination with grab handles provided, entry of the cargo area of a vehicle is greatly facilitated, especially in the cases of vehicles having high suspension systems, and in cases of individuals of relatively short stature.

Enabling workflow awareness within a business process management (BPM) system can utilize a workflow awareness controller that can receive an instantiation request for a workflow. The workflow can be comprised of multiple workflow steps to be performed by the BPM system. From workflow metadata, workflow redundancies, at the instance or step level, can be determined with other workflow instances initiated prior to the receipt of the instantiation request. The workflow metadata can include records that uniquely represent the operating parameter values of the prior workflow instances. When a workflow redundancy exists, persistent workflow data corresponding to the workflow redundancy can be utilized during the performance of a workflow instance of the requested workflow within the BPM system. The persistent workflow data can replace the performance of one or more workflow steps of the workflow instance, which can reduce the redundant performance of the workflow steps for the requested workflow.

The present invention extends to methods, systems, and computer program products for formulating global statistics for parallel databases. In general, embodiments of the invention merge (combine) information in multiple compute node level histograms to create a global histogram for a table that is distributed across a number of compute nodes. Merging can include aligning histogram step boundaries across the compute node histograms. Merging can include aggregating histogram step-level information, such as, for example, equality rows and average range rows (or alternately equality rows, range rows, and distinct range rows), across the compute node histograms into a single global step. Merging can account for distinct values that do not appear at one or more compute nodes as well as distinct values that are counted at multiple compute nodes. A resulting global histogram can be coalesced to reduce the step count.

The application discloses a state machine based fault positioning method and apparatus. The method comprises: obtaining analysis information of an operation process with a fault, wherein the analysis information comprises logs, and the logs are generated when performing operation steps in the operation process with the fault; obtaining a state machine template matched with a special character of one log according to the special character in the log; performing mode matching on the analysis information and the state machine template to obtain an operation step sequence diagram of the operation process with the fault; and finding the operation step with the fault in the operation step sequence graph according to an error log in the logs. The method is capable of realizing fault positioning in operation step level, thereby improving the precision of fault positioning.

The invention provides electronic equipment, which can perform simple focusing state adjustment according to intensions of a user. When focusing states (focus distance and depth of field) of an object input image are adjusted through digital focus, object distance information based on the object input image generates a distance distribution (320) indicating the distance distribution of an object. In the distance distribution, frequencies concentrate in a distance range with high presence degree of the object. Step level positions (d[1] to d[6] and d[9] to d[14]) with minute intervals are arranged in the distance range with high presence degree of the object, and step level positions (d[7] and d[8]) with a rough interval are arranged in a distance range with low presence degree of the object. When the user performs a key operation every time for changing the focus distance toward a remote side, the current focus distance is successively changed from a distance at a step level position d[i] to a distance of the step level positions d[i+1], d[i+2], d[i+3], and so on.

The invention discloses a step-level credit assessment method and a step-level credit assessment system. The evaluation method comprises the following steps: collecting various evidence collection records and related credit data related to an evaluated unit, and establishing a credit problem element card model related to the unit according to the evidence collection records and sample data; converting the content of the credit problem element card into an index weight system through a technical method, and further processing the advantages and disadvantages of index execution by using a presetcredit integral stepped scoring model and a matched scoring template for each three-level index; the organizational structure is divided into four units according to step layers, and index weight values related to evidences attached in the organizational structure are converted into a recognizable responsibility subject range. The evaluation system comprises a core model construction module, a data acquisition module, an evidence recording module, a conversion module, a calculation module and the like. According to the evaluation method and system, the quality of the credit evaluation data can be improved, the authenticity and comprehensiveness of the credit evaluation data are guaranteed, and the credibility of a credit evaluation result is improved.

An array substrate for a liquid crystal display and a method for manufacturing the same are disclosed. The array substrate for a liquid crystal display includes a source electrode and a drain electrode and an organic insulating film positioned on the source electrode and the drain electrode. The organic insulating layer includes a first contact hole exposing the drain electrode, and having a stepped level difference formed on the sloping surface of the first contact hole.

The invention provides an ore-dressing process for extracting copper and silver. The ore-dressing process comprises the following steps: (A) grinding raw ores, and grading the ground ores to obtain ore pulp; (B) carrying out rough concentration on the obtained ore pulp in the step (A) to obtain first rough concentrate and first coarse slag; (C) carrying out concentration on the obtained first rough concentrate to obtain concentrate and first middlings; scavenging first coarse slag to obtain second middlings and second coarse slag; (D) scavenging the second coarse slag to obtain third middlings and tailings; and (E) carrying out rough concentration on the first middlings, gradually returning the second middlings and third middllings to the previous step level by level, and finally obtaining concentrate and tailings. The process is used for extracting copper and silver from raw ore with high argillization rate and high oxidation rate, ore grinding is firstly carried out in the process for extracting the copper and silver, the ore grinding granularity, rough concentration and floatation agent are strictly controlled by virtue of a floatation process of rough concentration, scavenging and concentration, so that the recovery rate of copper and silver is relatively high. The experiment result shows that the recovery rate of the copper and silver can reach more than 90 percent.

A control program maintenance device according to an embodiment is equipped with a storage unit, a comparison unit, and a display processing unit. The storage unit stores a first program, which is a generated control program, and a product tree, which is program configuration information that associates the configurations of modules for each control device with the configurations of programs for each module so as to be expanded to the program step level. The comparison unit references the product tree and compares a newest first control program, which is registered as the comparison source, and second control programs, which are control programs uploaded from multiple control devices and used as the comparison destination. As a result of the comparison, the display processing unit displays on a display unit a match or a mismatch between the first control program and the second control programs and, when there is a mismatch, the display processing unit references the product tree, expands the configuration to the lowest level, and displays on the display unit the different locations in the control programs, within a comparison range.

An electronic component, in which a chip can be mounted on a certain predetermined place of the package at a high accuracy level, which package having a stepped level-difference in the inner wall of a cavity. The package is provided with a stepped level-difference in the inner wall surface, and an internal contact electrode formed on the upper surface of the stepped level-difference. At the bottom of the package is a shield electrode, on which a chip is mounted via an adhesion layer. The chip and the internal contact electrode are electrically connected by an interconnection wire. Location aligning for the chip and the interconnection wire, at least either one of these, is conducted by making use of a region, which is non-electrode portion, provided on the inner bottom surface of the package.

A shifting apparatus for a manual transmission automatically performs a selecting operation and a shifting operation through the driving of one motor according to a shift step level of a shift lever at the time when a driver operates the shift lever. The apparatus includes a driving motor with a rotation shaft on which a main gear is mounted, a connecting gear unit disposed in front of the rotation shaft of the driving motor and selectively transferring rotation of the driving motor according to a position signal of the shift lever, a selecting unit disposed at one side of the connecting gear unit to correspond to a shift fork connected with the shift fork mounted at one side of the control shaft and selectively connected with the connecting gear unit to selectively move the shift fork on the control shaft, and a shifting unit disposed at the other side of the connecting gear unit to correspond to the selecting unit, connected to the other side of the control shaft and selectively connected with the connecting gear unit to rotate the control shaft.

The invention discloses a detection method of a detection path in consideration of the interference between a process boss and a part body. The method comprises the following steps: firstly reading the part body and the process boss and automatically generating all detection points on part detection features; performing path planning on detection step level, detection feature level and feature self-level according to detection process knowledge; finishing the detection step level planning under the support of a process knowledge base; performing the interference inspection on the process boss and the part body between the two adjacent detection features, executing interference avoidance if the interference occurs and determining the detection path between the detection features; aiming at each detection feature, performing the interference inspection on the process boss between the two adjacent detection points in the feature when the feature self-level path planning is performed and executing interference avoidance if the interference occurs, so that the detection path in the feature is determined. According to the detection method and system disclosed by the invention, the problem that when a large complex aircraft structural part is subjected to online detection, a measuring head interferes and collides with the process boss or the part body self is solved.