69results about How to "Avoid distracting situations" patented technology

The embodiment of the invention discloses a method and equipment for processing uplink data transmission. By the technical scheme of the embodiment of the invention, the method comprises the following steps that: terminal equipment can accurately determine a special uplink sub-frame allocated by a base station, and the terminal equipment can stop the uplink data transmission on the special uplink sub-frame so as to avoid interference with downlink data transmission of cells caused by performing uplink data transmission on the special uplink sub-frame by the terminal equipment, and ensure the communication quality of the system.

A method for testing standard conformity of resource exchange system on government affairs includes setting up exchange interface and test control template by utilizing specified format, arranging auxiliary test tool on tested interface, carrying out test on conformity and carrying out analysis-statistics on various test records for working out test report.

The invention discloses a device-to-device (D2D) resource allocation method and a D2D resource allocation device. The method comprises the steps of determining time division duplex (TDD) uplink configuration and downlink configuration used by a cell, and a D2D resource allocation period; according to the instruction of the TDD uplink configuration and downlink configuration, starting configuring a D2D subframe from the last uplink subframe of the D2D resource allocation frame in the D2D resource allocation period, wherein the first uplink subframe of the D2D resource allocation frame in the D2D resource allocation period is not used as the D2D subframe. Through adoption of the D2D resource allocation method for D2D subframe configuration, the D2D and user equipment (UE) can easily determine TDD uplink and downlink reference configurations fed back by a physical uplink control channel (PUCCH). If the D2D and the UE need to support transmission in an idle mode of radio resource control (RRC), the method can be adopted and can prevent inter-subframe interference due to timing offset.

The invention discloses a load balancing method and device based on a cluster. The method comprises the following steps: recording the number of all kinds of loads running on each node in the cluster in real time; receiving a new load by the cluster; selecting a node having the minimum load number from unmarked nodes for marking, and if the cluster does not contain the unmarked nodes, selecting the node having the minimum load number to run the new load, and clearing the marks on all nodes; judging whether the currently selected node has the load the same as the type of the new load, if so, repeatedly selecting the node having the minimum load number from unmarked nodes to perform the subsequent operations; and if not, running the new load on the currently selected node, and clearing the marks on all nodes. According to the load balancing method and device disclosed by the invention, equilibrium assignment of the load numbers is realized in combination with the number of all kinds of loads running on each node, and the equilibrium assignment all resources used by the loads on the nodes can be ensured as much as possible.

The invention relates to the technical field of gates, and discloses a gate machine, which comprises a first gate machine frame and a second gate machine frame which are arranged side by side, whereina channel is formed between the first gate machine frame and the second gate machine frame, and a passage device is arranged in the channel to divide the channel into a first region and a second region. In the first region, a plurality of TOF distance measuring sensors are arranged at the position, corresponding to the first region, of at least one of the first gate machine frame and the second gate machine frame in the extending direction of the channel. In the second region, a plurality of TOF distance measuring sensors are arranged at the position, corresponding to the second region, of atleast one of the first gate machine frame and the second gate machine frame in the extending direction of the channel. The identification range of the TOF distance measuring sensors located in the first region forms a first detection region, and the identification range of the TOF distance measuring sensors located in the second region forms a second detection region. The gate machine disclosed by the invention not only can reduce the interference among the sensors, but also can accurately judge the track of a traveler.

The invention relates to a fruit picking machine capable of accurately searching fruit positions. The fruit picking machine comprises a walking device, a collecting box, a feeding device and a pickinglifting air cylinder, wherein a picking lifting seat is arranged on the picking lifting air cylinder, and a picking mechanism is arranged on the picking lifting seat; the feeding device comprises a feeding lower pipe which is communicated with the collecting box and vertically extends, an inclined feeding middle pipe is communicated to the feeding lower pipe, a vertical feeding upper pipe is communicated to the feeding middle pipe, a vertical upward visual detector is arranged on the feeding upper pipe, an outward lower inclined air blowing opening is arranged in the lateral side of the feeding lower pipe, the air blowing opening is communicated with an air blowing pump, and force damping elastic blocks are arranged at the matched positions among the feeding lower pipe, the feeding middlepipe and the feeding upper pipe. According to the fruit picking machine disclosed by the invention, the visual detector is arranged on the feeding pipe, the feeding pipe is communicated with the airblowing pump, and the air blowing pump can blow air upwards continuously; thus, the fruits are prevented from being shaded by leaves, the fruit positions can be comprehensively detected by the visualdetector, and more complete picking can be achieved.

The present invention discloses a vehicle navigation system. The system comprises a navigation module, a Bluetooth module, a SIM communication module, a sound collection module and an intelligent monitoring module, which are used for communicating with a remote terminal and transmitting navigation driving state information; a voice identification module and a gesture determination module, which are used for identifying gesture information of three fingers of the driver and activating the corresponding function module according to the gesture information; and a control information calculation module, which is used for calculating and comparing voice control information identified by the voice identification module and gesture control information acquired by the gesture determination module,and transmitting a comparison result to the central processing unit. According to the technical scheme of the present invention, by combining the voice and the gesture, the control instruction can beaccurately identified in the non-visual situation, the defect of poor accuracy when the voice or the gesture is separately identified is avoided, and without distracting the line of sight of the driver, the safe driving experience of the car navigation system is improved.

The embodiment of the present invention provides a charging method and system. The method is applied to the charging system. The charging system includes an electronic tag installed on the vehicle, a controller, a phased array antenna installed on each first lane and an The microwave antenna on the two lanes, the first lane and the second lane are arranged alternately, the method includes: when the microwave antenna recognizes the first electronic tag, reads the first tag information of the first electronic tag, and obtains the relative information of the microwave antenna Adjacent to the first adjacent tag information read by the phased array antenna, judge whether the first vehicle where the first electronic tag is located is on the lane where the microwave antenna is located according to the first tag information and the first adjacent tag information, if it is determined that the first When a vehicle is on the lane where the microwave antenna is located, the toll is deducted from the account corresponding to the first electronic tag, and the first payment success information is generated and sent to the controller, so as to avoid the interference of adjacent vehicles.

The invention relates to the technical field of medical equipment, and discloses quick nucleic acid extraction equipment. The equipment comprises a driving base, a controller, a visual isolation coverand an extraction rotating disc; the left side of the top of the driving base is fixedly connected with the controller; and the right side of the top of the driving base is fixedly connected with thevisual isolation cover. According to the technical scheme, through match use of clamping rings and limiting rings, when extracting solution test tubes are placed, the bottom end of each extracting solution test tube penetrates through one limiting ring, vertical lines on test tube caps are meshed with vertical line grooves, and the bottom of each extracting solution test tube cap is in contact with the top of one limiting ring, so that the extracting solution test tubes cannot rotate in an extracting process, and the extracting solution test tube caps can be clamped by the vertical line grooves. Therefore, when the extracting solution test tubes are rotated, the test tube caps cannot be scattered on a reagent placing plate, interference among different reagent tubes can be avoided, and extraction safety and reagent stability can be ensured.

The invention discloses a timing control system for testing a T-con board, which includes a power input module, a protection module, a delay module, a control module, a voltage conversion module and a button input module, and the output terminals of the power input module are respectively connected to the voltage conversion The input terminal of the module is electrically connected with the protection module, the output terminal of the protection module is electrically connected with the input terminal of the delay module, the output terminal of the delay module is used for output voltage, and the control module is respectively connected with the voltage conversion module, the key input module and the delay module. The modules are electrically connected. The invention is a timing control system for testing a T-con board. By arranging a protection module, a delay module and a control module on a circuit board, compared with the prior art, it is possible to avoid the occurrence of welding wires The problem is that the connection is simple and convenient, which makes the whole system compact; at the same time, it can also avoid interference caused by too long welding leads, improve the stability of the test, and then improve the accuracy of the test.

The invention discloses a metadata recovery method and device based on an SSD, equipment and a medium. The method comprises the following steps: when the SSD is powered on and started, retrieving required target metadata in a PBA address interval pre-divided in a FLASH chip of the SSD; wherein the storage space corresponding to the PBA address interval is continuous, and only metadata is stored inthe storage space; and reading the target metadata, and loading the target metadata to a memory chip of the SSD. According to the method, the FLASH chip of the SSD is divided in advance; The PBA address interval obtained through division is continuous, only metadata is stored, the situation that the metadata is interfered by user data in the metadata retrieval process can be avoided, and therefore the metadata retrieval efficiency of the SSD in the power-on recovery process is relatively improved, and the power-on starting efficiency of the SSD is guaranteed. In addition, the invention further provides an SSD-based metadata recovery device, SSD-based metadata recovery equipment and an SSD-based metadata recovery medium, and the beneficial effects are the same as described above.