50results about How to "Increase effective storage capacity" patented technology

A data storage architecture extension (DAX) system and method that daisy-chains multiple SATA disk drive storage elements to allow a single host bus adapter (HBA) to view the daisy-chain as one logical SATA disk drive is disclosed. The system/method may be broadly described as comprising a pass-thru disk drive controller (PTDDC) further comprising a pass-thru input (PTI) port, disk drive interface (DDI) port, and pass-thru output (PTO) port. The PTDDC intercepts and translates PTI port input to the requirements of a SATA disk drive connected to the DDI. Each PTDDC may be daisy-chained to other PTDDCs to permit a plethora of SATA drives to be associated with a given HBA, with the first PTDDC providing a presentation interface to the HBA integrating all SATA disk drive storage connected to the PTDDCs. Rack mounting of PTDDC-enabled SATA disk drives enables creation of inexpensive dynamically expandable petabyte-class storage arrays.

A removable shelf assembly for vehicles (e.g., sport utility vehicles) to increase storage capacity in a generally flat rearwardly extending bed defined by a floor and pair of upwardly extending side walls, the shelf assembly comprising a frame composed of a plurality of U-shaped members, each member having a base and two spaced apart arms extending perpendicular to the base, a plurality of telescoping members associated with the arms, means for removably locking each arm of each the U-shaped member, whereby to adjustably fix the spaced apart bases; and, a first and second generally planar panel members positioned on the frame for receiving items to be transported thereon, the panel members associated with the frame to allow movement between the panel members. The frame preferably has a raised lip extending substantially around the frame so as to reduce movement of items placed on the frame. A downwardly depending leg which is able to pivot out of the way when needed provides additional load support. A plurality of locking thumbscrews are fitted within holes in the frame to removably lock the panels in a fixed relationship. A cushion material preferably is associated with the underside of a portion of the panels and provides cushioned support where the panels rest on the sidewalls. Preferably, a plurality of elastic tether cords are attachable to the shelf assembly and the floor tethers in the vehicle to provide further support.

A data storage architecture extension (DAX) system and method that permits multiple disk drive storage elements to be logically daisy-chained to allow a single host bus adapter (HBA) to view the storage elements as one logical disk drive is disclosed. The system/method may be broadly described as comprising a pass-thru disk drive controller (PTDDC) further comprising a HBA port, a disk drive interface port, pass-thru input port, and a pass-thru output port. The PTDDC intercepts and translates the HBA port input to the requirements of an individual disk drive connected to the drive interface port. Each PTDDC may be daisy-chained to other PTDDCs to permit a plethora of disk drives to be associated with a given HBA, with the first PTDDC providing a presentation interface to the HBA integrating all disk drive storage connected to the PTDDCs. The system/method also permits RAID configuration of disk drives using one or more PTDDCs.

The invention belongs to the technical field of logistics equipment, and particularly relates to an intelligent express delivery cabinet with the function of regulating the storage space. The intelligent express delivery cabinet comprises a box, a placement module, a transfer module, a packaging obtaining module, a regulating module and a control cabinet, and partition plates are vertically arranged inside the box; the placement module is located between the two adjacent partition plates, and the placement module is used for storing express packages; the transfer module is located above the placement module and used for delivering the express packages of the placement module to the package obtaining module; the package obtaining module is used for conveying the express packages conveyed bythe transfer module to fixed package obtaining places so that persons can obtain the packages; the regulating module is located above the placement module, the regulating module is used for regulating the positions of the express packages inside the placement module, and two express packages can be stored on the same placement module; the control cabinet is used for taking out of the express packages by controlling work inside the box. The storage space can be regulated according to the size of the express packages, meanwhile, the express packages can be stored on the two edges inside the express delivery cabinet, and the express delivery storage quantity is increased.

The invention discloses a rotary-cut type integrated central feeding machine, and solves the problem of poor dredging effect in the prior art. The rotary-cut type integrated central feeding machine comprises an improved raw coal bin, a scraping device, a material pushing device, a hyperbolical or dried shrimp-shaped central feed hopper, an insert plate door, an intelligent electric cabinet and the like, wherein the hyperbolical or dried shrimp-shaped central feed hopper is connected with the feed opening of the raw coal bin; and the scraping device, the material pushing device and the insert plate door are controlled by the intelligent electric cabinet. The central feeding machine is designed reasonably, simple in structure, and convenient to mount, occupies no effective space of the improved raw coal bin, can be controlled intelligently, is high in practicability, mainly used for solving the problem of coal blockage of the improved raw coal bin of a coal burning power plant, is suitable for conveying raw coal of various qualities and types, and coal slime, and is also suitable for material conveying stock bins in other industries.

The invention discloses a method for rocky mountain soil dressing storage expanding afforestation. The method comprises the steps that firstly, a special-shaped pit is dug, then, soil dressing replacement is performed and a biological storage expanding bulking agent is added into the special-shaped pit, meanwhile, supplemental irrigation water source preparation is performed, and finally, nursery stock preparation, nursery stock transplanting, rooting strengthening treatment and coverage water retention serial measures are performed to complete a rocky mountain storage expanding afforestation ecological project. The rocky mountain protoclastic granular structure can be improved, the soil reservoir effective storage is increased, the soil water storage capacity is enlarged, rainfall effectiveness and seedling drought resistance are enhanced, the natural rainfall storing and adjusting functions of a soil reservoir are brought into full play, the survival rate of rocky mountain difficulty site afforestation is increased, forest resource cultivation is accelerated, and the mountainous ecological environment is improved.

The invention discloses a goose-array type localized random mutation method and an application thereof in the monoclonal antibody molecular evolution technology. The goose-array type localized random mutation method provided by the invention comprises the following steps: designing a goose-array type primer of a target sequence of random mutation polymerase chain reaction (PCR) amplification, synthesizing the primer, mixing, and performing overlapping PCR to obtain the amplified sequence with random mutation in a designated area. The goose-array type localized random mutation method provided by the invention can be used in the monoclonal antibody molecular evolution. The invention further combines the key amino acid (KA) scanning, the goose-array type localized random mutation method and the phage display technology to provide a monoclonal antibody molecular evolution method. The mutation method provided by the invention is used in molecular evolution and has high speed, high success rate and wide application range.

The invention discloses a mechanical gasoline storage tank. The mechanical gasoline storage tank comprises a hollow shell and a support base fixed to the bottom of the hollow shell, wherein a gasoline storage space is formed in the hollow shell; a liquid inlet pipeline communicating with the gasoline storage space is fixed to the centre of one end surface of the hollow shell; a liquid drainage pipeline communicating with the gasoline storage space is fixed to the bottom of the hollow shell; an exhaust pipeline communicating with the gasoline storage space is fixed to the top of the hollow shell; and a first check valve is installed in an intake pipeline. According to the mechanical gasoline storage tank disclosed by the invention, gasoline and gases generated due to the volatilization of gasoline are separately stored, so that the effective storage capacity of the gasoline storage space is improved; and in addition, the destructibility of a gas pressure to components at a gasoline storage part is lowered, and the device is capable of compressing the generated gases, thereby improving the storage capacity of a gas storage space.

The invention relates to the field of sewage treatment equipment, in particular to a vehicle-mounted movable ship oil stain collecting and transferring system. The system comprises a ship oil stain storage device, an oil stain transfer trolley and a sewage treatment tank. The ship oil stain storage device is used for receiving and storing domestic wastewater and oil-containing waste liquid generated on a ship; domestic wastewater and oil-containing waste liquid are respectively stored in different containers in the ship oil stain storage device and are discharged through the pump mechanism. The oil stain transfer trolley comprises a chassis, an oil liquid storage cabinet, a sewage storage cabinet, a suction pump mechanism, a discharge pump mechanism and a pipe winding and unwinding mechanism. The sewage treatment tank is used for harmless treatment of domestic sewage transferred from ships and non-oil components separated from waste liquid. Compared with products in the prior art, thevehicle-mounted movable ship oil stain collecting and transferring system has the advantages of being high in automation degree, simple in equipment operation process and rich in performance.

The invention discloses a large-scale garbage dump slope shaping construction method, which is characterized by comprising the following steps: step A, laterally opening a film in the upper part of agarbage dump to separate the construction section from the upper film, and then disassembling at two ends of a transverse slit, and separating the film and simultaneously packaging and binding the separated films and transporting the films out of the construction area; B. vertically excavating the garbage slope from the outside to the inside at the first construction section; C. laying tiled geogrids at the bottom of the dump pit and anchoring with U-shaped rivets; D. piling up bagged gravels in the marginal area of the garbage slope; and E, backfilling the garbage and wrapping the gravel jutebags with the folded geogrids at the edge of the garbage slope. The upper and lower layers of tiled geogrids are connected by connecting rods so as to form a high-quality and stable garbage slope toensure sustainable operation of the landfill. The construction process is simple.

A method for increasing effective storage capacity in a heterogeneous storage array is disclosed. In one embodiment, such a method determines a number of smaller-capacity storage drives and a number of larger-capacity storage drives in a storage array. The method further determines which RAID arrays in the storage array may be composed exclusively of the larger-capacity storage drives. Using this information, the method establishes a first set of RAID arrays in the storage array that will be composed exclusively of the larger-capacity storage drives and a second set of RAID arrays that may contain the smaller-capacity storage drives. The method then initiates a process to swap the smaller-capacity storage drives in the first set with the larger-capacity storage drives in the second set until the first set of RAID arrays is composed exclusively of the larger-capacity storage drives. A corresponding system and computer program product are also disclosed.

The invention discloses a building method for a tailings warehouse. The method comprises the steps that ore discharging is conducted along the old tailings warehouse dam outer slope, slope pressing is conducted, in the slope pressing process, embedding of a geotechnical cloth reverse filtering layer, a water collecting gallery, a drainage pipe net and a slope attaching reverse filtering drainage belt and slope pressing are synchronously finished, a slope pressing body is formed, and a new tailings warehouse is isolated from an old tailings warehouse; and when the designed flood level of the new tailings warehouse is higher than the initial dam height of the old tailings warehouse, the process comprises the following steps that firstly, slope pressing and synchronous embedding of the geotechnical cloth reverse filtering layer are conducted; secondly, slope pressing and synchronous embedding of the water collecting gallery are conducted; and thirdly, slope pressing and synchronous embedding of the drainage pipe net and the slope attaching reverse filtering drainage belt are conducted. By means of the method, warehouse-connection-to-warehouse of the new tailings warehouse and the old tailings warehouse is achieved, meanwhile, part of a dam body of an old tailings dam is submerged by warehouse water of the new tailings warehouse, the warehouse volume utilization rate is increased, mutual influences between the new tailings warehouse and the old tailings warehouse are eliminated, and safety of the new tailings warehouse and the old tailings warehouse is ensured.

The invention relates to a garbage storage warehouse. The garbage storage warehouse comprises a storage warehouse bin, wherein a plurality of partition plates are arranged in the storage warehouse binand divide the storage warehouse bin into a plurality of partition cabins with openings in the upper portions, the partition cabins are divided into an unloading cabin, a circulation cabin, a fermentation cabin and a feeding cabin, and the feeding cabin and the circulation cabin are both adjacent to the unloading cabin. Compared with the prior art, the effective storage capacity of the garbage warehouse is improved, the fermentable (especially anaerobic fermentation) time of garbage can be prolonged, the average prolonged time is 30%, the filter pressing pressure of leachate of the garbage isimproved, the standing leachate time is prolonged, and more leachate is generated, so that the water content of the garbage before entering a furnace is reduced, the waste incineration heat value andthe power generation capacity are improved, the air volume is reduced, the loads of fan equipment and dust removal, deacidification and denitration equipment are reduced, and the equipment investmentis reduced.

The invention belongs to the field of hydraulic engineering, and relates to a large and medium-sized reservoir of a sediment-laden river, in particular to a reservoir, wherein the reservoir is used for solving the problem of insufficient later flood season water storage caused by precipitation and sediment discharge in the flood season, and the IPC classification numbers of the reservoir is E02B 1/00 and E02B 3/02. By building a blood season water storage and sediment discharging separating system in the reservoir, a single reservoir area is separated into a water storage area, a sediment discharging area and an adjusting area which communicate through a rubber dam group; the water storage area stores clear water for a long time, and during precipitation scouring of the sediment discharging area, it can be ensured that the water storage area still stores a certain quantity of standby water resources; and through the adjusting area, the clear water of the water storage area or the sediment discharging area can be diverted conveniently and flexibly for power generation, and damage caused by a coarse-sediment-containing water flow of the sediment discharging area to a power station isprevented. According to the blood season water storage and sediment discharging separating system, the contradiction between water storage benefiting and flood discharge for sediment discharge of thelarge and medium-sized reservoir is resolved, and overall flood prevention application to the flood season of the reservoir is not influenced.

The invention discloses a goods shelf and a commodity vending machine, relates to the field of accounting devices, and aims to reduce the size of the goods shelf and increase the storage size of the vending machine. The goods shelf comprises a mounting base and a roller assembly. The mounting base comprises at least one concave cavity. The roller assembly is mounted in the concave cavity; at least one roller assembly is mounted in each concave cavity; the roller assembly comprises a supporting frame and a roller. The roller is rotatably mounted on a supporting frame; the edge of the supporting frame clamps the edge of the concave cavity. According to the goods shelf provided by the technical scheme, all the roller assemblies are not connected and do not need to be connected into a whole, all the roller assemblies are independently installed in the concave cavities, and thus the space occupied by connecting parts for fixedly connecting all the roller assemblies is saved, and the size of the goods shelf is smaller. Therefore, the vending machine using the goods shelf has a larger volume for loading goods, and the effective storage volume of the vending machine is improved.

The invention discloses a rapid thickener which comprises a pool body and a feeding box hoisted in the center of the top of the pool body, and the pool body is divided into a separation transition material collecting area, a compression vibration concentration area and a sand discharging area from top to bottom. The diameter of the pool wall of the separation transition material collecting area, the diameter of the pool wall of the compression vibration concentration area and the diameter of the pool wall of the sand discharging area are sequentially reduced, a plurality of jet flow boosting nozzles are uniformly distributed at the bottom of the pool wall of the separation transition material collecting area in the circumferential direction, and a vibration assembly is arranged in the compression vibration concentration area. The thickness of a mud layer can be rapidly increased, and the preparation time for high-concentration underflow discharging of the thickener can be shortened; water seeping from the tailing slurry can quickly rise and fall off; the overflow runoff speed can be controlled, and muddy material carrying is prevented; a sand discharging funnel can be prevented from being formed, settled sand is eliminated, and the effective storage volume of the tank body is increased; a rake-free design is adopted, the structure is simpler, and no power is consumed in the sand setting process; and long-term storage is facilitated, and rapid concentration of low-concentration tailing slurry can be realized.