10results about How to "Effective separation" patented technology

The application discloses a quick-expanding underwater oil spill collecting cover, which comprises a recovery pump, an opening-cup device and an opening-cup framework, wherein the bottom of the recovery pump is provided with the opening-cup device, the opening-cup device is provided with the opening-cup framework, the opening-cup device and the opening-cup framework form a cover body structure, a plurality of baffle plates are transversely densely arranged on the opening-cup framework to form a collecting cover surface, the opening-cup framework is rotationally connected with the baffle plates, and the baffle plates are rotationally controlled through a baffle plate control device arranged on the collecting cover. The collecting cover surface is formed in the way that the plurality of baffle plates are transversely densely arranged, the baffle plates rotate around a central shaft, and the function of underwater expansion of the collecting cover is realized. When the collecting cover is lowered to the vicinity of an oil spill point to perform underwater opening, the baffle plates are rotated and opened, are parallel to the direction of the water flow resistance during expansion, greatly reduce the expansion resistance, and realize quick expansion. After the underwater opening is completed, the baffle plates are closed and reset, so that the collecting cover surface is sealed, the water inside and outside the collecting cover is effectively separated, and the function of the collecting cover to collect the oil spill is ensured.

The utility model discloses a kind of coating uniform distribution devices of glazing machine, it relates to printing equipment technical field, the utility model includes several support legs, the top outer wall of support leg is fixedly connected with glazing machine, the outer wall of glazing machine is fixedly connected with controller, the top outer wall of glazing machine is provided with filter mechanism, the filter mechanism includes paint tank, the bottom outer wall of paint tank is fixedly connected with the top outer wall of glazing machine, the utility model is moved by spring and filter plate, when lug, filter plate will be moved with sliding rod, when sliding rod moves, spring will be extruded, then when cam does not contact lug, spring will extrude sliding rod, make sliding rod reset, then when sliding rod resets, filter plate will also reset, realized to improve equipment stability, can effectively separate and process the impurity in coating, avoid the impurity in coating in spraying process will cause nozzle to be blocked.

The application relates to a fuel cell anode water distributor and a fuel cell system, wherein the fuel cell anode water distributor comprises an upper shell and a lower shell, a plurality of water baffles are detachably connected to the upper shell and the lower shell respectively, the water baffles are arranged in an alternating manner at different heights between the upper shell and the lower shell, a water baffle is arranged between the upper shell and the lower shell, and a water leakage hole is arranged on the water baffle. The water distribution performance can be adjusted according to the power demand of the fuel cell system, the water distributor is suitable for fuel cell systems of various power levels, and the reliability, water distribution efficiency and adaptability of the system are improved.

The utility model discloses a cloth dyeing device for cloth box processing, including dyeing box, the front side hinge of dyeing box upper end has the box cover, the upper end of box cover is provided with the feed port, the isolation mechanism is set up in the middle inside dyeing box, the back side of reflux mechanism is set up in dyeing box upper end, the extrusion mechanism is set up in the shell inside. The utility model discloses compared with prior art's advantage lies in: the utility model in the isolation frame and grid plate can with the effective separation of dyed oxford cloth and stirring shaft and stirring vane, make stirring more safe and reliable, and the back side of dyeing box upper end is provided with the clamping seat, and the shell is fixedly connected to the upper end of clamping seat, and the lower supporting roller is extruded with the extrusion roller no.

The present application provides a kind of shot blasting system, it includes: shot blasting cabinet, the side of shot blasting cabinet is provided with door body, and shot blasting cabinet top is also installed with shot blasting machine and shot blasting machine has the injection port located in shot blasting cabinet and sets up downwards;Vibrating disc is located just below the shot blasting machine, vibrating disc is opened with several small holes, and the side of vibrating disc towards door body is also provided with guide exit;Vibrating cross bar is installed in shot blasting cabinet, and vibrating cross bar one end is connected with vibration motor and is connected with vibration motor by passing out to the outside of shot blasting cabinet, and vibrating disc is supported on vibrating cross bar;Fixed boom is also fixedly arranged in shot blasting cabinet, and reciprocatingly moves with telescopic boom, fixed boom is close to door body and is connected with vibrating disc by first cable, and telescopic boom is away from door body and is connected with vibrating disc by second cable, and telescopic boom can also rotate to wind second cable.The present application solves the problem that steel sand and impurities may cause internal components to be stuck and reduce the overall shot blasting efficiency when small size metal workpieces are subjected to shot blasting treatment in the prior art.

The utility model belongs to environmental protection technical field especially relates to a kind of garbage classification box capable of preventing peculiar smell diffusion, including shell, box, collection frame, signboard and baffle etc., multiple box that is linear equidistant distribution is fixedly connected in shell interior, keep close contact between two adjacent box, the collection frame for containing garbage is slidably placed in each box lower part, the signboard for indicating garbage category is fixedly connected in each box front high place, baffle is slidably inserted in shell rear low place, and baffle is located behind each collection frame.The utility model is by being provided with rotating shaft, connecting plate, connecting shaft, baffle one, torsional spring, baffle two and drive assembly, in the garbage and non-operating state of being thrown, baffle two and baffle one always form reliable sealing barrier, maintain effective separation above collection frame, avoid peculiar smell from collection area to the diffusion of box throwing opening and external environment, improve the environmental sanitation level of garbage classification box.

This utility model discloses a socket, including a housing, an inner bracket disposed within the housing, and neutral wire conductive plates, ground wire conductive plates, live wire conductive plates, and terminals disposed within the inner bracket. The inner bracket includes a lower bracket cover, a middle bracket, and an upper bracket cover. The middle bracket is disposed between the lower bracket cover and the upper bracket cover. The neutral wire conductive plate is located between the lower bracket cover and the middle bracket. The ground wire conductive plate is located between the lower bracket cover and the upper bracket cover and on one side of the middle bracket. The live wire conductive plate is located between the upper bracket cover and the middle bracket. The terminals are disposed on the lower bracket cover. The unique layered design of the inner bracket, combined with the layout of the conductive plates, effectively separates the conductive components. The addition of a protective door assembly greatly improves electrical safety. The inclined terminal block design not only ensures the stability of the electrical connection but also optimizes the wiring operation process, making it particularly suitable for installation scenarios with limited space or special angles.

The utility model provides a kind of feeding mechanism for packaging bag, it is related to semi-automatic product packaging technical field, including sectional frame, one end of sectional frame top is provided with mounting plate, the top surface of mounting plate is symmetrically provided with switch mounting seat, the top of two groups of switch mounting seat is uniformly provided with photoelectric detection switch, one end of mounting plate top is provided with four groups of limit posts, the surface of four groups of limit posts is slidably connected with tooling plate, one end of tooling plate top is provided with four groups of clamping grooves, the inside of four groups of clamping grooves is clamped with packaging bag material box, the inside of packaging bag material box is clamped with packaging bag, realize precision transmission using servo motor drive screw, cooperate photoelectric detection switch to carry out real-time monitoring to material position, simultaneously utilize sliding rod structure to ensure stability and guiding accuracy in movement process, to effectively improve the positioning accuracy and feeding reliability of packaging bag feeding, realize automatic accurate feeding.

This utility model discloses an integrated flow data acquisition device, including a manifold, a base, a fixed pipe, a flow meter pipe, a control valve, and branch pipelines. An ultrasonic flow meter is installed on the surface of the flow meter pipe. The ultrasonic flow meter is connected to a data aggregation display terminal via a data transmission line for real-time monitoring and display of flow in multiple branches. A wire harness support mechanism is provided at the rear of the manifold. The wire harness support mechanism consists of a sleeve, a support rod, a support beam, a support plate, and a wire harness fixing seat, which can separate and organize multiple data transmission lines to avoid messy wiring. A wire harness clamping mechanism is installed on the back of the support beam. The wire harness clamping mechanism consists of a sliding plate, a fixed rod, a connecting plate, a pressure plate, a swing plate, a threaded rod, and a toothed rod. By rotating the threaded rod, the toothed rod engages with the convex teeth to achieve stable clamping of the transmission line by the pressure plate, preventing the ultrasonic flow meter from loosening due to pulling.