34results about How to "Implement automatic exclusion" patented technology

The invention discloses an energy-saving type water supply system. The energy-saving type water supply system comprises a ceramic filter element water purification device. The ceramic filter element water purification device comprises a cylinder body and a cover body which are connected through threads, and further comprises a ceramic filter element component which is installed in a space between the cylinder body and the cover body. A brush component with bristles is arranged between the cylinder body and the ceramic filter element component and used for removing ceramic filter element dirt, and a water wheel is formed integrally on the brush component. The water wheel is driven through a water flow ejected from a water injection nozzle in a water inlet sprayer so as to drive the brush component to rotate in the cylinder body; the bristles used for removing the ceramic filter element dirt are fixedly arranged on the brush component arranged between the cylinder body and the ceramic filter element component, that is the ceramic filter element component can be scrubbed while the water purification device produces drinking water, and the aim that the ceramic filter element is automatically cleaned through power generated by running water pressure is achieved.

The invention discloses an integrated draining device. The device comprises a valve body, wherein a valve cover is arranged on the valve body and a housing space is formed in the valve cover; a first channel into the housing space from the valve body; a draining assembly, wherein the draining assembly comprises a piston cavity which is formed in the valve body and communicated with the housing space, a draining switch is arranged at the communication position of the piston cavity and the housing space, and a piston connected with the draining switch is arranged in the piston cavity; a starting assembly, wherein the starting assembly comprises a second channel and a floating ball accommodated in the housing space, the two ends of the second channel are respectively communicated with the housing space and the piston cavity, a starting switch is arranged at the communication position of the second channel and the housing space, and the floating ball is connected with the starting switch; the floating ball drives the starting switch to be opened and closed, and an opening communicated with the outer part of the integrated draining device is arranged on the part of the piston cavity near to the housing space. When a steam power system runs, the water can be automatically drained in time, and steam leakage can be prevented; the device is compact in structure and the space can be effectively saved.

The invention discloses an energy-saving water supply system. The system comprises a ceramic filter core water purification device, a tap water tube connected with the water supply connector of the ceramic filter core water purification device, a drinking water faucet connected with a drinking water outlet port through a drinking water tube, and an undrinkable water faucet connected with an undrinkable water outlet port through an undrinkable water tube; the position, close to the ceramic filter core water purification device, of the tap water tube is provided with a total valve for controlling the entire water supply system; and the ceramic filter core water purification device comprises a cylindrical shell and a cover body which are connected through a thread, and a ceramic filter core assembly which is arranged in a space between the cylindrical shell and the cover body. A cover body water injection nozzle drives a water wheel to rotate in order to drive the ceramic filter core assembly to rotate in the cylindrical shell, so the scrubbing of the ceramic filter core assembly is realized during the production of the drinking water by the water purification device.

The application discloses a cooling system for a crystal growth furnace, which includes a cooling medium channel, a filter device, a storage device and a control unit. One end of the cooling medium channel penetrates into the crystal growth furnace body, and the filter device and the crystal growth furnace The cooling medium channel on the outside of the body is connected and arranged, and the filter unit is provided on the flow channel included in the filter device. After the cooling medium flows through the filter unit, the cooling medium is provided to the inside of the crystal growth furnace body; the storage device is provided with a spare filter unit; The crystal furnace also includes a controlled replacement device and a monitoring unit. The monitoring unit monitors the flow of cooling medium flowing into the crystal growth furnace body and provides monitoring information to the control unit. The controlled replacement device is controlled by the control unit. When the value is fixed, the controlled replacement device replaces the filter unit on the flow channel with the spare filter unit. The cooling system of the crystal growth furnace disclosed in this application has the advantages of real-time monitoring, automatic troubleshooting, and ensuring safe and stable operation of the crystal growth furnace.

The invention discloses an energy-saving water supply system which comprises a ceramic filter element water purifying device. The ceramic filter element water purifying device comprises a cylinder body, a cover body and a ceramic filter element assembly installed in the space between the cylinder body and the cover body, wherein the cylinder body and the cover body are connected in a threaded mode, a brush component used for removing ceramic filter element dirt and provided with brush bristles is also arranged between the cylinder body and the ceramic filter element assembly, and a water wheel is integrally formed on the brush component. The water wheel is driven by water flow jet from a water spraying port formed in a water inlet spray head and drives the brush component to rotate in the cylinder body, the brush bristles for removing ceramic filter element dirt is also fixedly arranged on the brush component arranged between the cylinder body and the ceramic filter element assembly, namely brushing of the ceramic filter element assembly is achieved while drinking water is produced by a water purifier, and the purpose of automatically cleaning the ceramic filter element assembly by replying on power produced by tap water pressure is achieved.

The invention discloses a radiant cooling kitchen air-conditioner and integration kitchen ware with the radiant cooling kitchen air-conditioner. The radiant cooling kitchen air-conditioner comprises a cold source, and further comprises a vertically-arranged radiant panel installed on a wall between a smoke exhaust ventilator and a stove and a condensation water tank located below the radiant panel, and a cooling medium pipe communicated with the cold source to form a loop is arranged in the radiant panel. According to the radiant cooling kitchen air-conditioner, cold is supplied to a user directly through the radiant panel, and refrigerating fluid can serve as a working medium. Condensate and oil contamination coagulated to the radiant panel can directly flow down along the panel face, and are drained to a kitchen water channel after being collected by the condensation water tank. The condensation water tank and a light shading plate can prevent direct radiant heat exchange between flames in the stove and the radiant panel, and the cold capacity contained in the condensate and the oil contamination can be used. The radiant cooling kitchen air-conditioner solves the problem that oil contamination is prone to being accumulated on an indoor heat exchanger of a traditional kitchen air-conditioner, and has the beneficial effects of saving energy during running and being convenient to use.

The invention relates to a production device for a connector with a needle-like component. The production device is composed of a needle-like material feeding mechanism, a base feeding mechanism, a conveying mechanism, a blanking structure, a numerical control operating platform, and a needle-like material taking and crimping device and the like. The production device has a compact and reasonablestructure; because of breaking the traditional way, the needle-like materials can be adjusted conveniently from a horizontal direction to a vertical direction and precise positioning is carried out; and the operation is safe. Moreover, the number can be increased based on space and multiple materials can be operated simultaneously, so that the production efficiency is improved substantially and the production cost is lowered. With the device provided by the invention, automatic loading, automatic plugging and connection, automatic disqualified element rejection, and automatic counting are realized and thus full-course automatic operation is realized without manual monitoring. When the production device is used for produce the connector, no adhesive for adhering is needed, plugging becomesreliable and stable, and the environment-friendly and sanitary effects are good.

The invention discloses a high-efficiency automatic detection gluing mechanism for functional decorative paper processing, which includes a gluing roller, a pressure roller, a pretreatment mechanism and a miscellaneous removal mechanism. The gluing roller is rotatably installed on the inner wall of the gluing machine and the two ends of the gluing roller are equipped with driving parts, the two ends of the pressure roller are installed with connecting components, and are installed on the inner wall of the gluing machine through the connecting components, and the pretreatment mechanism is installed at the paper inlet of the gluing machine , and is fixed with the driver, and the miscellaneous mechanism is installed at the paper exit of the gluing machine. The present invention cooperates with the designed pretreatment mechanism and the miscellaneous mechanism to realize the pre-glue and glue-coating of the decorative paper. Afterwards, the impurities are automatically eliminated, which effectively avoids the impurities in the air or the impurities in the glue from being adsorbed and applied to the decorative paper, which makes the decorative paper bulge during the later application process, thereby improving the quality of the gluing process of the decorative paper. Reduces the appearance of blemishes.