34results about How to "Avoid reallocation" patented technology

Embodiments of the present disclosure are related to devices and techniques for para-valve sealing of an expandable stent-valve implanted using a catheter. In some embodiments, a stent-valve is provided which comprises a seal sleeve/cuff containing material that swells when contacted by blood. A piercing tool may be included and used to permit a user to puncture the sleeve/cuff prior to introduction into a patient's body. In some embodiments, the sleeve/cuff has an integral tubular structure configured to withstand balloon expansion of the stent-valve during or after implantation.

A method, system, and computer program product for organizing a set of nodes into a minimum number of connected clusters of bounded size in a wireless transmission system, wherein the method comprises using of bits in packets used in the initial stages of the device discovery procedure, to include information relating to a state of device discovery to achieve the separation of the nodes into those in the transmit-state and the receive-state; defining a Master-designate among the nodes through a statistical procedure and defining remaining nodes as a Slave-designate; defining a cluster including the Master-designate and at least one the Slave-designate, wherein the Slave-designate continuously scans for the inquiry message transmitted from the Master-designate and the Slave-designate transmits the inquiry response to the Master-designate.

In a storage management system, a host recognizes a plurality of storage apparatuses as one virtual storage apparatus. The user divides each of the volumes that the storage apparatuses have into a plurality of classes in accordance with a policy. When a user specifies moving target data and a class or a policy of a moving destination, the data is reallocated to a class that meets it. The class or policy is held as a data allocation policy. If a sufficient empty space is not present in the moving destination class, by finding out from allocated data, data that also complies with a policy of other class, target data to be expelled and a class of expelling destination are determined for expelling data, so as to ensure a sufficient empty space for reallocation.

A circuit arrangement for an LED array having two or more parallel-connected LED chains (LK1, LK2, LK3), in each of which at least one LED (2) is arranged and, when there are two or more LEDs (2), the latter are connected in series. In each case, the anode sides of the LED chains (LK1, LK2, LK3) can be coupled to the positive pole of a supply voltage (U_v) and the cathode sides can be coupled to the negative pole of the supply voltage (U_v). A regulating arrangement (RA1, RA2, RA3) for regulating an intended current distribution between the individual LED chains (LK1, LK2, LK3) is case connected in series with the respective LED chain (LK1, LK2, LK3).

A data processing apparatus has processing circuitry for processing threads using resources accessible to the processing circuitry. Thread handling circuitry handles pending threads which are waiting for resources required for processing. When a request is made for a resource which is not available, a lock is set to ensure that once the resource becomes available, the resource remains available until the lock is removed. This prevents other threads reallocating the resource. When a subsequent pending thread requests access to the same locked unavailable resource, the lock is transferred to that subsequent thread so that the latest thread accessing that resource is considered the lock owning thread. The lock is removed once the lock owning thread is ready for processing.

A semiconductor device, methods for manufacturing the semiconductor device, and an integrated circuit including the semiconductor device are disclosed. The semiconductor device includes an LDMOS transistor and a MOS transistor, both formed simultaneously on a same substrate. The gate electrodes and the gate oxide layers of the LDMOS and the MOS are formed independently from one another. The source and drain regions of the LDMOS and the MOS are respectively formed in a self-aligned manner. In this way, the LDMOS and the MOS can be formed, in an effective manner, while sustaining the respective desired characteristics.

A thermal therapy garment that covers at least the lower extremities of a patient. The garment has an air impermeable outer layer and an air permeable inner layer. An inflatable air chamber is defined between the inner and outer layers. An inlet port connects to the chamber to allow inflation with conditioned air, which is exhausted through the inner layer over a selected region of the patient's lower body. A gown has a length sufficient to overlap a waist portion of the garment, The gown has an opening that coincides with the inlet port, thereby allowing a hose to pass through the gown and connect to the inlet port. In one embodiment, the gown has sleeves and/or a posterior portion that are heat reflective whereby the extremities are warmed to minimize the core to peripheral temperature gradient.

The disclosure relates to a method and a system for protecting private multimedia content which comprises a central server in communication with a client application, characterized in that a user uploads a private multimedia content to the central server and a reference file is generated including a pointer to the private multimedia content and access requirements associated. The reference file is uploaded to multimedia servers and other users of the network download it through a web browser. The client application extracts the pointer from the reference file and sends a request to the central server, where it is checked if the request fulfils the access requirements associated for the private multimedia content requested.

A system that will enable the sender of the E-mail to control the redistribution of the message tasks that are to be redistributed by the receiver of the E-mail. More particularly, the present invention comprises enabling the sender of E-mail to specify conditions for the redistribution of an E-mail message sent to a receiving display terminal in combination with an implementation enabling this sender to track the redistribution of the sent E-mail message and apparatus enabling the sender to change the redistribution of the E-mail message. According to the invention, initially, there is an implementation enabling a user at the terminal receiving the sent E-mail message to redistribute the sent E-mail message subject to the conditions specified by the sender. The sent E-mail message specifies tasks divided out of the sent E-mail message to be assigned, respectively, to subsequent receivers of the redistribution messages by such messages.

The invention discloses an unmanned aerial vehicle one-station multi-machine system air-ground data link channel allocation method, and aims to provide a link channel allocation method capable of reducing the operation complexity and improving the channel resource reuse degree. The method is realized through the following technical scheme: a ground control station obtains unmanned aerial vehicle platform position information, counts the number of air-ground data links, calculates included angles between every two air-ground data links, and performs descending order arrangement on all includedangle values; then, starting from the air-ground data link corresponding to the maximum included angle, a 'super link' is constructed according to the relation between the included angle between the links and a 'multiplexing threshold', and the number of the air-ground data links contained in the super link is taken as the weight of the super link; the ground control station iteratively performs the super link merging process until no super link which can be further merged exists, and the channel resources are evenly distributed to each super link; and after the distribution process is finished, the channel distribution result is sent to the unmanned aerial vehicle platform through the uplink air link.

The invention relates to a method for changing rollers in a roll stand (C) adapted for bearing at least one working roller for a continuously-running steel-strip roll mill, wherein said stand (C) is part of a plurality (N) of roll stands arranged in series along the roll mill in the continuous running direction (D), wherein a rolling standby function in a free clamping position of the roller (s) is allocated to at least one dedicated stand (CA) among the plurality (N) of stands, origin setpoint values controlling an adjustment of the roller clamping are individually allocated to the other stands in an active rolling position, and in the case of a roller change when passing into the free clamping position of the cage (C), the origin setpoint value of said cage (C) and the origin setpoint values of the cages remaining in an active rolling position are redistributed individually among each of said cages, including the dedicated cage (CA).

The invention provides a virtual network function management message distribution method, device and equipment, and is used for solving the technical problem of consistent distribution of VNF management messages. According to the technical scheme of the invention, the method comprises the steps: mapping a service node in a cluster to a directed hash addressing ring; when a management message is issued, positioning an affiliated service node based on an equipment identifier of the VNF equipment, and determining the affiliated service node of the VNF equipment by taking the use time of the service node and the online time of the VNF equipment as time constraint conditions; further determining a message queue for issuing the management message. Through the technical scheme of the invention, the situation that the stock VNF management message needs to be redistributed and migrated after a new VNF manager service node is added each time can be avoided, and meanwhile, the orderliness of each VNF message is ensured.

A mass of divisible food in a sealed bag is placed between a first part of a frame having a plurality of walls depending from a common plane and forming a plurality of cavities and a second part of the frame having cavities that correspond with and confront the cavities of the first part. The second part is forced toward the first part to pressurize the divisible food in the bag and force the bag to occupy the cavities. Then, the frame, bag and contents are placed in a freezer.

The invention provides a data processing system, method and device, and the system comprises a sending server which is configured to monitor a network state; under the condition that the network state is abnormal, a first connection queue is set to be in a sending stopping state; a queue reset request is sent to the receiving server through an out-of-band channel; the receiving server side is configured to receive the queue reset request sent by the sending server side; in response to the queue reset request, a queue serial number of a second connection queue is reset; under the condition that the queue serial number of the second connection queue is reset, reset completion information is sent to the sending server through the out-of-band channel; the sending server is further configured to receive reset completion information; the queue serial number of the first connection queue is reset according to the reset completion information; and under the condition that the queue serial number of the first connection queue is reset, the first connection queue is set to be in a sendable state.