49 results about "Progress rate" patented technology

A method for displaying the progress of an activity performed on a user device is provided. The method includes outputting a progress indicator indicative of the progress made in completing an activity and updating the progress indicator as the activity proceeds. Simultaneously, a first progress rate indicator is also output to the display, the progress rate indicator having a property indicative of the rate at which the activity is being progressed. The property of the progress rate indicator is based on a value determined by receiving a rate value indicative of the activity progress rate and comparing the rate value with a value indicative of the maximum progress rate of the user device for the particular activity. A corresponding apparatus and computer program for carrying out the method are also provided.

A game device for adjusting the progress rate of simulation with the use of a conventional program module for environmental processing is provided. In the game device, a microprocessor (14) selectively performs, in accordance with a game operation provided by a player of a game, either a process for producing environment information which is a basis for a game image of the subsequent predetermined update cycle, and producing a main game image based on the environment information, or a process for repeatedly producing the environment information plural times, and producing a sub game image based on the last produced environment information among the information produced plural times in a shorter time than the main game image.

To implement job execution in which resource assignment and change of the assignment can be dynamically and autonomously performed so as to meet requirements of a job in a job and resource environment in which the operational status cannot be forecasted in advance. A job that can be divided into a selected number of tasks is provided to one computer of a plurality of computers connected via networks, and job tasks are processed with the one computer for predetermined time. A progress rate of task processing for the predetermined time is calculated, and completion time for task processing on the one computer is estimated on the basis of the progress rate and the predetermined time. It is determined whether the estimated completion time meets requirements of the job. When the estimated completion time meets the requirements, job tasks are processed with the one computer, and results are generated. When the estimated completion time does not meet the requirements, job tasks are divided into tasks to be left on the one computer and tasks to be transferred to another computer. The left job tasks are processed with the one computer for further predetermined time, and simultaneously, the tasks to be transferred are transferred to the other computer and the other computer is caused to process the transferred tasks.

A method and system for regulating tasks of background processes so as to reduce interference with foreground processes. The progress rate of a background task (e.g., amount of work performed per unit time) is measured and evaluated against a target amount. If the progress rate appears degraded, the background task is suspended for a computed time interval so as to back off from its interference with a foreground process. Each time the progress rate appears degraded, the time interval is exponentially increased from its previous value up to a maximum, however if the performance appears normal, the time interval is reset to a minimum. Evaluation of the work is statistically based so as to eliminate variations in measurements, and automatic calibration of the target amount is provided, as is a mechanism for prioritizing multiple background tasks.

The invention provides a method and a device for downloading the mobile terminal resource. The method comprises the following steps: acquiring the uniform resource locator (URL) of download link; downloading corresponding resource according to URL; drawing a download progress rate prompt box; storing the acquired resource on a storage unit of a mobile terminal; updating the progress rate display in the download progress rate prompt box and judging whether downloading is completed by measuring the size of a downloaded file. The device comprises a network download unit, the storage unit, a drawing unit, a display unit, a background download unit and a call unit. Users can know the resource download progress rate timely through the download progress prompt box, thus being extremely convenientin use; users can directly open the downloaded file after the downloading is completed, and can download continuously in the background under the condition of hiding the prompt box, thus greatly improving users use experience.

The present invention provides an elevator maintenance management system which comprises the following components: a failure recovery skill determining part which determines the recovery skill of a maintenance man, which aims at the failure in an elevator device according to maintenance man DB; an operation state determining part which determines that the maintenance man is performing operation or in moving according to an operation schedule DB, and determines the progress rate if the maintenance man is performing operation; an operation interruption addition time calculation part which calculates the predicated time in subsequent treatment according to the operation state class time DB; a motion time calculation part which predicates the time required by each maintenance man at the current position for moving to a failure generation site according to the operation schedule, etc.; an arrival time calculation part which calculates the time when each maintenance man can arrive at the failure generation site; and a correspondence predication list generation part which displays the failure correspondence list that is preset by the calculation result on a display device.

The present invention provides a method and a data collecting and processing device based on a radio frequency card, and the device includes a data collecting device composed of a central processing unit CPU, a display screen, an input keyboard, a card reading unit, a sound and light indicating unit, a storage unit; and at least one communication controlling unit and a background controlling platform; wherein the central processing unit CPU uploads the data information to the background controlling platform through the corresponding communication unit, the background controlling platform processes the collected data information, and then conducts real-time data exchange with the central processing unit CPU. As the present invention uses the processing method that producs random data to solve the initiative questioning, and combines the program measure of complete data and information, solves the information-based problem of the corporation, ensures that the corporation and the manager and the worker can learn the front producing condition, the producing progress rate, the product quality and so on in the workshop, can improve the work efficiency and the managing level of the corporation, and keeps the information free.

Requested processing time of each batch job is complied with. A resource-correction control server calculating an amount of a resource required for setup of a batch application includes an intermediate-process-unit-data acquiring unit that compiles data of completed batch processes as a single data set at a predetermined time point, a resource-correction determining unit that, using the intermediate process unit, determines a process progress rate that is a progress rate of a process at the current time point and whether the process progress rate has reached a required progress rate that is a progress rate required to terminate the batch process within the requested processing time, and an allocation-resource calculating unit that, as a result of the determination, if the required progress rate has not been reached, calculates the amount of the resource required for recovery of the delay based on a delay-recovery-object progress rate and resource information.

There is provided a printed circuit board. The printed circuit board may be configured to include: a core layer in which a bending prevention portion of at least two layers is interposed between a plurality of insulating members and includes metal layers having different thermal expansion coefficients is disposed; a circuit pattern that is formed so as to have a desired pattern on at least one of the inside of the core layer and an outer face of the core layer; and an insulating layer that is formed on the core layer and includes an opening portion that exposes the circuit pattern, and a method of manufacturing the printed circuit board. According to the above-described printed circuit board and the method of manufacturing the printed circuit board, by disposing a bending prevention portion inside the printed circuit board, a printed circuit board capable of improving the progress rate and the productivity and a method of manufacturing the printed circuit board can be provided.

A server device includes the following elements. A random selection section randomly selects a game content having a certain attribute on the basis of a predetermined winning probability. A progress processor progresses a game and calculates a progress rate of the game on the basis of a predetermined parameter. A winning probability changing processor changes, according to the attribute and a progress rate of the game calculated at a certain time point, winning probabilities of game contents after the lapse of a predetermined period from the certain time point, and sets, according to the attribute, an interval at which the winning probabilities of the game contents are changed and also sets attributes so that the attribute for which the winning probability of a corresponding game content is changed will periodically vary. A providing section provides a selected game content to the game player.

A numerical controller capable of automatically calculating a tool path based on a command of a cutting path in skiving machining includes a command analysis unit that determines whether a block readfrom a machining program corresponds to a skiving machining command, a skiving machining command data calculation unit that calculates a path and a feed speed of a tool based on a path of a cutting point and a feed speed of the cutting point commanded by the skiving machining command when the command analysis unit determines that the block corresponds to the skiving machining command, and an interpolation unit that calculates interpolation data according to a progress rate of the block during actual machining based on the path of the tool calculated by the skiving machining command data calculation unit and a coordinate value during actual machining.

A computer system and a method of booting a computer system using a solid state drive (SSD) as a main storage device is provided. The method includes mapping an address of a memory included in the SSD to an address used by a central processing unit (CPU) to select a boot code, uploading the boot code of an operating system (OS) stored in a non-volatile memory block included in the SSD to the memory included in the SSD, generating an interrupt signal based on a progress rate of the boot code upload, and performing a boot operation based on the boot code uploaded to the memory included in the SSD in response to the interrupt signal.

The invention discloses a dephosphorizing steelmaking method for increasing manganese content in molten steel at a terminal of a convertor. The method includes following steps: a silicon-increasing agent is added at a ratio of 2-8 kg of the silicon-increasing agent per ton of steel to the convertor after semi-steel being added to the convertor; adding scrap steel at a ratio of 30-90 kg of the scrap steel per ton of the steel to carry out a convertor-blowing process; adding manganese ore at a ratio of 2-10 kg of the manganese ore per ton of the steel when an oxygen-blowing progress rate being 30-70%, wherein a bottom-argon-blowing intensity during the oxygen-blowing process is 0.02-0.06 m<3> per minute per ton of the steel; increasing the bottom-argon-blowing intensity to 0.08-0.16 m<3> per minute per ton of the steel after the oxygen-blowing process being finished; carrying out a stirring process for 1-5 min; and carrying out a tapping process to obtain molten steel. With the method in the invention, initial slag dephosphorization can be quickly formed, scrap steel consumption amount in the convertor and the manganese content in the molten steel at the terminal of the convertor are increased. In addition, phosphorus content in obtained terminal molten steel is lower than 0.006 wt% and total iron content in terminal slag is lower than 20 wt%.

The invention provides a method for adjusting video playing progress and a mobile terminal. The method comprises the steps that when the touch operation acting on a fingerprint identification zone of a finger is detected, touch area, touch time and a touch zone of the touch operation in the fingerprint identification zone are determined; the video playing speed rate corresponding to the touch area is determined; the video playing progress adjusting direction corresponding to the touch zone is determined, wherein the video progress adjusting direction includes video fast-forward adjustment and video fast-backward adjustment; adjusting progress is determined according to the touch time and the video playing speed rate; according to the adjusting progress, the video progress adjusting direction and the current playing progress of videos, the playing progress of current videos is adjusted. By adopting the method for adjusting video playing progress, the video playing progress rate can be changed in the progress adjusting process so that a user can accurately control the video playing progress.

A method and system for regulating tasks of background processes so as to reduce interference with foreground processes. The progress rate of a background task (e.g., amount of work performed per unit time) is measured and evaluated against a target amount. If the progress rate appears degraded, the background task is suspended for a computed time interval so as to back off from its interference with a foreground process. Each time the progress rate appears degraded, the time interval is exponentially increased from its previous value up to a maximum, however if the performance appears normal, the time interval is reset to a minimum. Evaluation of the work is statistically based so as to eliminate variations in measurements, and automatic calibration of the target amount is provided, as is a mechanism for prioritizing multiple background tasks.

A computer system and a method of booting a computer system using a solid state drive (SSD) as a main storage device is provided. The method includes mapping an address of a memory included in the SSD to an address used by a central processing unit (CPU) to select a boot code, uploading the boot code of an operating system (OS) stored in a non-volatile memory block included in the SSD to the memory included in the SSD, generating an interrupt signal based on a progress rate of the boot code upload, and performing a boot operation based on the boot code uploaded to the memory included in the SSD in response to the interrupt signal.

The present invention is one kind of computer executable method of tracking project progress automatically. One concept weight (W) of each task and its rate (R) are introduced for the project management, and the expression W*R expresses the ratio of the completed part to the total progress rate. The rates of all the items are summed to obtain the total project completing state. The present invention makes it possible to grasp the overall progress of project timely.

A seeding device 1 includes a seeder 3 that jets out a jet flow 2 containing oil particles and gas therein, and a tubular body 5, 23 surrounding the jet flow 2. The distance X from a starting end S of the jet flow 2 to the tip end T of the tubular body 5, 23 is set so that the progressing rate of atomization of the oil particles at the tip end T of the tubular body 5, 23 is a predetermined rate or less.

The invention relates to an immunochromatographic detection card for rapidly detecting chitosanase 3-like protein 1. The immunochromatographic detection card comprises a test strip, wherein the test strip comprises a detection line and a quality control line, the detection line is coated with mouse-anti-human CHI3L1 monoclonal antibodies, and the quality control line is coated with goat-anti-rabbit polyclonal antibodies. The immunochromatographic detection card for rapidly detecting chitosanase 3-like protein 1 provided by the invention can be used for detecting serum, plasma and whole blood,so as to be applied to diagnosis of liver fibrosis, liver cirrhosis and progress rates thereof.

A method for displaying the progress of an activity performed on a user device is provided. The method includes outputting a progress indicator indicative of the progress made in completing an activity and updating the progress indicator as the activity proceeds. Simultaneously, a first progress rate indicator is also output to the display, the progress rate indicator having a property indicative of the rate at which the activity is being progressed. The property of the progress rate indicator is based on a value determined by receiving a rate value indicative of the activity progress rate and comparing the rate value with a value indicative of the maximum progress rate of the user device for the particular activity. A corresponding apparatus and computer program for carrying out the method are also provided.

When there is a request to display the thread of a program, a progress rate of the program that has been broadcast up to now is calculated, and the thread of portions of the program up to the calculated broadcasting progress rate is displayed. An electronic program guide (EPG) containing an event information table (EIT) in a broadcast signal is stored in a memory. When an instruction to display the thread of a program which is being viewed is inputted, a broadcasting progress rate of the program is calculated based on a start time and a broadcasting duration of the program, and a current time contained in the EIT. The thread of the portions of the program up to the calculated broadcasting progress rate is extracted from the EIT and then displayed.

The invention provides a personalized culture scheme generation method and system. The method comprises the following steps: calculating the subject ability: calculating the subject ability of a subject of a student according to the ID and the subject of the student; Calculating the comprehensive ability: calculating the comprehensive ability of the student according to the general ability of thestudent and the subject ability of the subject; Generating a course type: generating the course type according to the comprehensive ability of the student and the current date; Generating a culture scheme: generating the culture scheme according to the course type, the comprehensive ability of the student and the subject progress rate; And outputting the culture scheme: outputting the culture scheme. By means of the method, the personalized culture scheme is generated, individualized teaching is achieved, and the learning efficiency and effect are improved.

The invention discloses a reducer of a new energy automobile. The reducer comprises a forward and reverse rotation motor, a first protective housing is fixedly connected with the right side of the forward and reverse rotation motor, a second protective housing is arranged on the right side of the first protective housing, and a fixing device is arranged on the front face of the first protective housing. By the mutual cooperation of the fixing device, the first housing, the second housing, a sliding rail, a supporting plate, a sliding block, a pulling rod, a first spring, a pulling plate, a moving rod, a first clamping groove, a fixing plate, a second clamping groove, a clamping rod, a fixing block, a third clamping groove, a connecting plate, a clamping block, a connecting rod, a pulling handle, a telescopic rod and a second spring, the problem of inconvenient dismantling of existing reducers due to bolt connection is solved, and the dismantling process of the reducer is simple, so that a great amount of time and strength of maintaining workers are saved, the progress rate of the maintaining of the reduced is accelerated, so that the maintaining of the maintaining workers is convenient, the practicability of the reducer is improved, and the reducer is suitable for popularization and use.

The invention particularly relates to a construction method of a prestressed pipe pile with vertical water discharge grooves, and is used for solving the problems in the traditional construction of the prestressed pipe pile, such as sedimentation, bearing capability reduction and pollution to the construction field. The construction method comprises the following steps of a. uniformly distributing water discharge grooves on external circumference of the prestressed pipe pile, and arranging a V-shaped groove between two adjacent water discharge grooves, wherein the V-shaped groove is communicated with the two adjacent water discharge grooves; b. installing a water accumulation protection drum with an opening at the bottom at the insertion position of the prestressed pipe pile, wherein a water guide pipe communicated with the water accumulation protection drum is arranged on sidewall of the water accumulation protection drum and a control valve is arranged on the water guide pipe; c. inserting the prestressed pipe pile along the opening of the water accumulation protection drum, wherein pore water enters the water discharge grooves under the action of pressure, the pore water in the water discharge grooves rises and is discharged through the water guide pipe; and d. installing the water accumulation protection drum to the insertion position of next prestressed pipe pile. The construction method has reasonable and reliable structure design, not only can reduce insertion resistance to improve construction progress rate, but also has good effect of inhibiting sedimentation after construction, and has the advantages of simpleness in structure and easiness in implementation and control.

The invention discloses a method for smelting low-phosphorus steel with semi-steel. The method includes a converter oxygen-blowing smelting process. Silicon-manganese alloy is added at a ratio of 1-3 kg of the silicon-manganese alloy per ton of steel after the semi-steel is added into a converter. Active lime is added at a ratio of 8-15 kg of the active lime per ton of the steel and high-magnesium lime is added at a ratio of 10-15 kg of the high-magnesium lime per ton of the steel at the starting of the oxygen-blowing process. A composite slag-making agent is added at a ratio of 2-6 kg of the composite slag-making agent per ton of the steel after the oxygen-blowing process lasting for 3-5 min. The active lime, the high-magnesium lime and the composite slag-making agent are added when an oxygen-blowing progress rate is 80-100%. During the whole converter oxygen-blowing smelting process, total consumption amount of the auxiliary materials is controlled by following conditions: 15-20 kg of the active lime per ton of the steel, 15-20 kg of the high-magnesium lime per ton of the steel and 6-10 kg of the composite slag-making agent per ton of the steel. On the premise of ensuring a low consumption amount of the auxiliary materials, through the method for smelting the low-phosphorus steel with the semi-steel, phosphorus content in terminal molten steel is not more than 0.006% by weight and total iron content in slag is not more than 20% by weight. Metal loss is little and a hidden danger is small.

A numerical controller capable of automatically calculating a tool path based on a command of a cutting path in skiving machining includes a command analysis unit that determines whether a block read from a machining program corresponds to a skiving machining command, a skiving machining command data calculation unit that calculates a path and a feed speed of a tool based on a path of a cutting point and a feed speed of the cutting point commanded by the skiving machining command when the command analysis unit determines that the block corresponds to the skiving machining command, and an interpolation unit that calculates interpolation data according to a progress rate of the block during actual machining based on the path of the tool calculated by the skiving machining command data calculation unit and a coordinate value during actual machining.

The invention relates to a simulation test device for a rice transplanter transplanting mechanism. The device comprises a machine base and a plurality of magnetic modules, wherein the magnetic modules are vertically and uniformly arranged on the machine base, gaps between the magnetic modules are gaps through which rice seedling transplanting claws can pass, and all the rice seedling transplanting claws are in one-to-one correspondence with corresponding rice seedling transplanting claws of the transplanting mechanism to be tested through the gaps. The device simulates resistance caused when the rice seedling transplanting claws pass the soil in the transplanting process of the transplanting mechanism, the trouble caused when a transplanting mechanism test needs to be performed in a real paddy field is effectively solved, and the developing and producing progress rate of a rice transplanter is increased.

The invention provides a circular cast-in-place well chamber steel template. The circular cast-in-place well chamber steel template comprises four outer templates which are successively connected endto end and detachable, and eight inner templates which are successively connected end to end and detachable. The beneficial effect is that the steel template is simple in structure, light, firm, and easy to install and detach, at least four longitudinal seams of a surrounded inner die are inclined seams slantwise intersected with an axis of a well chamber, and the connecting faces of the inner templates at two sides of the inclined seams are inclined face, so a problem that demolding is difficult in a circular cast-in-place well chamber construction process is effectively solved, cast-in-placeconcrete construction quality can be guaranteed, labor intensity of a worker is also reduced, a progress rate is accelerated, and economic benefit is improved. In addition, the circular cast-in-placewell chamber steel template is suitable for a municipal engineering water discharging inspection well. A corresponding main pipe preformed hole, a branch pipe preformed hole and a crawling ladder preformed hole are reserved in surrounded outer die and inner die. The circular cast-in-place well chamber steel template is capable of effectively solving a problem that the demolding of the inner die of the inspection well is difficult, especially a problem that the demolding of the inner die of a three-way well is difficult.

The invention provides an active program continuing method which is executed in a server. The method includes the following steps that a user can log into the server through a first electronic device and execute one program in a biological information authentication mode; the progress rate of the program is recorded in the server; the user can log into the server through a second electronic device in a biological information authentication mode; data are transmitted to the second electronic device from the server actively according to the recorded progress rate so that the user can continue to use the program; the first electronic device and the second electronic device can be the same device or different devices. Due to the method, the user can conveniently continue the unfinished program anytime and anywhere.