33results about How to "No waiting" patented technology

The invention discloses a test instrument sharing usage method and a test system in an automatic optical module test. The system comprises a plurality of testing machine platforms, optical modules to be tested, optical module testing instruments, servers, switchboards and optical switches, wherein the testing machine platforms are connected with the switchboards, the switchboards are connected with the servers, the servers are connected with all the optical module testing instruments, and the optical module testing instruments are with the optical modules to be tested which are arranged on the testing machine platforms through the optical switches. Control is achieved through servers, when a testing machine platform requires an optical module testing instrument, the testing machine platform applies for resources of the instrument for a server, when the instrument idles, the server distributes the resources of the instrument to the testing machine platform, at the same time, the instrument is remarked to be occupied until the testing machine platform releases the usage of the platform, and if one instrument is occupied by one of the testing machine platforms , the other testing machine platform can apply for the usage of other instruments. According to the method and the system, by the aid of the server, testing resources are coordinated, a plurality of optical modules can be detected, and the utilization rate of the instruments can be improved.

An embodiment of the invention provides a task processing method and system. The method includes: separating a to-be-processed task into multiple sub-tasks, wherein the granularity of one optional sub-task is one of the multiple preset granularities; selecting the first-number task processing nodes from task processing nodes to serve as adopted node groups, respectively distributing the sub-tasks to the task processing nodes, with the task processing capability matched with the granularities of the sub-tasks, in the adopted node group for processing according to the task processing capability records of the task processing nodes in the stored adopted node groups. Due to the fact that the granularities of the tasks to be processed by the task processing nodes are matched with the processing capability of the task processing nodes, the task processing time of the task processing nodes is identical, and the situation that the task processing nodes with high process capability are idle for a long time is avoided. By the method, resource utilization rate and task processing speed are increased effectively.

The invention discloses a multi-on-line air conditioning and water heating integration machine. The multi-on-line air conditioning and water heating integration machine comprises multiple indoor units, a water heating module and an outdoor unit. Each indoor unit comprises an indoor heat exchanger and an indoor electronic expansion valve. The water heating module comprises a water tank heat exchanger. The outdoor unit comprises a compressor, an outdoor heat exchanger and an outdoor electronic expansion valve. When hot water is needed, the compressor, the water tank heat exchanger, the indoor electronic expansion valves, the indoor heat exchangers and the compressor communicate in sequence to form a first refrigerant loop to produce hot water, and the indoor units conduct refrigeration; or the first refrigerant loop and a second refrigerant loop formed by communicating the compressor, the water tank heat exchanger, the outdoor electronic expansion valve, the outdoor heat exchanger and the compressor communicate in sequence produce hot water together, and the indoor units conduct refrigeration; or the second refrigerant loop produces hot water separately, and the indoor units conductheating or are stopped. According to the multi-on-line air conditioning and water heating integration machine, indoor unit can be recovered to produce hot water during air conditioner refrigeration, meanwhile hot water can be produced through circulation of refrigerants during air conditioner heating or air conditioner stop, and energy resources are saved.

The invention discloses an intelligent door lock control method and device, computer equipment and a storage medium. When the distance between mobile equipment and any intelligent door lock in an intelligent door lock set is detected to be smaller than a first distance threshold value, an identity verification request is sent to the mobile equipment, and the intelligent door lock set comprises atleast one intelligent door lock; identity verification information returned by the mobile equipment in response to the identity verification request is received; if the identity verification information passes verification, when the distance between the mobile equipment and any intelligent door lock in the intelligent door lock set is detected to be smaller than a second distance threshold value,the target intelligent door lock is controlled to be opened, and the distance between the target intelligent door lock and the mobile equipment is smaller than the second distance threshold value. According to the method, identity authentication is carried out in advance before the target intelligent door lock is reached, and when the intelligent door locks of multiple target areas are entered, multiple times of identity verification are not needed, so that the unlocking efficiency is further improved, and great convenience is brought to a user.

The invention discloses a label printing method. The method comprises the following steps that: a client sends label printing requests to a server, wherein the label printing requests have marks of label types; the server puts the label printing requests into different queues according to the types of labels to be printed after receiving the label printing requests, wherein for the labels to be printed in real time, the label printing requests for the labels to be printed in real time are put into a new queue; and for the labels to be printed in batches, all the label printing requests for the labels to be printed in batches are put into a fixed queue in turn; polling all the queues in a fixed direction according to the sequence of creating the queues; and processing the label printing requests in each queue in turn according to polling results and the ranking sequence of the label printing requests in the fixed queue, so that labels can be drawn later and submitted to printing equipment for printing. Therefore, the label printing operation in a production line cannot be delayed for a long time, and the label printing efficiency is improved.

The invention provides a completely interchange type overpass, which consists of a ground layer and a viaduct, wherein the ground layer comprises two spanning motor vehicle lanes; a two-way ramp is arranged around a spanning point and is communicated with the adjacent motor vehicle lanes; ground non-motor vehicle lanes and sidewalks are sequentially arranged outside the two-way ramp and the motor vehicle lanes on the periphery of the two-way ramp; the viaduct consists of elevated non-motor vehicle lanes and elevated sidewalks outside the elevated non-motor vehicle lanes; the elevated non-motor vehicle lanes are connected with the ground non-motor vehicle lanes through elevated approach bridges; and a footbridge erected around the viaduct is used for connecting the ground sidewalks with the elevated sidewalks. The motor vehicle lanes, non-motor vehicle lanes and sidewalks of the completely interchange type overpass are in the respective own ways all the time, do not intervene each other, and have no intersection or conflict points. As the non-motor vehicle lanes and the sidewalks are arranged on the viaduct, construction cost is greatly reduced. The overpass has the advantages of simple construction and low cost, and is especially applicable to the road reconstruction of old cities.

The invention discloses a BIM model data optimization method and system. The method comprises the steps of carrying out the shrinking processing on each edge in an original grid of a BIM model, and calculating the difference value between each edge in each contracted grid and each edge of the original grid; associating the difference value with each edge, and constructing a difference value queue;obtaining a minimum difference value in the difference value queue, and shrinking the edge with the minimum difference value; and when the minimum difference value is greater than a preset thresholdvalue, obtaining the optimized BIM model data. According to the BIM model data optimized by the optimization method provided by the invention, on the basis that the original semantic information of the BIM model data is reserved, the data size is greatly reduced, the user experience of the three-dimensional real-time interactive rendering at a traditional desktop terminal is remarkably improved, and the large-volume complex BIM model data can also be rendered from the desktop terminal in real time to be the web page three-dimensional real-time interactive rendering based on no plug-in, so thata user can obtain the experience of no lagging, no waiting and smooth interaction.

A maglev unmanned mini-vehicle aerial rail transit network, including: a rail transit network is erected above the ground, and magnetic levitation technology is used to realize the track carrying passenger cars and the driving of passenger cars. It is divided into upper and lower layers. There are ramps on the Jianhe site platform, and the ground site with a cylindrical air platform, combined with a special Ferris wheel and platform ramp, and the use of miniature vehicles, realizes a new traffic mode and travel mode that is convenient for riding, and reduces road congestion pressure The purpose of reducing air pollution has led the magnetic levitation technology to a new application mode and development direction.

The invention discloses a realization method for a printer locating and sharing system. The methd comprises a user terminal and multiple printers. The user terminal is connected with the printers through a GPRS network. The user terminal includes a first user terminal. The first user terminal comprises a man-machine interaction module, an information transceiver module, a GPS positioning module, an information processing module and a data interface. Each printer comprises a GPS positioning module and an information transceiver module. A printer point can be conveniently found to obtain a printing service; printing is not influenced by non-business and business time of merchants; the printer service adopts intelligent control and automatic printing; users can obtain the service at any time;the printing service is combined with a delivery service, so that the convenience is brought for customers and the incomes of deliverymen are increased; integral printing is realized, so that the printer utilization rate is increased; and automation is realized, so that social resources are saved, the printing costs of the users are lower, and printing is high-quality and inexpensive.

The invention discloses a multi-channel decoding method and system, and aims to solve the problem that a conventional graphics processor coding technique has the defect of lack of a multi-channel screen grab waiting algorithm. The method comprises the following steps: coding channels simultaneously enters into to-be-coded status, a first channel start to capture packages, other channels are still in waiting status, the coding of the first channel starts, and a second channel is notified to start to capture packages. The method and system have the technical effects that an application layer can perform screen grabbing operation only when performing encoding operation to the current channel, screen grabbing operations of other channels are not performed so as to avoid the phenomenon of waiting when screen grabbing operation are performed to other channels, and the resource of a graphics processor is saved.

The invention discloses a straight-through data transmission system and method based on sorting mapping, which utilize straight-through transmission, can preferentially send data, has the advantages of low delay and no waiting, and can quickly process and send out the data. According to the method, message sorting and check calculation are adopted, each message is independent, data message identification is easy, a correct response sequence is given, and the reliability of data is greatly improved. According to the invention, a sorting mapping caching method is adopted, so that the data message can be accurately and intuitively associated with the physical storage space, and the independence of the serial number is reflected on the address of the physical storage. According to the method, an efficient response mechanism is adopted, and an interval response and data wait-free transmission method is adopted, so that the high efficiency of data transmission can be realized, and the response waiting time and the occupation time of the response to a physical link are greatly reduced.

The invention relates to a movable bracket for scaffold material lightering and an application method thereof. The movable bracket comprises a frame, sidebars, wheels, and plug-pins; the frame comprises long beams, short beams, reinforcing ribs, brackets, and inserted rods; the sidebars comprise vertical columns, lower sleeves, and handrails; the wheels comprise upper sleeves and universal trundles; and the plug-pins comprise L-shaped hinge pins and buckles. The movable bracket is used for scaffold materials to be placed when the scaffold materials are removed and for lightering the scaffold materials to other working areas, is simple in structure, convenient to disassemble and assemble, and high in practicability, the manual handling of the scaffold materials is reduced, and labor cost and man-hour are saved; and at the same time, the transfer of the scaffold materials is accelerated, the timeliness of cleaning on a scaffold removal site is guaranteed, and the production efficiency isimproved.

The invention provides a parallel network packet classification method and system based on a multi-core processor and network equipment, and the method comprises the steps: receiving a network data packet, putting the network data packet into a queue, and preprocessing the network data packet; and simultaneously classifying the queued network data packets one by one by adopting the same matching process in an active circulation mode by a plurality of cores of a multi-core processor, and outputting a matching classification result of the network data packets according to an input sequence of the network data packets. The parallel network packet classification method based on the multi-core processor is proposed so that an input sequence and an output sequence of network data packets are consistent, avoid disorder, eliminate the competitive overhead among multiple cores and give full play to the performance advantages of multi-core parallel. Non-competitive intra-packet level parallel multi-core network packet classification can be realized, the multi-core parallel efficiency advantage of the multi-core processor is fully exerted, and the network packet classification process is accelerated.