4results about How to "With energy saving effect" patented technology

The utility model provides an efficient desulfurization wastewater clarification device which comprises a clarification tank main body, and an upper heat exchanger, a heat exchange tube and a lower heat exchanger are sequentially arranged in an inner cavity of the clarification tank main body from top to bottom; the bottom of the heat exchange pipe is connected with a pipeline bracket, and clarification tank filler is arranged at the top of the heat exchange pipe; wherein the other end of the pipeline bracket is connected with the bottom of a sedimentation tank in the clarification tank main body; a sludge outlet is formed in the bottom of the sedimentation tank; the device can automatically clean and operate, is high in automation degree, and can specifically and efficiently precipitate desulfurization wastewater compared with a traditional precipitation tank; strong brine is used as a heat exchange medium for heat exchange, so that the temperature of the strong brine is increased, heat needed by temperature rise of the rear-end evaporation section is reduced, and the energy-saving effect is achieved.

This invention belongs to the field of medical suture technology, and particularly relates to a medical suture barb heat-fusion device, comprising a first traction component, a second traction component, a positioning component, a heat-fusion component, and a cutting component. The first and second traction components are used to drive the suture to linear horizontal movement and rotation from both ends. The positioning component provides effective positioning support for the linearly horizontally moving suture. The heat-fusion component softens the suture to a suitable degree. The cutting component cuts barbs on the softened suture. This invention has a simple structure, is easy to operate, and has low maintenance costs.

The application provides an air conditioner and a control method, device, storage medium and computer program product thereof, and belongs to energy-saving refrigeration and air conditioning equipment. The air conditioner comprises a compressor, a four-way valve, an indoor heat exchanger, a flash evaporator, an economizer and an outdoor heat exchanger; the indoor heat exchanger is connected with the flash evaporator; the flash evaporator is connected to a suction port of the compressor and the economizer; the economizer is connected to a charge port of the compressor; the outdoor heat exchanger is connected with the economizer; a third throttling device is arranged on a pipeline connecting the indoor heat exchanger with the flash evaporator; a first throttling device is arranged on a pipeline connecting the outdoor heat exchanger with the economizer; and a second throttling device is arranged on a heat exchange pipeline of the economizer. The method comprises the following steps: detecting the discharge pressure, discharge temperature, suction pressure, suction temperature and charge pressure of the compressor; and controlling the first, second and third throttling devices according to the detected discharge pressure, discharge temperature, suction pressure, suction temperature and charge pressure. The application can increase the refrigerant circulation amount.

This utility model relates to the field of sludge removal devices, specifically a sludge removal device utilizing pulsed airflow in sewage pipelines. It includes a manhole in a gentle slope section, a manhole upstream of a steep slope, a manhole downstream of a steep slope, an airflow collection device, an air collection pipe, and an aeration ring. The manholes in the gentle slope section, upstream of the steep slope, and downstream of the steep slope are connected sequentially via sewage pipelines. The downstream manhole includes a chamber and a shaft. A sludge hopper is installed inside the chamber, and the airflow collection device is installed in the shaft. The airflow collection device is connected to one end of the air collection pipe, which has multiple branch air collection pipes. The ends of the branch air collection pipes are connected to the aeration ring fixed inside the sewage pipeline. This utility model collects pulsed airflow generated at points of significant slope change in the pipeline and transports it to the upstream sewage pipeline. This generates a large number of fine air bubbles evenly within the pipeline, which adhere to the sludge surface, forming bubble clusters. Under buoyancy, these bubble clusters rise and flow with the water into the sludge hopper, preventing sludge accumulation and pipe blockage.