37results about How to "Effectively wasted" patented technology

A wheeled housing having separable top and bottom components. A covered opening is formed in the housing to provide for easy entrance and exit by a pet. The housing has an air filter positioned on the top component. An extendable handle is affixed to the top adjacent the filter. Brakes are provided for the rear wheels to prevent the housing from being pushed by the pet.

In accordance with the present invention, there is provided a pharmaceutical inventory review and tracking system and method particularly suited to provide virtual inventory management and tracking in a manner effectively monitoring and eliminating the waste currently associated with many prescription writing and filling protocols. The present invention provides management processes that review clinical appropriateness of a prescribed medication and can identify waste, and is designed to be a re-usable process adapted to minimize such waste and insure medication inventory is conserved.

Disclosed is a system and method for treating domestic and industrial biological waste using diffusers to force circulation and aerate a treatment lagoon. Several lagoons may be used in series to treat raw waste and different variations may be employed to stepwise process the waste. A blend of aerobic and anaerobic microbes is chosen to remove undesired species initially present in the waste or later formed therein, as well as to process the waste itself, depending on the nature of the waste. Aeration with slightly ozonated or oxygenated air facilitates rapid and complete processing of large amounts of waste.

A portable, self-cleaning bodily receptacle consists of a fluidtight reservoir container forming an enclosed open space. Inset within the container is a toilet bowl element. The container has a fill opening and fill cap. Water or waste cleaning fluid or a combination of both is poured into the container through the fill cap, so that it fills the container reservoir around the underside and sides of the toilet bowl element. An enclosed, battery operated waterproof pump is positioned within the container and a directing hose extends from the pump, through the container space and outside the container to the toilet bowl element. When the toilet bowl element needs cleaning, the pump is actuated by a manual switch which pumps the waste cleaning fluid under pressure through and out the hose, where it is sprayed into the toilet bowl element for cleaning of the toilet bowl element. A discharge valve is provided at the bottom surface of the toilet bowl element for discharging the bodily waste and the cleaning fluid. In a second embodiment, bladders are located in the reservoir container for providing water or waste cleaning fluid under pressure to the toilet bowl element. In another embodiment, this pressurized bladder system is used in a bedpan receptacle.

An apparatus (10) for effecting hair-removal and consequent cleaning on body-parts, in preparation for surgery or specific diagnostic examinations-comprises suction means housed in a main frame (11) provided with an opening (13) whose shape and size are apt to allow sucking in the removed hair, or fragments of hair, and cutting and/or shaving means (32) fastened to the apparatus (10) in a position congruent with the position of said opening (13). Said cutting and/or shaving means (32) are preferably fastened in a removable way and they comprise electric or hand-operated razors. The apparatus (10) also comprises tanks (34) and ducts (35) for emollient substances and at least a collecting tank (19) for hair, or fragments of hair. The apparatus is powered or by the standard electric power supply network other by batteries housed inside handling means (22).

A process for the biological treatment of wastewater in which the performance of a conventional activated sludge system is improved by adding an aerobic granular biomass system in a hybrid parallel process configuration. Waste biomass and suspended material from the aerobic granular biomass system is introduced into the conventional activated sludge system for this purpose. In the hybrid process configuration the advantages of both systems are combined to produce new advantages, while drawbacks of the individual systems are reduced to great extent.

A resource configuration method, a server, a network equipment, and a network system are provided. The resource configuration method includes performing a resource configuration on a network equipment according to a resource requirement of the network equipment and updated resource configuration information. The resource configuration information includes resource registration information reported by each of network equipments in a network. By implementing the present invention, the number of lookups for the resources is reduced and the process thereof is shortened, thereby achieving an effective resource allocation. In the case that an update frequency is fast enough, a search for resources is realized by one lookup. With such dynamic resource configuration information, the resource allocation is performed quickly and the waste of processing capacity of the server is avoided effectively.

Provided is a cathode active material having a composition represented by the following Formula I: LiFe(P_1-XO₄) (I) wherein a molar fraction (1-x) of phosphorus (P) is in the range of 0.910 to 0.999, to allow operational efficiency of the cathode active material to be leveled to a lower operational efficiency of an anode active material and improve energy density of the cathode active material. Furthermore, a cathode active material, wherein a molar fraction (1-x) of phosphorus (P) is lower than 1, contains both Fe²⁺ and Fe³⁺, thus advantageously preventing structural deformation, improving ionic conductivity, exhibiting superior rate properties and inhibiting IR drop upon charge/discharge, thereby imparting high energy density to batteries.

Methods for removing nuclear waste from a component are provided. In one embodiment, the method includes the steps of supplying oxalic acid to the nuclear waste on the component to form an oxalic acid/waste solution, feeding the oxalic acid/waste solution from the component, feeding an oxidant to the oxalic acid/waste solution to form carbon-dioxide, water and a precipitate, and separating the precipitate from the water. A system for removing nuclear waste is also provided.

Provided is a cathode mix for lithium secondary batteries, comprising a cathode active material having a composition represented by the following Formula I: LiFe(P_1-XO₄) (I) wherein a molar fraction (1-x) of phosphorus (P) is in the range of 0.910 to 0.999, to allow operational efficiency of the cathode active material to be leveled to a lower operational efficiency of an anode active material and improve energy density of the cathode active material.

The cathode mix maximizes operational efficiency of batteries, minimizes electrode waste and thus reduces manufacturing costs of batteries. Furthermore, The cathode active material, wherein a molar fraction (1-x) of phosphorus (P) is lower than 1, according to the present invention contains both Fe²⁺ and Fe³⁺, thus advantageously causing no structural deformation, improving ionic conductivity, exhibiting superior rate properties, inhibiting IR drop upon charge/discharge, thereby imparting high energy density to batteries.