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United Providers Car Affiliation – InsuranceNewsNet

2022 SEP 22 (NewsRx) — By a Information Reporter-Employees Information Writer at Insurance coverage DailyNewsUnited Providers Car Affiliation (San Antonio, Texas, United States) has been issued patent quantity 11439044, in accordance with information reporting originating out of Alexandria, Va.by NewsRx editors.

The patent’s inventors are Culbertson, II, William Preston (San Antonio, TXUS), Osterkamp, ​​Bryan J. (New Braunfels, TXUS), Philbrick, Ashley Raine (San Antonio, TXUS), put up, Nathan Lee (San Antonio, TXUS), Russell, Ryan Thomas (San Antonio, TXUS), St MartinCourteney (Roswell, GAUS).

This patent was filed on October 3, 2019 and was printed on-line on September 6, 2022.

From the background info provided by the inventors, information correspondents obtained the next quote: “Many companies require giant quantities of computing energy and storage for information referring to clients. Banks of computer systems retailer information referring to buyer purchases, comparable to mannequin quantity; warrantee info; service necessities; values, beneficiary info, and distribution info, comparable to for insurance coverage contracts. Insurance coverage contracts additionally might require private info, comparable to age and well being info. Car insurance coverage might require assortment and upkeep of data referring to the insured autos, drivers’ security data, and the like.

“Additional, virtually all kinds of enterprise relationships require quantities owed and owing, contact info, credit score and billing info. These classes of data have to be maintained securely. Typically, classes of data are saved individually from different classes to enhance safety. For instance, bank card numbers usually are saved individually from different personally-identifiable info. The kinds of info that have to be saved are myriad, and the variety of entries for every kind is giant.

“Usually, this gear is housed in an information middle, usually a constructing separate from different buildings. Fashionable information facilities due to this fact usually have giant banks of computing models to accommodate manipulation of enormous quantities of information. Information facilities additionally usually have giant storage banks to retailer the information required to do service clients.

“Such gear usually is maintained at basically fixed temperature in clear air basically devoid of mud particles and different deleterious supplies suspended within the air. Each liquid water and vapor are managed to forestall shorting {of electrical} connections within the gear.

“Such laptop gadgets eat a major quantity of energy and generate a major quantity of warmth. At the very least a portion of the warmth have to be eliminated to keep away from overheating the gear.

“There’s a want within the artwork for a system and methodology that addresses the shortcomings mentioned above.”

Supplementing the background info on this patent, NewsRx reporters additionally obtained the inventors’ abstract info for this patent: “The current disclosure is directed to programs and strategies for recovering worth from waste cooling air from an information middle.

“In a single side, the disclosure is directed to a system to create a dehydrating atmosphere from the waste cooling air from an information middle. The system includes a drying room organized above the information middle, with not less than one air duct inserting the drying room in fluid communication with the information middle. The air duct conveys waste cooling air from the information middle into the drying room.

“The drying room contains an inside cavity configured to obtain a moisture laden product. The drying room additionally features a doorway configured to permit the moisture laden product to enter and exit the drying room. The drying room removes moisture from the moisture laden product by exposing the moisture laden product to the waste cooling air from the information middle and conveys moisture laden air from the drying room to an air dealing with unit by a moist air return duct.

“In one other side, the current disclosure is directed to a system to distribute waste cooling air from an information middle. The system features a reservoir tank configured to obtain the waste cooling air from the information middle. The reservoir tank contains an insulated wall that assists in sustaining a temperature inside the reservoir tank and a reservoir tank blower configured to convey the waste cooling air from the information middle into the reservoir tank and to pressurize the inside of the reservoir tank.

“The native tank is in fluid communication with the reservoir tank and in fluid communication with a blower by way of a hose. Pressurized waste cooling air from the information middle is delivered from the native tank out of the blower when a blower valve is opened.”

The claims provided by the inventors are:

“1. A system to create a dehydrating atmosphere from waste cooling air from an information middle, the system comprising: an information middle, the information middle together with not less than one laptop server rack being cooled by airflow from an air dealing with unit in order to create waste cooling air ; a drying room disposed above the information middle, not less than one air duct inserting the drying room in fluid communication with the information middle, the not less than one air duct conveying the waste cooling air from the information middle into the drying room; the drying room together with an inside cavity configured to obtain a moisture laden product; the drying room together with a doorway configured to permit the moisture laden product to enter and exit the drying room; whereby the drying room removes moisture from the moisture laden product by exposing the moisture laden product to the waste cooling air from the information middle; the drying room together with a moist air return duct conveying moisture laden air from the drying room to the air dealing with unit.

“two. The system in accordance with declare 1, additional comprising a supplemental HVAC machine organized between the moist air return duct and the air dealing with unit; the supplemental HVAC machine together with an air filter and a dehumidifier therein.

“3. The system in accordance with declare 1, whereby the drying room is insulated on a ceiling and on a lateral facet thereof.

“4. The system in accordance with declare 1, whereby the air dealing with unit removes water from air passing by it within the type of condensate.

“5. The system in accordance with declare 1, whereby the not less than one air duct is organized in a ceiling of the information middle; and the not less than one air duct is organized in a ground of the drying room.

“6. The system in accordance with declare 1, whereby the moist air return duct features a filter therein.

“7. A system to distribute waste cooling air from an information middle, the system comprising: an information middle, the information middle together with not less than one laptop server rack producing warmth that’s being cooled by airflow from an air dealing with unit in order to create waste cooling air ; a reservoir tank configured to obtain the waste cooling air from the information middle, the reservoir tank together with an insulated wall that assists in sustaining a temperature inside the reservoir tank; the reservoir tank together with a reservoir tank blower configured to convey the waste cooling air from the information middle into the reservoir tank, and to pressurize an inside of the reservoir tank; the reservoir tank distributing the waste cooling air to not less than one native tank, the native tank being positioned away from the reservoir tank, a connection inserting the native tank in fluid communication with the reservoir tank; the native tank in fluid communication with a blower by way of a hose; whereby pressurized waste cooling air from the information middle is delivered from the native tank out of the blower when a blower valve is opened.

“8. The system in accordance with declare 7, whereby the reservoir tank features a excessive warmth capability wall configured to assist keep an inside temperature of the reservoir tank.

“9. The system in accordance with declare 8, whereby the insulated wall is disposed outwards of the excessive warmth capability wall.

“10. The system in accordance with declare 7, whereby the reservoir tank features a temperature sensor, and a bleeder valve; and whereby the system can open the bleeder valve to encourage introduction of further waste cooling air from the information middle if a sensed temperature by the temperature sensor falls under a predetermined temperature.

“eleven. The system in accordance with declare 7, additional together with an outdoor air consumption system, the surface air consumption system together with an air consumption valve disposed upstream of an air dealing with unit; whereby the air consumption valve opens to introduce exterior air when a sensed strain drops under a predetermined stage.

“12. The system in accordance with declare 11, whereby the surface air consumption system contains an air filter.

“13. A technique for distributing waste cooling air from an information middle utilizing an air supply system, the strategy comprising: cooling not less than one laptop server rack that generates warmth, the cooling being executed by passing airflow from an air dealing with unit over the pc server rack in order to create waste cooling air; conveying the waste cooling air from the information middle to a reservoir tank; pressurizing the waste cooling air within the reservoir tank; distributing the pressurized waste cooling air from the reservoir tank by a connection to not less than one native tank separate from the reservoir tank; and delivering the pressurized waste cooling air from the native tank by a hose to a blower having a valve that delivers pressurized waste cooling air from the hose when the blower valve is open.

“14. The tactic in accordance with declare 13, additional comprising sustaining an inside temperature of the reservoir tank by offering the reservoir tank with not less than one excessive warmth capability wall.

“fifteen. The tactic in accordance with declare 13, additional comprising sustaining an inside temperature of the native tank by offering the native tank with not less than one excessive warmth capability wall.

“16. The tactic in accordance with declare 13, additional comprising opening a bleeder valve within the reservoir tank to encourage introduction of further waste cooling air from the information middle if a temperature sensed by a temperature sensor falls under a predetermined temperature.

“17. The tactic in accordance with declare 13, additional comprising opening an air consumption valve in an air consumption system to introduce exterior air when a sensed strain drops under a predetermined stage.

“18. The tactic in accordance with declare 17, additional comprising filtering the surface air from the surface air consumption system.

“19. The tactic in accordance with declare 13, additional comprising instantly stopping air move if the hose turns into disconnected.

“twenty. The tactic in accordance with declare 13, additional comprising closing not less than one valve to isolate a portion of the air supply system that malfunctions to guard the air high quality within the information middle.”

For the URL and extra info on this patent, see: Culbertson, II, William Preston. Warmth restoration from information middle cooling system. US Patent Quantity 11439044, filed October 3, 2019and printed on-line on September 6, 2022. Patent URL: http://patft.uspto.gov/netacgi/nph-Parser?Sect1=PTO1&Sect2=HITOFF&d=PALL&p=1&u=%2Fnetahtmlpercent2FPTOpercent2Fsrchnum.htm&r=1&f=G&l=50&s1=11439044.PN.&OS= PN/11439044RS=PN/11439044

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