36results about How to "Easy to transport water" patented technology

A fire door easy to escape, comprising a fire door frame (1) and a fire door board (2) which is hingedly connected to the fire door frame (1). The two sides at the lower end of the fire door frame (1) are provided with placement blocks (3) on the ground, respectively, and the upper surfaces of the placement blocks (3) are flush with the surface of the ground; the upper surface of each placement block (3) is provided with placement grooves (32) for placing first drainage pipes (31) and first fixing pieces (33) for limiting the first drainage pipes (31) in the placement grooves (32); water pumps (34) are provided on the first drainage pipes (31), water inlets of the water pumps (34) are connected to water storage tanks (35) disposed on the fire door frame (1) and arranged in the height direction of the fire door frame (1), and a plurality of water spraying holes (311) are formed on the side of the first drainage pipes (31) facing the openings of the placement grooves (32). The fire door is able to effectively reduce fire around fire door, and escape of people is facilitated.

The invention relates to the field of four-way pipes, specifically a pressure reminder four-way pipe joint, including a filter mechanism, a reinforcement mechanism, an installation mechanism, a communication mechanism and a sealing mechanism; the interior for water storage and diversion is a hollow structure The water inlet structure for water intake is installed on the top of the fixed block, and the cleaning structure for cleaning impurities inside the fixed block is threaded on one side of the fixed block; the water pressure pushes the two limit blocks and the first The spring makes the limit block slide in the direction away from the chute inside the water inlet pipe, so that the feed pipe communicates with the inside of the chute, so that the water inside the fixed block and the blockage on the filter net flow into the feed pipe together, and finally flow into the storage chamber Inside, the inside of the fixed block is decompressed, and the limit block returns to its original position through the first spring, so that the feed pipe is no longer connected with the chute, and at the same time, the limit block returns to its original position to drive water to flush the blockage on the filter net, so that Blockages are freed from the strainer for easy diversion hose delivery.

The invention discloses a Loongson computer mainboard based on the VPX standard. The Loongson computer mainboard comprises a mainboard body, a Loongson chip arranged on the surface of the mainboard body, an air cooling mechanism arranged below the mainboard body and a water cooling mechanism arranged in the mainboard body and located above the air cooling mechanism. The Loongson computer mainboardhas the beneficial effects that through the arranged air cooling mechanism, the Loongson computer mainboard can bring away a large amount of heat generated by the mainboard through the air cooling mechanism, and the heat dissipation effect is good; the mainboard can be conveniently supported and cooled through the arranged heat dissipation plate, stable operation of the mainboard is facilitated,enough supporting space is provided through the arranged supporting columns, and the air cooling mechanism can conveniently send air to the bottom of the mainboard. According to the Loongson computermainboard, the mainboard in the computer case is cooled through the arranged air cooling mechanism, the air supply outlet is completely in contact with the bottom of the mainboard through the arrangedflat air supply outlet, and air blown out of the fan blades can be supplied into the air supply outlet through the arranged air collection cover.

The invention discloses a waterproof canopy installed based on the structure of a basement entrance and exit, and relates to the technical field of basement entrance waterproofing. The invention comprises folding side panels, a herringbone glass outer shed, an arc-shaped glass inner shed and a sunshade device. The bottom side of the herringbone glass outer shed is fixed with an arc-shaped glass inner shed, and the top surface of the arc-shaped glass inner shed is fixed by screws. The sunshade device is detachably connected. The sunshade device is composed of a fixed half-ring plate, a movable half-ring plate, a sunshade cloth and an electro-hydraulic push rod. A sunshade cloth is connected between the fixed half-ring plate and the movable half-ring plate. An electro-hydraulic push rod is connected between the fixed half-ring plate and the movable half-ring plate on the top. The present invention is equipped with a sunshade device. When used in winter, the sunshade device does not work, and when used in summer, the sunshade cloth in the two sunshade devices is unfolded at the same time, which can cover the top of the arc-shaped glass inner shed, which can perfectly shade the sun, and can be used according to the seasons. Different, adjust and use, very convenient and practical, easy to popularize and use.

Disclosed are an intelligent top-hung window capable of recycling rainwater and a control method thereof. The intelligent top-hung window capable of recycling rainwater comprises a window frame embedded in a wall and a window body with the upper end hinged into the window frame, wherein a rainwater collecting chamber and a plurality of rainwater collecting holes communicating with the rainwater collecting chamber are formed in the lower portion of a side frame, and the rainwater collecting holes are located in the lower end surface of the front portion of an inner frame. A rainwater recycling chamber is formed inside the window frame and internally provided with a driving device and a water filtering device. The rainwater collecting chamber communicates with the rainwater recycling chamber through at least one transmission conveying pipe capable of pulling the window body to act, and the transmission conveying pipes are in transmission connection with the driving device and extend to communicate with the water filtering device. The rainwater collecting chamber and the rainwater recycling chamber are arranged, so that after falling onto the window body, rainwater enters the rainwater collecting chamber through the rainwater collecting holes along the glass, and then enters the rainwater recycling chamber through the transmission conveying pipes communicating with the rainwater recycling chamber to be recycled. The use value of the top-hung window is greatly improved, and the top-hung window is particularly applicable to areas with large rainfall capacity.