9 results about "Work recovery" patented technology

The utility model provides a work recovery multi-cylinder refrigerating and heating device, which belongs to the technical field of refrigerating and heating, and comprises a power mechanism, a multi-linkage transmission mechanism and a plurality of solid elastic clamping heat regenerators, the multi-linkage transmission mechanism comprises a mounting bracket, an eccentric wheel rod and a plurality of driving rods, and the mounting bracket and the solid elastic clamping heat regenerators are fixedly arranged relatively; the eccentric wheel rod is rotationally arranged on the mounting bracket and is connected with the power mechanism, a plurality of eccentric wheels are arranged on the eccentric wheel rod at intervals, and the plurality of eccentric wheels are arranged according to a non-zero phase angle; the driving rods are arranged on the mounting support in a sliding mode and correspond to the eccentric wheels respectively, one end of each driving rod abuts against the corresponding eccentric wheel, and the other end of each driving rod is connected with one solid elastic clamping heat regenerator so that power can be input to the solid elastic clamping heat regenerators under driving of the eccentric wheels. According to the utility model, the springback work of the solid elastic clamping heat regenerator can be recycled, so that the power mechanism can output power more stably, and the energy loss is reduced.

The utility model relates to the technical field of down feather production, in particular to a negative pressure down feather filling room which not only can regulate and control the temperature and humidity in the down feather filling room, enable air in the room to flow and ensure that the working environment of workers is comfortable, but also can recycle drifting down feather and avoid down feather waste. Comprising a down filling room; the down filling system further comprises an adjusting mechanism, a recycling mechanism and a down storage mechanism, the adjusting mechanism is installed on the down filling room and used for adjusting the temperature and humidity in the down filling room and controlling opening and closing of a channel of the recycling mechanism, and the working recycling mechanism of a fan in the down storage mechanism is installed on the down filling room and used for recycling drifting down. And the down storage mechanism is mounted on the recovery mechanism and is used for treating the collected down.

This application discloses a self-powered knee joint guidance system based on human body negative energy recovery, comprising: a knee brace body; a first transmission mechanism disposed on the knee brace body for converting the reciprocating motion of the lower limbs during walking into the reciprocating linear motion of a double-rotating screw; a motion conversion mechanism for converting the reciprocating linear motion of the double-rotating screw into rotational motion; a power generation mechanism for converting the mechanical energy generated by the rotational motion into electrical energy; a power management module for processing and storing the electrical energy generated by the power generation mechanism; and a guidance function module powered by the power management module for sensing environmental obstacles and providing warning information to the user. This application provides a wearable, self-powered, and intelligent guidance solution.

Shape-Memory Alloy heat pump system (20) and method comprising a first Shape-Memory Alloy core (21) and a second Shape-Memory Alloy core (22). A power converter (23) is connected to the first Shape-Memory Alloy core and the second Shape-Memory Alloy core and a flywheel device (24) is configured to recover and store energy from an unloading first Shape-Memory Alloy core via the power converter and provide the stored energy back to a loading second Shape-Memory Alloy core via the power converter.

The invention discloses an assembly line work recovery method and device, electronic equipment and a storage medium. The method comprises the steps that when a container arrangement platform executes rolling restart, a first container is destroyed through a container scheduling adapter, and a signal processing engine triggers an elegant shutdown mechanism; closing a task receiving interface through a pipeline controller, terminating the currently executed pipeline, and writing information of the currently executed pipeline into a data storage layer; a second container is generated through the container scheduling adapter, an opening signal of the second container is sent to the signal processing engine through the container scheduling adapter, the signal processing engine starts the pipeline controller, and the pipeline state is detected to be the pipeline in execution in the data storage layer; and performing job recovery on the assembly line in the state of being executed based on the currently executed job step of the assembly line. According to the scheme, the problem of assembly line interruption caused by rolling restart is solved, and assembly line breakpoint accurate continuous transmission and full-automatic recovery are achieved.

The rotary compression type solid elastic clamping refrigerating and heating device structurally comprises a rotary platform, elastic clamping refrigerants, roller connectors, rollers and a base, the multiple elastic clamping refrigerants are distributed in the circumferential direction of the rotary platform at intervals, one ends of the elastic clamping refrigerants are fixedly connected with the rotary platform, and the other ends of the elastic clamping refrigerants are fixedly connected with the roller connectors. The rollers are installed at the bottoms of the roller connectors, and a high platform area, a transition section and a low platform area are arranged on the top face of the base. When the rotating platform works, the rolling wheels are tightly attached to the top face of the base to roll, when the rolling wheels move to a high platform area, the elastic clamping refrigerant is compressed to release heat, and when the rolling wheels move to a low platform area, the elastic clamping refrigerant is unloaded to absorb heat. The rotating platform drives the elastic clamping refrigerant to continuously rotate, and periodical heat release and heat absorption are achieved. The rotating motion driving force needed by the machine is small, elastic energy released when the elastic clamping refrigerant is unloaded is partially recycled, labor and energy are saved, the refrigerating and heating functions can be achieved in a partitioned mode, and the energy utilization rate is increased.

The application discloses a rotary compression type solid-state elastic card refrigeration and heating device and a work recovery method thereof. The structure comprises a rotating platform, elastic card refrigerants, a roller joint, a roller and a base. The elastic card refrigerants are distributed along the circumference of the rotating platform at intervals. One end of the elastic card refrigerants is fixedly connected with the rotating platform, and the other end is fixedly connected with the roller joint. The roller is installed at the bottom of the roller joint. The top surface of the base is provided with a high platform area, a transition section and a low platform area. When the rotating platform works, the roller rolls closely against the top surface of the base. When the roller moves to the high platform area, the elastic card refrigerants are compressed and heated. When the roller moves to the low platform area, the elastic card refrigerants are unloaded and heat-absorbed. The rotating platform drives the elastic card refrigerants to rotate continuously, so that periodic heat release and heat absorption are realized. The required rotating motion driving force of the machine is small, the elastic performance released when the elastic card refrigerants are unloaded is partially recovered, labor and energy are saved, the refrigeration and heating functions can be realized in different areas, and the energy utilization rate is improved.