53results about How to "Avoid transmission interruption" patented technology

The invention discloses a hanging rack conveying device. The conveying device comprises a hanging rack conveyer, a movable trolley, four first supporting columns, a rotary plate, a hopper, a telescopic steering conveyer and a hanging rack cover. The hanging rack conveyer comprises a first machine frame and a pair of sliding guide rails disposed on the two sides of the top of the first machine frame. The movable trolley comprises a supporting frame. The four first supporting columns are connected with the four corners of the supporting frame, rollers are arranged on the lower portions of the four first supporting columns, and the movable trolley is in sliding connection with the hanging rack conveyer. The rotary plate is located above the supporting frame, and the middle of the rotary plate is hollowed-out. The hopper is located on the upper portion the rotary plate and fixedly connected with the rotary plate. A first feed inlet is formed in the upper side of the hopper, a first discharge opening is formed in the lower side of the hopper, and the first discharge opening is right opposite to the middle of the rotary plate. The telescopic steering conveyer comprises a second machine frame, and the upper end of the second machine frame is hinged to the lower portion of the hopper through a rotary shaft. The hanging rack conveying device is matched with a binning machine in use, the work range is wide, rotation is flexible, distance adjustment is convenient, continuous work can be achieved, work efficiency is high, and time and labor are saved.

The invention relates to the technical field of database application, and discloses a distributed data synchronization system and method. In the invention, the distributed data synchronization system comprises a master server station and a plurality of sub server stations; all the sub server stations are respectively in communication connection with the master server station; the master server station is a data sending end; the sub server stations are data receiving ends; or, the master server station is the data receiving end; the sub server stations are data sending ends; the distributed data synchronization method comprises the following steps that the data sending end sends all data to be synchronized to the data receiving end in real time according to a pre-configured data format, wherein all the data to be synchronized include a plurality of data items; the data receiving end receives data from the data sending end in real time; the original data to be synchronized are covered by the received data; therefore, the data are updated in time; pressure balance is realized; requirements to the server are reduced; and the cost investment of the server is reduced.

This application discloses a data transmission method, device, system, and a smart wearable device and a readable storage medium. The method is applied to a smart wearable device, including: obtaining the first physiological parameter and transmitting it to a cloud server in real time; if When the data transmission is interrupted, mark the physiological parameters measured after the interruption and add a time stamp to obtain the second physiological parameter and store it in the local temporary memory; after the data transmission resumes, read the second physiological parameter from the temporary memory according to the mark Two physiological parameters; synchronously send the second physiological parameters and the physiological parameters measured at the current moment to the cloud server, so that the cloud server splices the physiological parameters based on the time stamp; delete the successfully sent second physiological parameters from the temporary memory . The present application can also ensure the continuity of data in an unstable network scenario, avoiding the possible interruption of data transmission when forwarding data through a mobile terminal, and avoiding data loss.

A USB control method and electronic device. The present invention provides a control method of an electronic device and an electronic device, wherein the electronic device includes: a USB interface and a metal casing arranged around the USB interface; the control method of the electronic device includes: when it is detected that the electronic device is connected to an external device through the USB interface In the case of the device, determine the port type and port transmission information of the external device; if the port type is the target port type and the port transmission information meets the preset conditions, the control metal shell is grounded. The invention can avoid transmission interruption of the USB interface due to ESD discharge in the data transmission mode, and reduce the risk of the USB interface being burned out due to the grounding of the metal casing.

The present disclosure relates to fifth generation (5G) or previous 5G communication systems that are provided to support higher data rates than those given by Long Term Evolution (LTE) or other subsequent four generation (4G) communication systems. A method for performing sidelink communication by a terminal is provided. The method comprises sending a base station a request for a plurality of grants for the sidelink communication and indicating whether the terminal supports the sidelink to different destinations in a sidelink control (SC) period communicating a first indicator of a plurality of transmissions; receiving the plurality of grants from the base station; and performing the plurality of transmissions to the different destinations in the SC period.