39results about How to "Guaranteed processing time" patented technology

A guarantee processing method guarantees the data of an adjacent track in the case of a write fault when there is a possibility of an off track write. Even if a write fault is detected or an offset read retry is successful, a rewrite for guaranteeing an adjacent track is not executed immediately. The possibility of an off track write is judged by the movement of the head, and only the sector which is difficult to read due to the off track write is rewritten.

The invention discloses a method and a device for automatically retransmitting in LTE (Long Term Evolution). The method comprises the following steps that: a base station reduces a regular time lead of a terminal according to a distance between the terminal and the base station and obtains the actual time lead of the terminal and informs the terminals; the base station performs resource distribution on each terminal so that resources used by each terminal are not conflicted, and informs the terminals about corresponding distributed resources; and the base station receives reply which is performed by the terminal according to the actual time lead and allocated resources after downlink data is received and sends the downlink data based on a pre-set single-time retransmitting time length according to the replay. By using the method and the device, the problem that the data can be automatically retransmitted under a large covering condition can be solved.

The invention discloses a heat preservation technology for a continuous dip bleaching stage of a one bath one step method for cotton fabric and cotton blended fabric. According to the heat preservation technology, based on the prior art, a structure comprising a boiling box and a washing machine is improved to a sealed drum structure with an impeller so that the fabric can be fully spread and will not cluster or gather or form a pile in the processing process, and the boiling off effect and the blenching effect are good; the fabric is boiled and blenched at a low temperature firstly and then boiled and blenched at a high temperature, so that the decomposition rate and the decomposition products of hydrogen peroxide are effectively controlled, various kinds of processing liquid flow in the direction opposite to the movement direction of the fabric in a drum, and therefore the processing effect is further improved; through the continuous production mode, the good boiling-off effect and the good blenching effect are achieved, the degree of oxidative damage to fibers is reduced to the greatest extent, the production efficiency is high, the consumption of water, electricity and steam is low, technical control is simple, adjustment is convenient, and flexible production can be achieved.

To provide an on-vehicle device which can deal with any of two systems (an active system and a passive system) used in a communication between road and vehicles, to provide an on-road apparatus and to provide a communication system between road and vehicles. The on-vehicle device scans the downlink of the active system, and it scans a frequency band used in the passive system. When the electric-field strength of received radio waves is a preset lower-limit value or more, the on-vehicle device is regarded as having marched into the communication area of the on-vehicle apparatus, and its frequency is stored (S110 to S130). When the stored frequency belongs to a frequency band exclusively used in the passive system, a passive communication part is immediately started, and a communication by the passive system is started. When the stored frequency belongs to a frequency band used in common by both systems, the active communication part is first started, and a communication by the active system is tried. When the content of a received signal cannot be analyzed, the passive communication part is started so as to be changed over to the communication by the passive system (S140 to S190).

The invention relates to a system and method for synchronizing discrepant data of a common domain between databases. The method includes the steps that the discrepant data are read, related configuration information of a data table is inquired according to discrepant data information, and a first search condition is generated according to the related configuration information; whether the discrepant data exist or not is searched for at the common domain of the two databases according to the first search condition, and accordingly search results are recorded; baseline information of the discrepant data is inquired according to the discrepant data information, and a second search condition is generated according to the baseline information; a stored record of the discrepant data is searched for in a baseline library according to the second search condition, a needed SQL statement is formed according to the second search condition and the searched stored record of the discrepant data in the baseline library, and the data of a non-baseline library are modified through the formed SQL statement by using the record of the baseline library as the baseline. By the adoption of the system and method, data synchronous processing effectiveness is guaranteed, data synchronous accuracy is improved, and mistakes and hidden risks caused by negligence of operators are reduced.

The invention discloses a processing method of a box-shaped arm section. The processing method comprises the following steps: a cutting forming step, a first bending step, a second bending step and a closed connection step, wherein in the cutting forming step: a sheet material is cut to form a cutting forming plate; in the first bending step: a first web forming part (2) and a second web forming part (2') are bent relative to a base plate forming part (3) of the cutting forming plate; in the second bending step: the edges of a first top plate forming part and a second top plate forming part are mutually contacted or are opposite through the first top plate forming part (6) and the second top plate forming part (7) of the bending cutting forming plate of the first web forming part and the second web forming part; and in the closed connection step: the edges of the first top plate forming part and the second top plate forming part are mutually connected, so as to form the box-shaped arm section. In addition, the invention also provides a box-shaped arm section and a concrete pump truck arm frame. The processing method of the box-shaped arm section is simple in process, and is convenient for guaranteeing the processing quality; the processing working procedures and the processing time are obviously reduced; and the working efficiency is improved.

The invention relates to a reciprocating type maize sequencing charging mechanism of a maize sheller and belongs to the field of maize processing. The reciprocating type maize sequencing charging mechanism consists of a machine frame, an eccentric shaft, a connecting member, a guide rail, two sliding blocks, an oscillating deck, a hopper and a protective cover. Maize falls into the hopper and enters a tray, a bearing race and a bearing seat are matched with each other, a motor drives the eccentric shaft to rotate, rotation driven by the eccentric shaft enables the connecting member to oscillate back and forth, and the machine frame and the tray are fixed together, so that the tray and a sequencing plate move leftwards and rightwards together; and the two sliding blocks can reciprocate on a guiding rod, and the left-and-right oscillation of a screen plate is achieved through driving the eccentric shaft by the motor, so that sequencing for the maize is realized, and primary-stage charge preparation work for the shelling of fresh maize is completed. The entire process is automated and is relatively high in efficiency, so that the requirements of the maize sheller on feeding are met. The reciprocating type maize sequencing charging mechanism has the advantages of high efficiency, practicability, simple structure and convenience in repair.

The invention discloses a service processing method and device, a storage medium and computer equipment, relates to the technical field of information, and mainly aims to improve the service processing efficiency, reduce the artificial communication cost and effectively control the service processing progress and a processing result. The method comprises the following steps: receiving a service processing request; acquiring past application records of a user from different channels according to user application information, and judging whether the application is a valid application or not according to the past application records; if it is judged that the application is an effective application, obtaining corresponding service information according to the user application information, conducting accounting processing on the service information, and sending a service processing result to a service party; and responding to the received processing feedback information corresponding to theservice processing result sent by the service party, and returning a corresponding notification message to a user terminal according to the processing feedback information. The method is suitable forservice processing.

The invention discloses a low-temperature incinerator and a brominated flame retardant tailing treatment and bromine recycling device. The low-temperature incinerator comprises an incinerator body, wherein multiple layers of circular incineration trays are arranged in the incinerator body; a feeding opening of each incineration tray on an odd layer is formed in the center of the circle of the incineration tray; and a feeding opening of each incineration tray on an even layer is formed in the periphery of the incineration tray. A rotary scraping device is arranged above each layer of incineration trays; and a rotary blow valve is arranged on the bottom of the incinerator body. The brominated flame retardant tailing treatment and bromine recycling device comprises a constant-temperature storage tank and the low-temperature incinerator; a tailing auger is arranged between a discharging opening of the constant-temperature storage tank and a feeding opening of the low-temperature incinerator; a gas phase outlet of the low-temperature incinerator communicates with a high-temperature incinerator; and a gas phase outlet of the high-temperature incinerator communicates with a spraying and absorbing tower. Near zero emission is realized during bromine recycling is realized, continuous feeding is realized, continuous production is also realized, and by continuous feeding, the incinerationefficiency is ensured.

The invention discloses an audio scene classification method, device and equipment applied to audio monitoring, and aims to solve problems that an existing audio scene classification mode consumes time and wastes resources from two aspects, on one hand, quality research and judgment are carried out on each audio segment in real time on the basis of processing timeliness, and on the other hand, theaudio scene classification efficiency is improved; according to the method, only the effective audio clips are detected, the audio clips are taken as processing units, and processing of other available clips is stopped once the classification result is detected, so unnecessary detection processes can be greatly reduced; on the other hand, by utilizing the characteristics of the RNN architecture,the information of each audio clip does not need to be stored in the scene type detection process, and only the processing result of the previous step needs to be used as the input of subsequent processing, so the resource space can be fully saved; therefore, the method not only can guarantee the processing time efficiency, but also can enable the system to be light in weight, thereby being flexibly suitable for audio monitoring application environments of various scales.

The invention relates to the technical field of financial science and technology, and discloses a timed task scheduling method, a device, terminal equipment and a computer storage medium. The timed task scheduling method comprises the following steps: scheduling each real-time task from a preset task scheduling list, and monitoring the system resource consumption condition of each real-time task during processing; dynamically adjusting the processing priority of a target real-time task in the real-time tasks according to the system resource consumption condition; and processing the target real-time task according to the new processing priority obtained after the processing priority is adjusted. Compared with a traditional timed task scheduling mode, the method has the advantages that when a certain timed task currently scheduled by the intelligent terminal consumes too many system resources, the occupied system resources can be allocated to other timed tasks currently scheduled at the same time in time; therefore, the situation that other timing tasks cannot be processed due to the influence of system resource occupation is effectively avoided, and the processing timeliness of the other timing tasks is ensured.

The invention relates to the technical field of sewage treatment, and discloses a solar micro-power sewage treatment system. The system comprises a sedimentation tank, a sediment separation tank, a chemical reaction separation tank, a separated dirt throwing and separating device and an activated carbon treatment tank; water pumping pipes are communicated between every two adjacent tanks, and a branch guide pipe is communicated between the sediment separation tank and the chemical reaction separation tank. Water suction pumps are arranged on the water suction pipe and the branch guide pipes; solar photovoltaic sets are arranged above the sedimentation tank and the chemical reaction separation tank through welded supporting frames, the water inlet end of a water pumping pipe communicated between the sedimentation tank and the sediment separation tank is communicated with a longitudinally-distributed transverse pipe, and the side face of the outer circle face of the transverse pipe is communicated with a plurality of sewage suction branch pipes; and a receiving cavity for containing floating objects is formed in the middle of the side wall of the sedimentation tank. The problems that traditional domestic wastewater treatment cannot meet the self-sufficiency power supply requirement, in addition, wastewater treatment time is too long, and self-cleaning is tedious are solved.

The invention discloses an automatic tool machining, detecting and reworking system, which comprises a machining assembly line, a big data computing unit and a reworking conveying line. The machining assembly line comprises a plurality of machining stations, a detection station, a machining conveying unit, a plurality of different machining units and a detection unit. The big data calculation unit judges whether a cutter material needs to be reworked or not, determines whether the corresponding machining units need to be subjected to machining parameter correction or not, and determines the machining parameters needing to be corrected. According to the automatic tool machining, detecting and reworking system, the machining units can be corrected on line, shutdown operation is not needed, and the material machining time of a cutter is guaranteed; by correcting machining equipment in time, the machining units are prevented from machining more cutter materials which do not conform to the preset machining precision, and waste of production materials is avoided; and by reworking the cutter material needing to be reworked, the reworking speed of the cutter material is increased, and the correction efficiency of the cutter material is improved. The invention further discloses an automatic tool machining, detecting and reworking method.

The invention discloses a task suspension processing method based on workflow. A suspended task pool can be provided for tasks which cannot be temporarily processed, when the tasks are suspended, the tasks do not participate in aging calculation, meanwhile, the problem that the suspended tasks are missed to be processed due to vacation or demission after task processors suspend the tasks can be solved, and the processing aging of the tasks is guaranteed.

The invention discloses a distributed outsourcing computing processing method based on edge computing, which realizes the response and processing of a computing task by calling edge servers, can respond to a request of a user terminal more quickly from a path compared with a traditional cloud server response, realizes task processing through cooperation of multiple edge servers, and can ensure theeffective compression of the whole task processing time; before a user terminal sends a calculation task to the edge servers, the input user data of an overdetermined equation set is blinded, so thatit is guaranteed that original data of a user is only stored in the user terminal, the blinding amount used for blinding processing is generated by the user terminal and stored in the user terminal,the complete blinding of the user data can be guaranteed, and the security of the user data can be effectively ensured. The invention further provides a distributed outsourcing calculation processingdevice and system based on edge calculation and a readable storage medium which have the above beneficial effects.

The invention relates to the technical field of data processing, and discloses a batch data processing method, device and equipment and a storage medium, a batch processing channel is determined by obtaining processing level information from a batch processing request, and when the batch processing channel is determined to be a rapid processing channel, a batch processing strategy of a default channel is called. The method comprises the following steps: providing an auditing node therein, adjusting the auditing node to obtain a real-time channel of a rapid processing channel, auditing service data based on the real-time channel, adjusting an original batch processing channel to generate a rapid batch processing channel, and processing batch services based on the rapid batch processing channel. Therefore, the service processing efficiency is greatly improved, and the service processing timeliness is also ensured. In addition, the invention also relates to a block chain technology, and the business data can be stored in the block chain.

The present invention relates to the field of mobile communications, specifically to a technology of playing digital television signal at mobile terminal. The present invention provides a mobile terminal and a method thereof for playing digital television signal, including: in a first time period of each clock cycle, the mobile terminal performing software decoding to the received digital television signal, and playing the decoded media data; in a second time period of each clock cycle, the mobile terminal communicating with the network side. Because of periodically setting execute time for decoding role and communication role of the mobile terminal, the invention not only guarantees the basic functions of mobile terminals, but also achieves decoding of digital TV signals through the software; so that the audio and video decoders of hardware are saved, and the mobile terminal can simultaneously realize the playing of digital television signals and achieves the object of saving internal space of the mobile terminal and reducing the hardware cost of the mobile terminal.

The invention provides an electric vehicle shell machining method, which relates to the field of automobile transmission machining, and comprises the following steps of: 1) finishing the upper and lower planes of a shell, a high-precision hole and a side surface in one direction by adopting one procedure; and 2) finishing the other holes with the angle direction on the other side surface and on the upper surface and the lower surface of the shell by adopting one process. By the adoption of the machining method, two machining procedures are used for completing two holes in the upper plane, the lower plane and the side face of the part; in the operation process, the processing content can be adjusted according to the processing content, working hours and takt of the two procedures, so that the processing takt is consistent, and the comprehensive efficiency of equipment is improved; in addition, the dimensional stability of the flatness, the roundness, the location degree, the roughness and other linear tolerances and form and location tolerances of important sizes of the shell is effectively improved.