118 results about "Available Volume" patented technology

Embodiments of the present invention are related to a pumping system that accurately dispenses fluid using a multiple stage (“multi-stage”) pump. More particularly, embodiments of the present invention provide for control of a feed stage pump to regulate fluid pressure at a downstream dispense stage pump. According to one embodiment of the present invention, a pressure sensor at the dispense stage pump determines the pressure in a dispense chamber. When the pressure reaches a predefined threshold, the dispense stage pump can begin to increase the available volume of the dispense chamber, thereby causing the pressure in the dispense chamber to drop. As the pressure decreases / increases at the downstream pump, the pressure applied by the upstream pump can bed increased / decreased.

A three-dimensional dipole antenna system for an RFID tag that optimizes detection for a given available volume in which to situate the RFID tag.

Apparatus and methods to reduce ventricular volume are disclosed. The device takes the form of a transventricular anchor, which presses a portion of the ventricular wall inward, thereby reducing the available volume of the ventricle. The anchor is deployed using a curved introducer that may be inserted into one ventricle, through the septum and into the opposite ventricle. Barbs or protrusions along the anchor body combined with a mechanical stop and a sealing member hold the device in place once deployed.

Apparatus and methods to reduce ventricular volume are disclosed. The device takes the form of a transventricular anchor, which presses a portion of the ventricular wall inward, thereby reducing the available volume of the ventricle. The anchor is deployed using a curved introducer that may be inserted into one ventricle, through the septum and into the opposite ventricle. Barbs or protrusions along the anchor body combined with a mechanical stop and a sealing member hold the device in place once deployed.

A heat insulating container having its outer surface formed of a synthetic resin such as a vacuum bottle, a cooler box, an ice box, a heat insulating cup, a heat retaining lunch box, and a heat insulating and retaining storage container capable of preventing problems such as a small available volume compared with a relatively large outer size so as to provide an increased insulating effect, corrosion of metallic containers, and inefficient washing of synthetic resin containers because the containers float in a water bath when washing; the heat insulating container having a metallic inner wall member 2 and a metallic outer wall member 3 disposed with a space portion 4 between them, the opening end portions 2a, 3a of these wall bodies being formed integrally with each other, and at least one of the inner and outer surfaces of a heat insulating layer body 1 formed by evacuating the space part 4 being covered by a synthetic resin inside container part 11 or an outside container part 12 and formed integrally with the heat insulating layer body so as to increase the specific gravity of the heat insulating container.

A resource optimisation component for optimising the performance of a process operating in a data processing system, the resource optimisation component comprising: a monitoring component for gathering performance statistics about a process and identifying a resource that has an effect on process performance; a throttling component for restricting the available capacity of the identified resource; and wherein the monitoring component monitors process performance to determine the effect of the restriction in the available capacity of the identified resource on the process performance, and identifies an action to be performed to the resource in order to improve the process performance.

A method and apparatus for providing network based load balancing of medical image data among two or more image archive systems is disclosed. A network element is employed to interface to a network carrying medical image data that may include tasks to be performed on the data. A network service associated with the network element monitors the current load or the available capacity of each of the image archive systems. When a task is received the network service determines the level of complexity of the task and compares the level of complexity to the current load or available capacity of each of the image archive systems. The network service selects the one of the image archive systems to perform the task that has the lowest current load or highest available capacity relative to the level of complexity of the received task.

Systems and methods limit capacity available for VoIP or other packetized data communications over a communications network. An initiator of the call is communicatively connected to the network, for example, by a gateway switch. The call has a particular destination communicatively connected to the network, such as a market gateway. An identifier of the destination is communicated over the network to a database. The database, via a load distribution proxy and capacity limiting proxies, controls whether or not the call is ultimately communicated to the destination, based on capacity loading then occurring at the destination.

A system and method for providing highly-available volume mount points is disclosed. According to one embodiment, in a system including a shared storage resource coupled to a server cluster and accessible by a node of said server cluster, a volume mount point is provided within the shared storage resource. According to another embodiment, the shared storage resource includes a base volume and a target volume and a volume mount point corresponding to the target volume is provided within the base volume. A first mount is configured corresponding to the target volume and a mount order dependency relationship is defined between the first mount and a second mount corresponding to the base volume. Embodiments of the present invention may be used to ensure that a new (secondary) node accesses a shared disk or volume in the same way it was accessed before a transition event (e.g., failover or switchover).

A handheld medication dosage calculator (100) and method for comparing an inputted, ordered medication dosage with a known medication dosage range in a database including an input device for inputting a desired drug name, indicating whether the drug is for a child or an adult, an amount of the drugs that are ordered, the body weight or body surface of the patient, an amount of drug available in standard packaging, and the available volume associated with the available drug and a computing mechanism for determining the dosage of the drug to be delivered. The handheld medication dosage calculator (100) provides warnings when the inputted amount of drug exceeds the dose range limits or is incorrect. The handheld medication dosage calculator (100) converts an inputted drug unit of measure into a desired unit of measure. The handheld medication dosage calculator (100) lists generic drug names, trademarked product names, drug classifications and cautionary drug warning information.

A data storage subsystem includes a volatile memory in which stored data can be denoted as being data that should be preserved in the event of an interruption in the power supply to the volatile memory. The available capacity for such data storage is dynamically allocated between multiple firmware client components of the storage subsystem, such that each client component has its own (varying) allocation of the available capacity. A higher priority for the storage of such data is given to client components on which other client components depend, such as lower layers of the software stack, thereby allowing them to get a larger share of the available capacity for such data storage when needed and complete their input / output requests faster.

An apparatus, system, and method are presented for utilizing tape storage media segmentation to improve data access performance. A segmented tape storage medium within a tape cartridge having a first and second segment is utilized. A selection module allows a user to select a user-defined capacity of the tape storage medium that is less than the usable capacity of the tape storage medium. The user-defined capacity allows the user to prefer improved data access over tape storage capacity. Data, when written to the tape, is written only within the user-defined capacity. Data may be written exclusively on the first segment or written on both the first segment and second segment allowing data access to be improved. In addition, the user-defined capacity may correspond to the full capacity of the tape storage media.

The invention provides a thin provisioning method for a storage system. Thin provisioning is generally applied to the storage system, and is used for providing a large-volume virtual driver for an operating system. According to a thin provisioning technology, a volume space which surpasses a practical space can be provided for an upper layer in a virtual way, i.e., the available volume of the operating system is assumed to be larger than the practically provided volume. Data in enterprises increase gradually instead of getting too many at the start, so that the utilization ratio of the storage volume can be increased by adopting thin provisioning. A large-volume virtual driver can be provided for the operating system by adopting a thin provisioning storage scheme. The operating system is provided with a large magnetic disk space during distribution of the magnetic disk space, so that enterprises can consider increasing storage equipment stepwise without adjusting the operating system along with the increase of the enterprise data volume. The hot plug function of the storage equipment is realized, and the storage efficiency and flexibility of magnetic disk equipment can be improved.

An adjustable breast positioning system for a breast received within a breast cup of a woman's garment comprising a platform situated within a lower region of the breast cup; a shaping member at least partially overlaying the platform wherein the platform and shaping member are open to the top portion of the breast cup; and a connector having one end coupled to the platform and another end connected to an anchor moveably mounted to the garment for adjusting the platform for reducing the available volume for the breast within the breast cup and for concomitantly pushing the shaping member upward and inward for displacing the breast upward, forward, and inward toward the center of the wearer's chest while simultaneously increasing the volume of the breast outside the top portion of the breast cup for providing an improved visual presentation of the breast.

Provided is a method and apparatus for altering a stored message into a single unified message and controlling a capacity of a message box in a portable communication system. The method includes checking an available capacity of a message box; and when the available capacity is less than a critical value, creating and storing a unified message, which is a unification of a plurality of messages stored in the message box, into a single message.

An information processing apparatus as a client, connected via a network to a server to provide a predetermined amount of data storage area, configured to perform file transfer to the data storage area. In the client, information on an available capacity of the data storage area is obtained. Upon receipt of the information, a GUI is displayed for a user to select file(s) to be transferred to the data storage area, and file(s) to be transferred to the data storage area is selected based on drag-and-drop designation with an input device to the displayed GUI. Then a difference value between the total size of currently selected files and the obtained available capacity of the data storage area is calculated. The result of calculation is displayed on the GUI.

A centralizer including hollow structural components. In at least one embodiment, the hollow structural component is sealed by at least one valve or rupture disk. When unacceptable overpressures occur, the valve or rupture disks break to allow influx into the hollow element, thereby relieving pressure and avoiding damage that might otherwise occur. In other embodiments, the hollow structural component collapses to expand available volume.

High pressure synthesis of various crystals such as diamond, cBN and the like can be carried out using reaction assemblies suitable for use in methods such as temperature gradient methods. The reaction assembly can be oriented substantially perpendicular to gravity during application of high pressure. Orienting the reaction assembly in this manner can avoid detrimental effects of gravity on the molten catalyst, e.g., convection, hence increasing available volumes for growing high quality crystals. Multiple reaction assemblies can be oriented in series or parallel, each reaction assembly having one or more growth cells suitable for growth of high quality crystals. Additionally, various high pressure apparatuses can be used. A split die design allows for particularly effective results and control of temperature and growth conditions for individual crystals.

A mobile terminal for receiving digital broadcasting is disclosed. The mobile terminal includes a battery capacity detector, a digital broadcasting receiving unit, a power consumption amount database, and a controller. The battery capacity detector detects a current usable capacity of a battery, and the digital broadcasting receiving unit receives the digital broadcasting. The power consumption amount database stores information regarding the power consumption of components necessary for receiving and outputting the digital broadcasting. The controller receives the usable capacity of the battery from the battery capacity detector upon receiving the digital broadcasting, calculates the power necessary for receiving the digital broadcasting with reference to the power consumption amount database, compares the usable capacity of the battery with the necessary power, and controls the power applied to the components necessary for receiving and outputting the digital broadcasting according to a plurality of power saving requirements if the usable capacity of the battery is lower than the necessary power.

The invention provides an equal-loudness contour-based loudness compensation method, which comprises the following steps of: regulating a volume of an input signal, measuring sound pressure levels corresponding to all available volume values, and in each sound pressure level, filtering an input signal by using a preset frequency filter, and multiplying by a weighting coefficient of the preset frequency filter to obtain a signal; and superposing the input signal in each sound pressure level in a plurality of sound pressure levels corresponding to all the available volume values and the signal obtained through filtering and weighting. The method overcomes the defect that when the conventional audio signal is small in volume, the loudness of partial frequency band is too low, and ears of a human body cannot feel the loudness, so that the heard sound is dry and tedious; by the method, the loudness of input signals of partial frequency band is compensated, the sound is loud and full and meets the requirement of people on acoustic comfort; moreover, a sound level meter and the filter and simple computation are only required to realize the loudness compensation of the audio signal, so that the structure is simple and the cost is low.

A system and method are provided for determining aggregate available capacity for an infrastructure group with existing workloads in computer environment. The method comprises determining one or more workload placements of one or more workload demand entities on one or more capacity entities in the infrastructure group; computing an available capacity and a stranded capacity for each resource for each capacity entity in the infrastructure group, according to the workload placements; and using the available capacity and the stranded capacity for each resource for each capacity entity to determine an aggregate available capacity and a stranded capacity by resource for the infrastructure group.

A tensioning system for restricting the available volume of a gastric cavity includes a base material that is shaped and dimensioned for surgical attachment to surfaces on or within the body. Multiple tensioning members are incorporated into the base material, each of the tensioning members including a first end and a second end, wherein pulling upon the tensioning member will cause edges of the base material to be drawn together. The method for restricting the available volume of a gastric cavity includes securing edges of a tensioning system to the gastric cavity and drawing the edges of the tissue together to create a fold in the tissue.

An improvement for an adjustable breast positioning system for a breast received within a breast cup of a woman's garment comprising a platform situated within a lower region of the breast cup; a shaping member at least partially overlaying the platform wherein the platform and shaping member are open to the top portion of the breast cup; and a connector having one end coupled to the platform and another end connected to an anchor moveably mounted to the garment for adjusting the platform for reducing the available volume for the breast within the breast cup and for concomitantly pushing the shaping member upward and inward for displacing the breast upward, forward, and inward toward the center of the wearer's chest while simultaneously increasing the volume of the breast outside the top portion of the breast cup for providing an improved visual presentation of the breast. Disclosed is a breast positioning system and related methods of use for women's garments comprising at least one breast cup, a platform situated within the breast cup and means for applying a force to the platform while the platform is below the breast of the wearer. The breast positioning system further features a flexible shaping member and at least one apparatus configured to push the flexible shaping member down into at least one of the breast cups.

A method of calculating an available capacity includes the steps of: calculating a first estimated SOC from a value in voltage; calculating an integral of a value of a current and adding the integral to calculate a second estimated SOC; calculating a difference between the first and second estimated SOCs; calculating a first correction coefficient R(1) from the value in voltage; calculating a second correction coefficient R(2) to be smaller for the current having a smaller value; and adding the second estimated SOC to an correction term, or the dSOC multiplied by R(1) and R(2), to calculate a corrected SOC

Adjustable breast positioning system for a breast received within a breast cup of a woman's garment comprising a platform situated within a lower region of the breast cup; a shaping member at least partially overlaying the platform wherein the platform and shaping member are open to the top portion of the breast cup; and a connector having one end coupled to the platform and another end connected to an anchor moveably mounted to the garment for adjusting the platform for reducing the available volume for the breast within the breast cup and for concomitantly pushing the shaping member upward and inward for displacing the breast upward, forward, and inward toward the center of the wearer's chest while simultaneously increasing the volume of the breast outside the top portion of the breast cup for providing an improved visual presentation of the breast.

A compact fiber packaging system for fiber lasers is provided that comprises a series of spools nested inside one another for efficient volume utilization. The spools comprise an inner spool nested inside at least one outer spool to form a module. Generally, the fiber lasers are wrapped around the inner spool, and then around successive outer spools as required to form the module. Furthermore, the modules may be stacked to form a fiber assembly. The compact fiber packaging system further comprises devices and methods for minimizing thermal gradients between fibers and for removing Waste heat from the system. Additionally, the available volume is further utilized by disposing equipment and materials for operation of the fibers inside a hollow center defined by the inner spool, between the nested spools, and adjacent the nested spools.