12results about How to "Achieve drainage" patented technology

The utility model belongs to the technical field of roadbed protection, and discloses a roadbed protection and drainage integrated structure which is characterized in that the roadbed protection and drainage integrated structure comprises a side slope and a plurality of water collecting grooves formed in the side slope, and filter screens are vertically and fixedly installed at the bottom of the side slope and one sides of the water collecting grooves; two vertical plates are vertically and slidably connected into each water collecting tank, a top plate is fixedly mounted at the tops of the two vertical plates in each group, rotating plates are rotatably connected to the bottoms of the top plates, and tension springs are rotatably connected between the rotating plates and the corresponding vertical plates. Sediment carried by rainwater is intercepted by the filter screen when passing through the filter screen, so that the silt entering the water collecting tank is reduced, the cleaning frequency is reduced, in addition, the rainwater impacts the rotating plate after penetrating through the filter screen, the rainwater completely falls into the water collecting tank through flow guide of the rotating plate, the situation that the rainwater still scours a side slope located below after being filtered is avoided, and the cleaning efficiency is improved. And the drainage effect is better achieved.

This invention discloses an anti-condensation and diversion structure for cable branch boxes, belonging to the field of smart grid technology. It includes a cable branch outer box, within which a diversion hopper and a partitioned inner cavity are provided. The diversion hopper is located below the top of the partitioned inner cavity. This invention divides the upper part of the cable branch outer box into a double-layer structure through the partitioned inner cavity, effectively reducing the temperature difference between the inside and outside of the outer box and lowering the probability of condensation from the source. Combined with a heat-insulating and rainproof frame, it provides dual protection against rain and heat. When condensation occurs on the inner wall of the partitioned inner cavity, it is diverted by the diversion hopper and collected in a cleaning component, preventing condensation from dripping and corroding internal electrical components. Simultaneously, a dehumidification component filters and absorbs moisture from the outside air entering the cable branch outer box, effectively reducing moisture accumulation inside the outer box and comprehensively minimizing condensation, ensuring a dry and stable internal environment for outdoor power distribution equipment in the smart grid.

The utility model discloses a pet water dispenser, including host computer, be used for external water purifying water purifying tank, be used for sewage disposal sewage tank, drinking water tray, drive mechanism, circulating water supply mechanism, filter mechanism and cleaning mechanism, the drinking water tray sets up in the sewage tank top, the drinking water tray with drive mechanism connects, drive mechanism is used for driving drinking water tray rotates along horizontal axis, to pour the water in drinking water tray into sewage tank, circulating water supply mechanism is used for the water purifying tank in with drinking water tray is delivered, filter mechanism installs in sewage tank is used for filtering the sewage that drinking water tray pours out, the cleaning mechanism is used for removing the dirt on the surface of drinking water tray, the host computer is equipped with with drive mechanism, circulating water supply mechanism, filter mechanism and cleaning mechanism electric connection's controller. The problem such as need artificial adding water source, water source is not clean etc. that traditional pet water dispenser exists has been solved.

This utility model relates to the field of paving brick technology and discloses a stone-like paving brick with drainage function. It includes a paving brick body, a first installation channel on the left inner side, a second installation channel on the rear inner side, a first installation block fixedly connected to the right outer wall, a second installation block fixedly connected to the front outer wall, and a wear-resistant surface fixedly connected to the interior of the paving brick body. An anti-slip strip is fixedly connected to the upper surface of the wear-resistant surface. In this utility model, the first installation block is fixedly supported by the paving brick body, and the second installation block is fixedly fixed along with the support of the paving brick body. This achieves the goal of rapid installation of multiple paving brick bodies, eliminating the need to spend a lot of time adjusting the position of each paving brick, improving construction efficiency, and significantly reducing the construction time required.

This invention provides a garment processing device, including a support, a garment processing drum, and a suction and drainage device. The garment processing drum is mounted on the support and configured to accommodate garments to be processed. The suction and drainage device has a suction port that communicates with the inside of the garment processing drum. The suction and drainage device is configured to draw liquid from the garment processing drum through the suction port to discharge the liquid from the drum. The garment processing drum is arranged such that liquid is discharged only through the suction and drainage device. The garment processing device does not have an outer drum, allowing for an enlarged garment processing drum and expanded washing capacity. Drainage is achieved directly using the suction and drainage device. The suction and drainage device is located on the outer side of one end of the garment processing drum, not occupying internal space and allowing for a larger washing capacity. This location also facilitates maintenance and installation of the suction and drainage device.

The application provides a check type flood control and drainage sluice for embankment and a drainage method, the check type flood control and drainage sluice comprises a concrete base, check type drainage valves and gate side columns; the check type drainage valve comprises a pressure difference opening and closing cavity, a drainage channel, an inner protective net and an outer protective net; the check type drainage valve is multiple, is uniformly arranged at the lower part of the concrete base and forms a one-way water retaining structure with the concrete base. The check type drainage valve is arranged on the concrete base, without a traditional opening and closing gate, one-way drainage to a river channel is realized through the check type drainage valve under the action of a water head difference, without artificial management, only a water head difference is needed to realize drainage, management efficiency is greatly improved, especially when tidal water and waterlogging occur together, the tidal water is prevented from flowing back, waterlogging is timely drained through the check type drainage valve and the flood control and drainage capacity of the embankment is improved.

The utility model discloses a roof structure of architectural design, including roof, the roof is inclined to set up, and its sunken end is fixed with the water guide bucket, the inner wall of water guide bucket and located one side articulate is equipped with filter screen, the filter screen is located the inside of water guide bucket, the below of filter screen, and located the inner wall of water guide bucket is fixed with the receiving block, the bottom of filter screen and the upper end surface of receiving block are close contact, the outer wall of water guide bucket and located the middle position are equipped with the thread hole, the outer wall of filter screen is corresponded and is equipped with the connecting hole, the inside of thread hole and connecting hole is equipped with the rustproof screw, can carry out the filtration to the leaf and branch in rainwater through the setting filter screen to prevent its from entering into the water guide bucket, reduces the jamming phenomenon, and the user still can dismantle regularly rustproof screw to carry out the overturning to filter screen, and then conveniently clean the silt in the inside of water guide bucket, convenient subsequent use.

The invention relates to a foundation pit slope supporting structure capable of being completely recycled and reused and a construction method. The foundation pit slope supporting structure comprises a plurality of supporting units and ground anchors used for fixing the supporting units to a foundation pit slope. The supporting unit comprises a supporting bottom plate; an assembly structure is arranged on the supporting bottom plate; the assembling structure comprises a buckle plate arranged opposite to one side face of the supporting bottom plate and a baffle arranged on the side, opposite to the buckle plate, of the supporting bottom plate. The baffle and the supporting bottom plate are arranged at intervals, and a drainage groove is formed between the baffle and the supporting bottom plate. Mounting grooves are formed between the buckle plate and the supporting bottom plate at intervals; when the adjacent supporting units are assembled, the baffles are arranged in the mounting grooves to form non-fixed connection; the middle of the supporting bottom plate is further provided with a rivet receding hole used for installing a rivet. Through the recoverable design of the supporting units and the anchor nails, materials are recycled, water pressure generated by rainwater is dredged in time through the drainage grooves in the assembly structure, and the situation that a supporting system is damaged due to water pressure accumulation of a supported soil slope is avoided.

The utility model discloses a pavement paving module and a modular pavement using the same. The pavement paving module comprises a square block body, an assembling groove is formed in the middle of one side wall of the square block body; assembling blocks are fixed at four corners of the side wall, opposite to the circumferential direction of the assembling groove, of the square block body; a plurality of threaded holes are formed in the groove bottom wall, opposite to the assembling groove, of the square block body; anchoring holes are formed in the middles of the multiple assembly blocks. Pavement construction is conducted through mutual meshing of the square blocks arranged on the upper layer and the lower layer, an assembly type construction mode is adopted, environmental pollution and construction waste are avoided, the construction efficiency is improved, the construction period is shortened, and the maintenance cost of the pavement can be reduced through a module splicing mode.

The utility model relates to a novel outdoor fire hydrant heat preservation protection device which comprises a lower heat preservation protection structure and an upper heat preservation protection structure. The lower thermal insulation protection structure comprises a lower protection shell and a top plate; the lower protective shell fixedly sleeves the lower part of the fire hydrant, and a lower heat insulation sleeve is fixed on the inner wall of the lower protective shell; the top plate fixedly sleeves the outer top of the lower protective shell; the upper heat preservation protection structure comprises an upper protection shell and a check block ring. The upper protective shell covers the upper portion of the fire hydrant, and an upper heat preservation sleeve is fixed to the inner wall of the upper protective shell. The stop dog ring is fixed to the inner wall of the bottom of the upper protective shell. The lower protection shell fixedly sleeves the lower portion of the fire hydrant, the upper protection shell covers the upper portion of the fire hydrant, the fire hydrant is wrapped by the lower heat preservation sleeve and the upper heat preservation sleeve on the inner wall, the compactness degree is high, and the heat preservation protection effect is good. After the heat preservation protection device is adopted, when the fire hydrant is used, only the upper protection shell needs to be taken out, dismounting is easy, and the speed is high.

The utility model relates to photovoltaic industry manufacturing equipment technical field especially, a kind of for laser printing ultrasonic cleaning device.The utility model provides such a kind of for laser printing ultrasonic cleaning device, including bottom plate, the installation carrier of part;Supporting rod, supporting rod quantity is set to four, and it is connected on the upper side of the bottom plate in rectangular distribution;Fixed frame, between four the upper end of supporting rod is connected;Motor, is installed in the lower side of fixed frame.The utility model drives pool displacement by starting motor, it is convenient to fixed equipment and moves displacement to the upper side of pool, controls motor reverse operation and makes pool reset, starts water pump and ultrasonic horn, makes ultrasonic horn and second water inlet pipe cooperation to realize cleaning to the carrier plate, liquid level sensor real-time detection pool water level, realizes liquid level automatic control and drainage, and scraper removes water droplet on the carrier plate, reduces solution loss.

The utility model provides a preloading soft foundation treatment structure which is arranged on a soft foundation, a cofferdam is arranged on the soft foundation, and the preloading soft foundation treatment structure comprises a sand cushion layer, a heat conducting plate, a preloading layer, a drainage conveying mechanism and a water storage heating mechanism. The sand cushion layer is laid on the soft foundation and located in the cofferdam. The heat conducting plate is arranged on the sand cushion layer and is provided with a heat conducting pipeline; the stacking layer is arranged on the heat conducting plate; the drainage conveying mechanism comprises a water collecting pipe, a main drainage pipe and a water suction pump, the water collecting pipe is inserted into the soft foundation and communicates with the main drainage pipe, water seepage holes are formed in the water collecting pipe, and the main drainage pipe communicates with the water suction pump; the water storage heating mechanism comprises a water storage tank, a heating device and a drainage pump, the water storage tank is arranged on the stacking layer and communicated with the water suction pump, the heating device is used for heating water in the water storage tank, the water storage tank and the heat conduction pipeline form a circulation loop, and the drainage pump is used for driving the water in the water storage tank to flow in the circulation loop.