31results about How to "Not easy to affect normal work" patented technology

The invention discloses a highly waterproof liquid crystal display assembly, which belongs to the field of liquid crystal display assemblies. In a highly waterproof liquid crystal display assembly, during the normal operation of the main body of the liquid crystal display, the hot air in the waterproof box can be normally exchanged with the liquid crystal display assembly. Heat exchange occurs with the outside air. At this time, the heat dissipation effect is the best, and the electronic components in the main body of the LCD display are in the best working condition. When a water ingress accident occurs through the through hole in the waterproof box, the space on the lower side of the partition plate passes through the slide bar. There is heat exchange with the outside world. At this time, the heat dissipation effect is the worst, but the heat accumulated in the waterproof box is not easy to affect the normal work. As the sealing time of the sealing hole increases, the heat accumulated in the waterproof box increases. At this time, the gas in the waterproof box can The heat exchange with the outside is carried out through the heat dissipation auxiliary hole on the heat dissipation pipe, the heat dissipation effect is better, the heat accumulated in the waterproof box is greatly reduced, and the waterproof effect of the main body of the liquid crystal display is greatly increased.

The invention provides a combined sugarcane harvester, which relates to the technical field of agricultural machinery. The harvester comprises a gantry front axle device connected with the front end of a frame, two groups of separation mechanisms which are symmetrically arranged on the two sides in front of a front wheel of the sugarcane harvester, a header device which is located on the back side of the gantry front axle device and is connected with the lower side of a harvester cab, a channel device which is connected to the back end of the header device and is fixed on the frame, and an engine placed on the frame, wherein a channel of the channel device is enclosed by two channel side plates and is internally provided with a leaf stripping and tail cutting device, a speed limiting device and a reverse-rotation leaf discharging device; the engine is connected with a transfer case assembly; the power output end of the transfer case assembly is respectively connected with transmission shafts I and II; the transmission shaft I is used for transferring power to a roller driving shaft of the leaf stripping and tail cutting device through a tapered power-input gear box located outside the channel side plate; the roller driving shaft is used for transferring the power to the other devices in the channel through a channel transmission device; and the transmission shaft II is used for transferring the power to a rear axle assembly through a speed changing box.

The invention discloses a contact damping device for a Roots blower, which belongs to the field of blower damping devices, and a contact damping device for a Roots blower. The structure forms a double shock-absorbing system. The vibration generated by the Roots blower will first be transmitted to the shock-absorbing chamber through the elastic shell, and then to the shock-absorbing balls filled in the shock-absorbing chamber. Weaken the above-mentioned vibration, and at the same time, the damping chamber will discharge part of the hydraulic oil in itself through the liquid outlet to the transition chamber when it is compressed, and then break through the buffer fiber clusters to enter the buffer chamber. In the above process, the hydraulic oil needs to be treated again. The buffer fiber clusters perform work to further reduce the vibration generated by the Roots blower when it is working, forming a double shock-absorbing system, which can be applied to a humid working environment and is not easy to affect the normal operation of the Roots blower.

This application relates to an intelligent fish luring light, which includes a fish luring light body, an LED light is installed in the fish luring light body, a propeller group is arranged on the fish luring light body, an intelligent processor, a driving power supply and an intelligent processor are installed in the fish luring light body. The signal receiver is connected with an attitude sensor to the intelligent processor. The fish luring light body is equipped with an ultrasonic generator, the fish luring light body is rotated with a rotating column and a driving motor, the fish luring light body is equipped with an airbag bag, a high-pressure air cavity and a connecting pipeline, and the fish luring light body is fixed with a filter cartridge. There is a debris scraping device on the water end. This intelligent fishing light can stay at any position in the sea without hanging on the boat, so that the boat can trap fish when the fish are attracted by the fishing light; by setting the rotating column, installing the arc surface and driving the motor, It is convenient to adjust the fish luring area of ​​the intelligent fish luring light; the propeller is not easily affected by the suspended debris in the seawater by setting the filter cartridge and the debris scraping device.

The invention relates to the field of high-temperature digital glass printing machines and discloses a method for preventing a spray head from being blocked on a high-temperature digital glass printing machine. The method includes the steps that ink is acquired from the ink input position; the ink is in a suspended state due to the negative pressure; the liquid level of the ink is acquired and theink input amount is controlled according to the liquid level; and the ink is output to the ink input position. The method for preventing the spray head from being blocked on the high-temperature digital glass printing machine has the effect that the normal work efficiency of equipment cannot be easily affected.

The invention relates to a hot runner system for injection molding with uniform material injection. During the use of this solution, when the feeding speed is too slow, on the one hand, the existence of an adaptive regulator will play a role of extrusion buffering for the raw materials, and the raw materials are in After contact with the adaptive regulator, the motion state will change greatly in a short period of time, resulting in the formation of a small range of turbulent flow in the raw material in the fluid state, so that natural deposits cannot be formed inside the raw material. On the other hand, under the action of the raw material fluid , it will push the force block to move in the direction of the inner wall of the conveying pipe, agitate the raw materials in the casing, increase the resistance of the raw materials to flow in the conveying pipe, make it difficult to form natural deposition inside, the raw materials are easy to maintain a homogeneous state, and at the same time can The raw material can be kept warm and heated by the electric heating rod installed inside the movable rod, so that the raw material can maintain a relatively stable and homogeneous shape for a long time before being injected into the mold for molding.

The invention discloses a channel device of a cane harvester and relates to the technical field of agricultural machines. The channel device comprises channel side plates, a leaf-peeling tail-chopping device, a speed limiting device, a reverse leaf-discharging device, a conveying device, a side plate integration gearbox, a power input bevel gearbox, a chain wheel and a chain, wherein the chain wheel and the chain are used for power transmission, a box body of the side plate integration gearbox is defined by an inner side plate and an outer side plate of the channel side plates which are arranged at one side of a channel, the leaf-peeling tail-chopping device, the speed limiting device, the reverse leaf-discharging device and the conveying device are respectively arranged in the channel formed by the two channel side plates, two ends of all rollers in the channel are respectively positioned on the channel side plates on two sides of the channel through bearing seats, the power input bevel gearbox is fixed on one of the channel side plates, a bevel gear which transmits the power of an engine to rollers of the leaf-peeling tail-chopping device is arranged inside the power input bevel gearbox, the rollers of the leaf-peeling tail-chopping device transmit the power to the speed limiting device through gears inside the side plate integration gearbox, and the speed limiting device transmits the power to the reverse leaf-discharging device and the conveying device through the chain wheel and the chain.

The invention provides a full-automatic snail shell breaking machine which comprises a case, a cutting edge, a motor, a transmission device, an electrical assembly and a shell breaking hopper, wherein an L-shaped baffle is arranged at the height position in the middle of the case; the baffle and the top surface of the case form a space for mounting the cutting edge; a rectangular opening for mounting the shell breaking hopper is formed in the side surface of the case; the bottom edge of the baffle is downwards inclined to the opening; a cutting hole for placing a snail shell is formed in the top surface of the case; the cutting edge is provided with at least two axisymmetrically arranged blades, and is mounted on the baffle in a rotatable manner; the blades are positioned below the cutting hole; the motor is connected with the cutting edge through the transmission device in a driving manner; the motor and the transmission device are arranged outside the baffle; the electrical assembly is electrically connected with the motor; the electrical assembly is arranged outside the baffle; the shell breaking hopper is matched with the opening in the side surface of the case; the shell breaking hopper is inserted into the case from the opening, and is positioned right below the bottom edge of the baffle. The full-automatic snail shell breaking machine realizes automatic snail shell breaking.

The invention discloses an offshore buoy based on wave energy power generation, which belongs to the field of offshore buoys. It is an offshore buoy based on wave energy power generation. Cooperate to realize the control of the liquid level height of the residual seawater in the transition chamber, so that it is in a dynamic balance, which can reduce the residual accumulation of seawater carried by the seawater on the navigation mark, and it is not easy to affect the air in and out of the central tube, and it is not easy to affect the symmetrical wing gas turbine. Normal operation is not easy to cause damage or direct failure of the symmetrical wing turbine. At the same time, through the establishment of the counterweight ring, the main body of the buoy, the buoy and the outer floating cover are similar to a tumbler, and it is not easy to fall sideways under the impact of sea water. The main cover body and the counterweight The establishment of the anti-wave fiber curtain between the rings can realize the shunting of waves, so that the liquid level inside the outer floating cover changes more smoothly, making the main body of the buoy and the buoy more stable.