34results about How to "Time does not affect" patented technology

The invention discloses a stewed pear syrup and a preparation method thereof. The stewed pear syrup is prepared by using 100 parts by mass of a concentrated pear juice, 9-13 parts by mass of a Corsvenor Momordica Fruit concentrate and 25-35 parts by mass of water. The preparation method comprises the following steps: uniformly mixing above components to form a pear syrup, carrying out a boiling concentration process until the Baume degree is 69-71Brix, cooling, sterilizing, cooling, filtering, and filling to obtain a final product with the Baume degree of 69-71Brix, that is, the stewed pear syrup. The concentrated pear juice in the concentrated fruit juice industry is introduced to substitute traditional fresh pears as a raw material for the stewed pear syrup, and can be stored for a long time, so the stewed pear syrup can be produced at all seasons; the concentrated pear juice has high cycle of concentration, so a long boiling concentration time is avoided when in use; and the concentrated pear juice is a concentrated fruit juice prepared from pears, is same to the pear juice in components, has no influences on the use of the concentrated pear juice in the stewed pear syrup as a raw material, has good mouthfeel and is beneficial to the human body.

The invention provides a method and a device for self-organization network time synchronization and can improve the system convergence speed and reduce a system load. The method comprises steps that a node having the highest phase in a cluster is taken as a cluster head node, time synchronization of the cluster head node and cluster head nodes of other clusters is carried out, and other nodes of the cluster are taken as in-cluster nodes which enter into a dormant state; the in-cluster nodes in the dormant state stop dormancy and realize time synchronization with the cluster head node of the cluster. The device comprises an inter-cluster synchronization module used for acquiring the node having the highest phase in the cluster and taking the node as the cluster head node and an in-cluster synchronization module used for making the in-cluster nodes in the dormant state stop dormancy and realizing time synchronization of the in-cluster nodes and the cluster head node of the cluster, wherein time synchronization of the cluster head node and the cluster head nodes of other clusters is carried out, and the other nodes of the cluster are taken as the in-cluster nodes which enter into the dormant state. The method is suitable for the network technology field.

The present invention provides a time error correction method based on a distributed system, comprising: dividing the nodes in the distributed system into test nodes and common nodes; acquiring network delay information of the test nodes and common nodes; Delay information, judge whether the network of the common node is stable through the test node, determine the stable node; obtain the data transmission time of the stable node; according to the data transmission time, compare the data transmission time on the test node with The data transmission time is compared and calculated to determine the node to be corrected with a time error; the correction information is generated by the test node and sent to the node to be corrected; according to the correction information, the time on the node to be corrected Perform error correction. The invention solves the problem that the time of each server in the distributed system is not unified and not standardized.

The invention relates to mobile communication technique, disclosing a method for reporting scheduling information (SI) in high speed uplink packet access (HSUPA), raising wireless resources utilization ratio as reporting SI. In the invention, if the current periodical SI reporting needs to consume extra wireless resources and there has been or is possibly SI reporting caused by other reasons in the time period about the triggering time of the periodical SI reporting, neglecting the current periodical SI reporting. And it has three concrete modes of: 1. monitoring a preset time period before the periodical triggering time: if there has been SI reporting, able to neglect the current periodical reporting; 2. neglecting the current periodical reporting and monitoring the SI reporting condition in the following preset time period: if no SI reporting, then making a supplementary reporting; and 3. whenever reporting SI, delaying each following periodical reporting.

The invention provides a time synchronization method for a stacking system, the stacking system and member equipment. The stacking system participates in the general member (GM) election and synchronous spanning tree establishment of an external precision time protocol (PTP) network as logic equipment; and in the stacking system, a GM in the stacking system is determined according to the elected role of the stacking system in the external PTP network, a synchronous spanning tree is established in the stacking system by an internal notification message, and an internal synchronization message is transmitted on the internally established synchronous spanning tree to realize time synchronization in the stacking system. The invention realizes the precise time synchronization of the stacking system without influencing the time synchronization of other network equipment.

The invention discloses a well head sampling method of an oil and gas well. The well head sampling method includes the steps that formation fluid flowing in the horizontal direction is changed into formation fluid flowing in the vertical direction through a sampling device; in the vertical direction, it is achieved that uneven-flowing fluid is changed into even distribution and flowing fluid through a filtering and mixing device; after the fluid evenly flows, a certain quantity of samples are sampled at different positions of a circulation channel through a stretchable sampling probe till a special sample bottle is full. Under the condition that the well head sampling condition meets PVT analysis of a laboratory, underground fluid samples can be completely replaced with the samples sampled with the sampling method, the sampling time is set during stable-flowing finding production, and meanwhile getting of capacity data of the oil and gas well is not influenced; compared with an underground fluid sampling method, according to the well head sampling method, the operation time is not additionally occupied, a special sampling tool is not required, the operation time of a whole well is saved, and operation cost is reduced.

The invention relates to a measurement plate and a measurement method for measuring circuit board horizontal line ultrasonic intensity, comprising a plate body and tin foil paper; the plate body is provided with an opening which is sealed by the tin foil; and the thickness of the tin foil paper is 10-20 Mum. The measurement method for measuring circuit board horizontal line ultrasonic intensity comprises steps of transmitting the measurement plate having a first preset thickness to a ultrasound wave band, enabling the tin foil paper to vibrate in the ultrasonic wave to test that whether the tin foil paper is damaged by the measurement plate which stops for a first time frame in the ultrasonic wave band, transmitting a measurement plate having a second preset thickness to the ultrasonic wave band, enabling the tin foil paper to vibrate in the ultrasonic wave in order to test whether the tin foil is damaged by the measurement plate which stops for a second preset time frame in the ultrasonic wave band, and determining whether the ultrasonic wave band intensity is in the first intensity range according to the fact whether the tin foil paper having the first preset thickness and the second preset thickness is damaged.

The invention provides a pedestrian crosswalk signal light self-adaptive control method and system utilizing a video tracking technique. According to the pedestrian crosswalk signal light self-adaptive control method, through the video tracking detection technique, pedestrians around the pedestrian crosswalk can be continuously tracked; when the pedestrians are detected to cross street and the pedestrian crosswalk signal light is red, whether the time within which a motor vehicle on the motor vehicle road reaches the pedestrian crosswalk exceeds the time within which the pedestrians cross the street or not is detected; if the time within which the motor vehicle on the motor vehicle road reaches the pedestrian crosswalk exceeds the time within which the pedestrians cross the street, green light passing signal is first provided for the pedestrians and when all the pedestrians cross the pedestrian crosswalk, the green light signal is provided for the motor vehicle instantly; the green light signal is provided for the pedestrians and the passing of the motor vehicle is not affected in the process; the green light time is shortened to the largest extent; moreover, through the adoption of the technical scheme, the pedestrians lingering in the street-cross waiting region but not intending to cross the street are reminded to leave the street-cross waiting region so as to prevent the situations that the passing signal is provided for the pedestrians not crossing the street, the green light resource is wasted and the road crossing efficiency of motor vehicle is reduced.

The invention relates to a device for exposing light-sensitive materials, with an electronic picture memory ( 2 ) for storing a master image, with an exposure unit which comprises a light source ( 22 ), an electronically activatable light modulator ( 21 ) for representing a part picture ( 24 ) of the master image ( 2 ), and imaging optics ( 23 ) for the projection of the part picture ( 24 ) onto the light sensitive material ( 10 ), with a drive device consisting of motors ( 9 ) and of a motor control ( 12 ), for moving the exposure unit ( 8 ) parallel to the surface of the light-sensitive material ( 10 ), with a scroll means ( 7 ) for scrolling a picture strip ( 25, 26 ) of the master image through the light modulator ( 21 ), and with a control device ( 1 ) for synchronising the drive device ( 9, 12 ) with the scroll means ( 7 ). For reducing the processing time for the exposure of the complete printing plate ( 10 ), according to the invention, it is envisaged for a rapid intermediatememory ( 16 ) for storing a strip-like region to be provided, from which the picture data for the part picture ( 24 ) to be exposed, in each case, may be transmitted onto the light modulator ( 21 ) synchronously with the movement of the exposure unit ( 8 ).

The invention relates to a board card test system. The system comprises a cabinet, a test computer, a test host module and a man-machine interface module, wherein the cabinet comprises a standard board card and a replaceable board card, and is used for inserting a board card to be tested; the test host module is arranged in the standard card in the cabinet and used for testing the main function of the board card to be tested, so as to determine the usability and construct a test standard signal source; and the man-machine interface module is arranged in the test computer and used for realizing the data interaction between the test computer and the test host module, so as to realize the collection and storage of test data and calibrate the standard signal source. In the invention, the complete standard operation system which is capable of testing five types of board cards is constructed; and when in use, the test system can directly test a single board at a client site without any special devices and the limitations of the environment and the device, so that the verbose process that board cards are tested after being returned to the factory is omitted, the time is saved and the operation of the device can not be influenced.

The invention relates to a communication network switch automatic detection assembly line based on blockchain, which includes a mounting frame, an adjusting conveying device is arranged between the inner walls of the mounting frame, and a lifting control device is arranged at equal intervals from front to back in the middle of the mounting frame. The left end of the frame is provided with detection execution slots at equal intervals from front to back, and a detection execution device is arranged in the detection execution slot. The present invention can solve the problem that the switch needs to be manually moved to the designated detection position in the production test process, and the switch needs to be manually detected one by one. Damage will affect the service life of the switch. It takes a long time to manually detect the switches one by one, and the labor intensity is high and the work efficiency is low.