44results about How to "High degree of work automation" patented technology

The invention relates to a working method of a firefighting robot system with an orientation real-time adjusting function. The working method comprises a step that water hose active displacement mechanisms and water hose passive displacement mechanisms are uniformly dispersed and arranged along a fire hose filled with water, and a step that a firefighting robot controls the water hose active displacement mechanisms and the water hose passive displacement mechanisms to carry out direction conversion on the fire hose filled with water. The working method improves the maneuverability of robot deployment, increases the automation degree of the work of the firefighting robot effectively, reduces the risk of injury caused by manual operation, and meanwhile reduces the operation cost of the firefighting robot.

The invention relates to a dryer for small bread production, comprising a transmission mechanism, the transmission mechanism includes a first transmission assembly and a bearing assembly; a drying mechanism, the drying mechanism includes a drying box, a positioning assembly, a first directional assembly, two A group of clamping components arranged symmetrically on both sides of the sub-component and a second sub-component arranged outside the drying box and cooperating with the clamping component for longitudinal sub-component work; a centering mechanism; and a packing mechanism, the packing mechanism includes setting The receiving assembly under the first transmission assembly and the bagging assembly arranged under the receiving assembly and used to pack the bread output on the receiving assembly; the invention solves the problem of manually packing the bread in the bag when the old bread is packed Stacking, put in order and then pack, low work efficiency, low output technical problems.

The invention belongs to the cuvette cleaning device field and discloses an automatic cuvette cleaning system in laboratory treatment. The system comprises a working chamber and a cleaning chamber, asliding rail is connected between the working chamber and the cleaning chamber in a penetrating mode, a linear motor is arranged on the sliding rail, and a stepping motor is fixedly connected to the linear motor. The stepping motor is connected with a first connecting rod. A hollow box body is arranged at the other end of the first connecting rod. A second waste liquid tank, a third waste liquid tank and a fourth waste liquid tank are arranged in the cleaning chamber. A first liquid discharging pipe which is vertically arranged is arranged above the second waste liquid tank, a second liquid discharging pipe which is vertically arranged is arranged above the third waste liquid tank, and a third liquid discharging pipe which is vertically arranged is arranged above the fourth waste liquid tank. An exhaust fan with a downward air port is arranged on one side, away from the second liquid discharging pipe, of the third liquid discharging pipe, and an electric heating wire is arranged belowthe exhaust fan. The system is high in working automation degree, simple in structure, good in cleaning effect and high in application value.

The invention relates to a cushion processing and forming equipment for a household sofa bed, which includes a cotton filling mechanism, a forming mechanism and a collection box; the pillow is clamped by a clamping mechanism installed on a transmission mechanism to complete the automatic cotton filling work sequentially through the cotton filling mechanism, It is then transmitted to the forming mechanism to complete the work of breaking up the cotton-filled silk floss, and finally transmitted to the collection box to complete the automatic dropping of the pillow after forming; the forming mechanism includes a sewing assembly installed above the transmission mechanism, and the The beating assembly of the synchronous transmission of the sewing assembly and the snapping assembly that automatically snaps the pillow after the sewing assembly completes the sewing work; The post-sewing is two processes. In the process of successive work transfer, it is easy to have the phenomenon of cotton running and the technical problems of uneven distribution of cotton in the pillow.

The invention discloses a hosiery knitting and end sewing integrated weft knitting hosiery knitter. A control panel is arranged on an electric control box. A working table is installed on a working box and provided with a hosiery knitting machine, a hosiery turning device, a mechanical arm and an end sewing machine. The mechanical arm is located between the hosiery knitting machine and the hosiery turning device. The hosiery turning device and the end sewing machine are located on the same straight line. The hosiery knitting machine is connected with a main motor through a conveying belt. The hosiery turning device is connected with a hosiery turning rod lifting motor and a tongs lifting motor through transmission devices respectively. A pair of mechanical arm tongs is installed on the mechanical arm. The mechanical arm is connected with a rotating motor through a worm and a gear. The end sewing machine is connected with an end sewing motor through a driving belt. The control panel is connected with the main motor, the hosiery turning rod lifting motor, the rotating motor and the end sewing motor through circuits respectively. An air suction pipe is arranged on the hosiery turning device and provided with a hosiery outlet cover. Thus, the hosiery knitting work, the hosiery turning work and the end sewing work can all be completed at a high automation degree.

The invention discloses an unpowered slag unloading trolley. The slag unloading trolley comprises a trolley body, a trolley door and wheels, and the trolley door and the wheels are arranged on the trolley body. The trolley body is provided with a trolley upper bottom face and a trolley lower bottom face, and a counterweight layer is arranged between the trolley upper bottom face and the trolley lower bottom face. A trolley front side face and a trolley rear side face are arranged at the two ends of the trolley body in parallel. The included angle between the trolley upper bottom face and the trolley lower bottom face, the included angle between the trolley front side face and the vertical direction and the included angle between the trolley rear side face and the vertical direction are equal to the included angle between an inclined shaft and the horizontal plane. The trolley door is arranged on the trolley front side face and is hinged to and connected with the front side face. When the unpowered slag unloading trolley runs in the inclined shaft, the four side faces are kept in the vertical state, and running safety and stability of the trolley are improved; a slag unloading platform on the opening of the inclined shaft is arranged as a slope, and the angle of the slope is smaller than that of the inclined shaft; during slag loading, after the trolley door is opened, slag can automatically slide out from the trolley; after the slag is unloaded, the trolley can automatically move backward by means of gravity of the trolley and counterweights, and the trolley can conveniently enter the preparation state for next time of work without power.

The invention provides a cake fetching device for algae material processing. The device comprises a first frame assembly, a second frame assembly, a cake fetching member and a rack. By mutual extrusion and extrusion relief motions of the claw-type cake fetching member installed on the first frame and an interacting member installed on the second frame, and with the cooperation of vertical movement and relative movement of the first and second frames, the lower end of the claw-type member spreads or contracts to fetch a material cake in a material tray, and the material cake is sent out of the unit through a discharging assembly. The device provided by the invention is one of the key technological devices for realizing operational automation of algae material processing units, and has technical characteristics of simple structure, reliable operation, stable performance and high degree of automation.