6results about How to "Fully disturbed" patented technology

The utility model discloses an inclined shaft TBM cutterhead slag collecting and cleaning device which comprises a cutterhead, a slag collecting hopper (7) and a front shield (8), the cutterhead comprises a cutterhead center block (1) and a plurality of cutterhead side blocks (2), the cutterhead side blocks (2) are installed on the periphery of the cutterhead center block (1) in a surrounding mode, a bucket (3) is installed on the cutterhead side blocks (2), a discharging port of the bucket (3) is connected with the slag collecting hopper (7), and the slag collecting hopper (7) is connected with the front shield (8). A cleaning device (6) is fixedly installed on the back face of the cutterhead edge block (2) and located between the cutterhead edge block and the front shield (8). According to the utility model, the shutdown time of equipment caused by slag collection of the front shield can be greatly reduced, the utilization rate and the construction efficiency of TBM equipment are improved, and the labor intensity of slag removal operators is reduced at the same time.

The invention discloses a cell culture container which comprises a container body, a connecting plate is arranged in the container body, and a plurality of through holes for cell sap to pass through are distributed in the connecting plate. The invention further discloses a shaking table which comprises a movable platform, a platform driver and the cell culture container, the container body is arranged on the movable platform, and the platform driver is used for driving the movable platform. The cell culture container and the shaking table have the advantages of being suitable for large-scale culture, capable of timely and uniformly stirring cell sap and the like.

This invention discloses a gridded precision dredging and mud collection component, relating to the field of underwater dredging technology. It includes a mud collection hood with an expandable inner cavity depth, a mud pump installed inside the hood, and stirring heads symmetrically arranged relative to the mud pump. At least one one-way outlet valve is provided on the top and side walls of the mud collection hood. A mesh grid is fixedly installed at the bottom opening of the mud collection hood. The mud collection hood can be expanded in two ways: telescopic expansion and tilting expansion. By setting up the mud collection hood, the sludge is agitated and sucked in the sealed cavity, increasing the solids content, thus eliminating the need for a sedimentation tank. This allows for direct chemical conditioning and pressure filtration, avoiding the difficulties and high costs associated with sedimentation tank site selection and construction. Expanding the mud collection hood allows the entire mud collection component to adapt to different dredging depths, reducing costs. For the depth expansion of the mud collection hood, the stirring heads are driven to move up and down while rotating and agitating throughout the entire sludge depth layer, fully agitating the sludge.

This utility model relates to the field of ink dispersion cylinders, and provides a cylinder for weakening vortex ink dispersion. It includes a cylinder body, a rotating hinge fixedly connected to the top of the cylinder body, an opening / closing cover rotatably connected to the bottom of the rotating hinge, and a handle fixedly connected to the top of the opening / closing cover. The cylinder body is equipped with a vortex-weakening device. This utility model uses a motor to provide power, working in conjunction with paddles and counter-rotating inclined blades. The layered design and the counter-rotating angle design of the stirring blades effectively counteract the centripetal force of the vortex formed when the ink rotates, significantly reducing the vortex intensity and preventing the ink from becoming locally aggregated or unevenly dispersed due to the vortex. The multi-stage stirring components cover different height areas within the cylinder, expanding the stirring range and ensuring that the ink is sufficiently disturbed both radially and axially, ensuring more uniform mixing of pigment particles and base material. This technical solution solves the technical problem of weakening and reducing vortexes in existing technologies.

The application relates to the powder filling technical field, and particularly discloses a packaging metering and discharging device, which comprises a material bin, a metering motor, a metering screw rod, stirring fan blades arranged in the material bin, a stirring motor arranged above the material bin, a vertical downward discharge port arranged at the bottom of the material bin, and the metering screw rod is vertically arranged in the discharge port. The technical problem that the powder quantity fluctuates and the metering is not accurate enough is solved by arranging the stirrer in the material bin to enhance the flowability of the oily powder and pressurize the metering screw rod to feed the material.

The present invention discloses a cooling device for lubricating oil production, which belongs to the technical field of cooling devices. The cooling device for lubricating oil production comprises a shell, wherein support legs are fixedly installed at the four corners of the lower side of the outer surface of the shell, the left end face of the shell is connected to a feed pipe, the lower end face of the shell is connected to a discharge pipe, a rotating mechanism is arranged on the right side of the shell, a cooling mechanism 1 and a cooling mechanism 2 are arranged inside the shell, a diffusion mechanism is arranged inside the cooling mechanism 1, and the rotating mechanism comprises a rotating drum rotatably connected inside the shell. This scheme performs efficient disturbance heat dissipation treatment on the lubricating oil by arranging cooling mechanism 1 and cooling mechanism 2, and the two sets of cooling mechanisms work together to make the lubricating oil evenly contact with the disturbance heat exchange plate, thereby achieving a uniform heat dissipation effect. This design avoids the stage heat dissipation problem commonly seen in traditional heat dissipation equipment, and ensures that the lubricating oil maintains a stable temperature and viscosity throughout the cooling process.