Abstract: Provided are a data sampling method and apparatus for a network device, a device, and a medium. The data sampling method for a network device includes: configuring, by a central processing unit (CPU), a sampling parameter of target data to a coprocessor; generating, by the coprocessor, a sampling instruction packet at a set frequency according to the sampling parameter, and sending the sampling instruction packet to a network processing unit (NPU); and generating, by the NPU, a sampling reporting packet of the target data according to the sampling instruction packet, and sending the sampling reporting packet to the CPU.

Abstract: A filter plate handle is provided, an insertion shaft of which protrudes out of two side plate surfaces of a fixed plate, and the insertion shaft is fixedly connected to the fixed plate, portions protruding out of the two sides of the fixed plate are a first section and a second section respectively, the first section of the insertion shaft can be inserted into an insertion hole of a filter plate by interference fit, so as to ensure accurate alignment and assembly with the filter plate. The second section of the insertion shaft is provided with a wear-resistant block, which is configured to be in contact with a main beam and provide sliding support. The fixed plate is provided with at least two bolt holes and is fixedly connected to the filter plate by at least two bolts, so as to further realize fastening.

Abstract: The present disclosure relates to media processing apparatuses and methods. One example media processing apparatus is applied to an intelligent terminal, and may include a central processing unit (CPU), an audio input/output, an audio digital signal processor (DSP), and a video processor. The intelligent terminal includes a low power mode and a speaker mode. In the low power mode, the CPU and the audio input/output are in an on state, and the audio DSP and the video processor are in an off state. In the speaker mode, the CPU, the audio input/output, and the audio DSP are in an on state, and the video processor is in an off state.

Abstract: Provided are a data sampling method and apparatus for a network device, a device, and a medium. The data sampling method for a network device includes: configuring, by a central processing unit (CPU), a sampling parameter of target data to a coprocessor; generating, by the coprocessor, a sampling instruction packet at a set frequency according to the sampling parameter, and sending the sampling instruction packet to a network processing unit (NPU); and generating, by the NPU, a sampling reporting packet of the target data according to the sampling instruction packet, and sending the sampling reporting packet to the CPU.

Abstract: A recessed plate filter press for circularly pulling and pushing plates includes a main beam, a thrust plate, multiple filter plates, multiple filter plate handles, multiple plate pulling devices, a push plate, a depressing frame, a chain and multiple sprockets, the thrust plate is arranged on the main beam, and the multiple sprockets are arranged at both ends of the main beam, the chain is installed on the multiple sprockets, the multiple filter plate handles are arranged on both sides of the multiple filter plates, the multiple plate pulling devices are arranged apart on the chain, and the depressing frame is arranged on the push plate, and a plate pulling hook of each plate pulling device is snap-connected with each filter plate handle.

Abstract: The disclosure discloses a method and device for testing link performance, a logic processor and a Network Processor (NP). The method includes that: a first-type message is sent to an opposite node, and parameter information of the local node is acquired according to the first-type message; and a second-type message sent by the opposite node is received, and parameter information of the opposite node is acquired according to the second-type message, wherein a Central Processing Unit (CPU) of the local node is capable of calculating link performance between the local node and the opposite node according to the parameter information of the local node and the parameter information of the opposite node.

Abstract: A plate pulling machine for a pressure filter, including a base, a support, a pair of plate-removing ears, a pair of plate-pulling ears, a plate-removing support table, a plate-pulling support table, a bracket for a bolt sleeve, a bolt sleeve, and a bolt. The support is fixed on upper end surface of the base. The plate-removing ears and the plate-pulling ears are corresponding to each other, and are disposed on both sides of the top of the support. The plate-removing support table is disposed on the plate-removing ears via a plate-removing rotating shaft. The plate-removing support table is supported via a plate-removing spring. The plate-pulling support table is disposed on the plate-pulling ears via a plate-pulling rotating shaft. The plate-pulling support table is supported via a plate-pulling spring. The bracket for a bolt sleeve is disposed on outside of the plate-pulling support table on the support.

Abstract: A plate pulling machine for a pressure filter, including a base, a support, a pair of plate-removing ears, a pair of plate-pulling ears, a plate-removing support table, a plate-pulling support table, a bracket for a bolt sleeve, a bolt sleeve, and a bolt. The support is fixed on upper end surface of the base. The plate-removing ears and the plate-pulling ears are corresponding to each other, and are disposed on both sides of the top of the support. The plate-removing support table is disposed on the plate-removing ears via a plate-removing rotating shaft. The plate-removing support table is supported via a plate-removing spring. The plate-pulling support table is disposed on the plate-pulling ears via a plate-pulling rotating shaft. The plate-pulling support table is supported via a plate-pulling spring. The bracket for a bolt sleeve is disposed on outside of the plate-pulling support table on the support.