Pneumatic desedimentation machine
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IPC분류정보
국가/구분 |
United States(US) Patent
등록
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국제특허분류(IPC7판) |
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출원번호 |
US-0173060
(1988-03-25)
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발명자
/ 주소 |
- Jay
- Jr. Jerry L. (Rte. #3
- Box 239 Newbern TN 38059) Cottrell Ben (Rte. 190 3
- Box 313 Newbern TN 38059)
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인용정보 |
피인용 횟수 :
9 인용 특허 :
1 |
초록
▼
The pneumatic desedimentation machine, is designed to provide a means of recirculating, reciprocally, a fixed volume of solvent or solution through a closed system such as boilers or equipment, water cooling and/or heating systems on machinery, or any other remote system, for the purpose of removing
The pneumatic desedimentation machine, is designed to provide a means of recirculating, reciprocally, a fixed volume of solvent or solution through a closed system such as boilers or equipment, water cooling and/or heating systems on machinery, or any other remote system, for the purpose of removing the calcium and/or mineral deposits which form on the inside of these systems and inhibit efficiency, in an efficient and safe manner, it could also be used, to clean the inside of distribution plumbing where sedimentation is a problem, such as is found in bulk paint systems. This is accomplished by the controlled flow of solvents and/or solutions from one reservoir to another through a remote system, which is the system being cleaned, by applied air and/or vapor pressure in a controlled reciprocating manner and at a controlled temperature for maximum efficiency of the solvent and/or solution used.
대표청구항
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A device for the removal of deposits from the inside of machinery or equipment comprised of two tanks, one being a process or pressure tank for holding process solution, the other being a return tank for temporarily holding used process solution, that are interconnected by two pipes, one of which is
A device for the removal of deposits from the inside of machinery or equipment comprised of two tanks, one being a process or pressure tank for holding process solution, the other being a return tank for temporarily holding used process solution, that are interconnected by two pipes, one of which is for returning the used process solution from the return tank to the process tank, the other being for venting entrapped air from the process tank to the atmosphere and the flow through both pipes being controlled by solenoid operated valves so that they can be closed to allow the process tank, which is further supplied with an air supply line, the flow through which is also controlled by a solenoid operated valve, and is supplied with air pressure from an external source, that is still further supplied with a pressure regulator, to be pressurized, in a controlled manner, when the solenoid valve that controls the air flow through the air supply line is opened forcing the solution in the process tank through and out of a provided to process line and, by means of user supplied plumbing, through any remote machinery or equipment being cleaned and then into the return tank until the level of solution in the process tank goes below the level of the furthermost extension of the to process line within the process tank and the level of a lower level control probe within the process tank, at which time controls are signaled to open the solenoid valve for venting entrapped air from the process tank to the atmosphere and returning the solution from the return tank to the process tank and close the solenoid valve for controlling the supplied air pressure so that the solution can be transferred back to the process tank until the level of the solution in the process tank exceeds the level of an upper level control probe within said process tank which signals controls to close the solenoids for venting entrapped air from the process tank to the atmosphere and for returning the solution from the return tank to the process tank and open the solenoid for supplied air pressure which will allow for the process tank to repressurize and recirculate the solution and by automatically controlling the open/closed condition of these valves, the solution can be recirculated through the machinery or equipment being cleaned an infinite number of times until the deposits are removed or the solution is neutralized to allow for the maximum efficiency of the solution being used.
이 특허에 인용된 특허 (1)
-
De Santis Benito (2601 W. Olive St. Burbank CA 91505), Spray equipment cleaner.
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Carruth W. Layne (Cordova TN), Method of cleaning a patient support device for care, maintenance, and treatment of the patient.
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Jay ; Sr. Jerry L. (Rte. #3 ; Box 239 Newbern TN 38059) Holifield ; III William R. (1001 Brentwood Pl. Nashville TN 37211), Pneumatic desedimentation machine improvement.
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