TH80434A - Control systems for pump-operated piping fixtures - Google Patents

Abstract

The DC60 piping fixture includes a collection device to pick up waste. A tank to collect water And electrically operated pumps Which transports water from the tank into the collection device to purify the waste Through the sewer The period of time during which the pump is operated to purify treated waste. Changes in response to changes in the voltage applied to the piping equipment. The pump has been operated to reduce the amount of water in the tank when excessive volume of water is perceived. The further action of the pump has been interrupted for a set period of time to avoid overheating when the pump has operated too frequently. The pumps are cycled to run and stop. Work in a predefined format To indicate different crashes to users Piping fixtures include a collection device to collect waste. A tank to collect water And electrically operated pumps Which transports water from the tank into the collection device to purify the waste Through the sewer The period during which the pump is operated to purify the treated waste. Changes in response to changes in the voltage applied to the piping equipment. The pump has been operated to reduce the amount of water in the tank when excessive volume of water is perceived. The further action of the pump has been interrupted for a set period of time to avoid overheating when the pump has operated too frequently. The pumps are cycled to run and stop. Work in a predefined format To indicate different crashes to users

Claims (2)

Disclaimers (all) that will not appear on the advertisement page: 1. Pipeline installation equipment to receive washable waste, which includes: Collection equipment for picking up waste; A tank for keeping the volume of water; Electrically operated pump Which has one inlet which is connected to the interior Of the tank and there is one pump outlet channel connected to the collection device; A detector that will produce a level signal when the water in the tank reaches a certain level; An input device that can be operated by a user to generate a purge signal; And the controls connected to the sensor Input device And a pump Where the controller will Responds to the level indicator signal from the detector by causing the pump to take action to deliver water from the tank. To the collection device.This prevents the tank from filling with abnormally large amounts of water. And will respond to the purge signal by causing the pump to execute for a set period of time. First and then to deliver water from the tank to the collection equipment Where the control provides an indication of the high water level per The user responds to the level 2. The piping installation equipment described in claim number 1 is also included. With a return check valve which connects the pump outlet to the collector to protect The flow of water from the collector to the pump 3. Pipeline installation equipment described in claim 1 is also included. With non-return valve Which is powered in the body connected to the pump And connected to the inside of the tank With a self-powered non-return valve Will allow the air inside the pump to escape and Has been replaced with water 4. Pipe installation equipment as described in claim No. 1, where after the Operates a pump to deliver water from the tank to the collection device. Responding to the level indication The controls interrupt the further operation of the piping fixture. If the inspector knows, take action Continuing to cause a signal showing level 5. Equipment installation of the pipeline as described in Clause 4, where after The control interrupts the further operation of the piping fixture. This operation The Kin can be restored to its original state by the user re-setting the control. 6. The piping fixture as described in Clause 1 is also included with an electrically operated filling valve. Connected to the control And control the flow of water From the source into the tank. 7. Installation equipment for the pipeline. As described in Clause 6, where the control It responds to the level indication by interrupting the filling valve from opening. 8. Piping installation equipment As described in Claim No. 6, where after making The pump operates to deliver water from the tank to the collection device. Responding to the level indication The control blocks the filling valve from opening. If the inspector knows, continue to take action to cause There was a signal showing level 9. The pipe installation equipment as described in Clause 6 also continued to be assembled. With a float operated valve in series with an electrically operated filling valve between Origin with tank And where the control opens the electrically operated filling valve for the interval The response to the occurrence of signal purification 1 0. Installation equipment for the pipeline. As described in Claim No. 1, where the control Will respond to the signal indicating the level By organizing a cycle Pump to work And stopped working in Preset pattern To provide an indication High water level per user 1 1. Installation equipment, piping As described in Claim No. 1, where after making The pump operates to deliver water from the tank to the collection device. Responding to the level indication, the control organizes a loop. Pump to work And stop working in a predefined pattern To provide Error indication to the user If the detection continues, it continues to produce a level 1 signal. 2. Pipeline installation equipment to receive washable waste, including Collection equipment for picking up waste; A tank for keeping the volume of water; Electrically operated pump Which has one inlet which connects to the interior of the tank And there is one pump outlet that connects to the collection device; A detector that will produce a level signal when the water in the tank reaches a certain level; An input device that can be operated by a user to generate a purge signal; And the controls connected to the sensor Input devices and pumps Where the control It responds to the level indication from the sensor by causing the pump to operate to deliver water from The tank goes to the collection device.This prevents the tank from filling with abnormally large amounts of water. And will respond to the purge signal by causing the pump to execute for a set period of time. First and then to deliver water from the tank to the collection equipment Where the control will recognize the magnitude of the voltage that Dispensed to the piping fixture and will change the preset interval in response to the Change of voltage 1 3. Equipment, installation, piping As described in Clause 12, where the period Preset first, then changed by quantity Which was determined to respond to the magnitude of the perceived voltage to be much different from the nominal voltage value. 1 4. Piping installation equipment. As described in Claim No. 1, where the control Will also consider determining how often Where the pump has been operated And hinder the urge New pump for a pre-determined period after the pump has operated. For a predetermined time period by adding a pre-determined time period below the page. It responds to how often the pump has been operated. 1 5. Procedures for performing the piping installation equipment, which includes a collection device to Make waste A tank to collect the volume of water The detector knows, which will produce a signal to show the water level when In the tank to reach the specified level An input device that can be operated by a person to form a purge signal. Electrically operated pump It has one inlet connected to the interior of the tank and has a pump storage device. And the controls connected to the sensor Input devices and pumps The above methods include Provides a high water level indication that the user responds to the level indication; Making the pump operate to deliver water from the tank to the collection equipment Respond to the signal shown Level from the checker This feature is to prevent abnormal water intake. Not to keep it in the tank; And to make the pump run for a predetermined interval To deliver water from the tank Go to the storage device Respond to purification signals 1 6. Method as described. Clause 15 continues to be included after making The pump operates to deliver water from the tank to the collection device. Responding to the signal indicating the level Interrupting further action Of pipe installation equipment If the examination continues To cause a level 1 signal. 7. The methods described in Claim 16 are also included. After interruption Further proceedings of the pipeline installation equipment Implementation of a new collection of equipment installed. The pipeline can be responsive to users who have successfully completed the reconfiguration. 1 8. The methods described in claim 15 are also included. Making the valve The electrically driven filling is performed to control the flow of water from the source into the tank 1 9. The methods described in claim 18 are also included after the pump is operated. To deliver water from the tank to the collection equipment Responds to the level indication Also prevents the filling valve from opening If the sensor is aware, it continues to produce a level 2 signal 0. The method described in claim 15, where the high water level indication is provided. It consists of providing a pre-defined loop of the pump to run and stop. First and then responds to the signal showing level 2 1. The method described in claim No. 15 is also included after making the pump operate to deliver water from the tank to the collection device. Responding to the level signal, it also provides a loop around the pump to work. And stop working in a predefined pattern To provide an indication User mistakes If the detector knows, it continues to produce a level 2 signal. 2. The methods described in Claim 15 also include: Setting up a loop to run the pump And stop working in a predefined pattern The first type responds to the signal indicating the level. To provide a high indication of the water level to the user; And after the pump is made to carry the water from the tank to the storage device, it responds to the level indication. Make a loop around the pump to work. And stop working in the specified format Second advance To provide an indication of errors to the user If the examination continues To cause a signal indicating the level