67 results about "Early release" patented technology

By exploiting an early release facility that may be provided by certain transactional memory designs, we facilitate transaction software constructs that operate on dynamically-sized data structures and/or other data structures for which traversal may be data dependent. Absent exploitation of such a facility, the act of traversing the data structure would typically introduce corresponding locations into the read set of a transaction, and a subsequent modification of any of the previously traversed locations would result in abortion of the traversing transaction. By exploiting an early release facility such as described herein, a transaction may release the locations that it has previously read in traversal and thereby eliminate such read locations as a source of conflict with other concurrently executing computations or transactions. In this way, concurrency may be enhanced while still employing a conceptually simple and convenient coordination facility.

By exploiting an early release facility that may be provided by certain transactional memory designs, we allow for transaction software constructs that wait on removal (or satisfaction) of a condition that would otherwise result in transaction abort. Absent exploitation of such a such a facility, the act of checking the condition would typically introduce a corresponding location into the read set of the transaction, and a subsequent modification of that location that removed (or satisfied) the condition, would result in abortion of the blocked transaction. By exploiting an early release facility such as described herein, a transaction may release the location (or locations) corresponding the condition, retry, and once the transient condition is removed (or satisfied), complete and commit. In this way, computation effort may be conserved while still employing a conceptually simple and convenient coordination facility.

An apparatus and a method that prevent a split-brain problem by preventing a cluster partner from accessing and serving data when the cluster partner is taken over by a storage server, while allowing early release of reservations on the cluster partner's storage devices before control is given back to the cluster partner.

A User Equipment (UE) category handling method and an apparatus for handling late version UE category attached to an early release version network in a Long Term Evolution (LTE) system are provided. A communication method includes transmitting a terminal capability report message including multiple terminal categories, receiving a Radio Resource Control (RRC) connection reconfiguration message including a terminal category to be used by the terminal according to serving base station of the terminal, and communicating with the network using the terminal category received from the network. The UE category handling method and apparatus of the present invention allows the UE to report a network-adaptive UE category, thereby avoiding soft buffer problem caused by version information mismatch and facilitating communication with the network without malfunctioning.

The invention relates to a method used for preparing a microcarrier/polymer composite scaffold by electro-deposition. The method comprises following steps: the surface of a microcarrier is modified, so that the surface of the microcarrier is positively charged; the microcarrier is loaded with a bioactive component so as to obtain the functional microcarrier; the functional microcarrier is delivered into an organic solvent, and the mixture is treated by ultrasonic and is stirred so as to obtain an electro-deposition solution with a concentration of 0.1 to 1.0mg/ml; a polymer scaffold is prepared, an electrode provided with the polymer scaffold is taken as a cathode, and a blank electrode is taken as an anode; the cathode and the anode are delivered into the electro-deposition solution, and the electro-deposition solution is stirred for electro-deposition so as to obtain the composite scaffold; and the composite scaffold is washed and dried in the air so as to obtain the microcarrier/polymer composite scaffold. Preparation time is short; reaction conditions are mild; and it is impossible to cause early release or inactivation of the bioactive component loaded on the microcarrier. The microcarrier/polymer composite scaffold is capable of simulating the multiple interaction of cells in the body, ECM and growth factors, and providing an ideal environment for tissue therapy and tissue repair.

The present invention discloses a drug sustained and controlled release microparticle preparation for treating intestinal diseases. The preparation comprises: a pill core containing the drug, wherein the pill core contains 5-aminosalicylic acid and an assistant material; an isolation layer for providing a smooth and flat surface for the microparticle and preventing the drug from penetrating into a sustained release coating layer, wherein the penetration of the drug into the sustained release coating layer can affect the release effect, the used material of the isolation layer comprises one or a plurality of materials selected from a water-soluble polymer and an anti-adhesion agent; the sustained release coating layer for slowly releasing the drug, wherein different drug release levels can be achieved through adjusting the thickness of the sustained release coating layer, the used material of the sustained release coating layer mainly adopts a sustained-release material; an enteric-coating layer, the enteric-coating layer is provided for avoiding the early release of the drug in gastric juice, reducing stimulation of the main drug to stomach, increasing the local concentration of the drug in the lesion location, the used material of the enteric-coating layer mainly adopts a polymer enteric material. The invention further discloses a preparation method for the microparticle preparation. According to the present invention, the drug and the sustained release coating material are uniformly dispersed on the surface of the pellet, such that the problem of mixing uniformity of the assistant material and the main drug can be effectively solved.

The invention discloses a multi-layer drug sustain-release nano fiber membrane and a preparation method thereof. The inner layer and outer layer of the multi-layer membrane are both composed of a polymer A nano fiber with a good biological compatibility, and the middle layer is a drug-carrying nano fiber which is prepared by blending curcumin (CM) and a polymer B with a good biological compatibility. The preparation method comprises the following steps: dissolving the polymer A into a solvent, subjecting the polymer A to an electrostatic spinning process so as to prepare the inner layer, then subjecting a mixed solution of the polymer B and CM to an electrostatic spinning process, continuously depositing the mixed solution on the inner layer so as to obtain the middle layer, finally subjecting the polymer A to an electrostatic spinning process for a second time, and continuously depositing the polymer A on the middle layer so as to obtain the outer layer. The membrane preparation method is simple, can effectively relieve the burst release phenomenon in the early release stage, and can control the drug release by changing the thickness of the polymer A. Taking polymer A-polylactic acid (PLA), and polymer B-cellulose acetate (CA) as an example, the in vitro drug release test results have shown that the drug release rate of the multi-layer drug-carrying membrane is both less than that of a single layer drug loaded membrane no matter after 1 hour or after 240 hours.

A scheduler (1006) suitable for reordering memory requests to achieve higher average utilization of the instruction bus (912) and data bus (914) is described. A scheduler (1006) for scheduling a plurality of instructions with respect to a memory (908) comprising M memory banks and a plurality of N memory pages; including a constraint circuit (1016) based at least in part on instructions corresponding to the same memory bank The access delay of other instructions, determine the earliest issue time of each instruction; and include a reordering circuit (1018), determine that the instruction is transmitted to the corresponding, about the earliest issue time of each related instruction and the data occurrence time of the selected instruction Sequence of memory (908).

The invention discloses an implant conveying system, which comprises an inner sheath canal, an inner sheath core pipe which runs through the inner sheath canal and distal end of which extends out of the inner sheath canal, and an outer sheath canal which movably sleeves the exterior of the inner sheath canal and defines a cavity with the inner sheath core pipe, and further comprises at least one hooking unit which is fixed to the outer surface of the inner sheath core pipe, wherein the at least one hooking unit comprises at least two flexible hooking pieces; each hooking piece comprises a fixed part which is connected to the outer surface of the inner sheath core pipe and a deformed part which is connected to the fixed part; and the free end of each deformed part can get bent relative to the fixed part and the free end, when being accommodated within the cavity between the outer sheath canal and the inner sheath core pipe, is matched with the fixed part, so that a hook-shaped object isdefined. According to the implant conveying system provided by the invention, an implant can be fixed to the inner sheath core pipe via the at least one hooking unit, so that the implant is limited from moving. Therefore, in an implant conveying process, the implant is prevented getting deviated from the inner sheath core pipe; and in a release process, early release of the implant can be avoidedwhen the release position of the implant needs to be adjusted.

The invention discloses a synthesis method and use of a cholic acid-modified polyamino acid block copolymer. A hydrophilic chain of the block copolymer is polyethylene glycol, a hydrophobic chain of the block copolymer is polyamino acid, the tail end of the polyamino acid is modified through micromolecular cholic acid, the side chain of the polyamino acid is a lipoyl group, and lipoic acid and an amino group of hydrophobic polyamino acid undergo a reaction to produce an amido bond. Through crosslinking of a self-assembled nanometer micelle of the cholic acid-modified polyamino acid block copolymer, a stable crosslinked reduction-sensitive polymer nanometer micelle is obtained so that the nanometer micelle is not easily damaged in vitro and in blood and nanometer micelle-coated drug stability is guaranteed. When the nanometer micelle enters a cancer cell, the nanometer micelle can be fast decrosslinked and dissociated and the coated drug can be fast released and produce high efficiency treatment effects. The cholic acid-modified polyamino acid block copolymer solves the problems of early release of a drug in vivo, low carrying efficiency and a slow release rate in cells.

A facility is provided for processing to distinguish between a full conventional (or total system) quiesce request within a logically partitioned computer system, which requires all processors of the computer system to remain quiesced for the duration of the quiesce-related operation, and a new early-release conventional quiesce request, which is associated with fast-quiesce request utilization. In accordance with the facility, once all processors have quiesced responsive to a pending quiesce request sequence, the processors are allowed to block early-release conventional quiesce interrupts and to continue processing if there is no total system quiesce request in the pending quiesce request sequence.

In one embodiment, the invention provides a method of regenerating organs and tissues in a subject suffering from one or more organ or tissue manifestations of glucose supply side associated metabolic syndrome, the method comprising: (a) confirming that the subject suffers from or is at risk for suffering from organ and/or tissue damage associated with a glucose supply side associated metabolic syndrome; and (b) co-administering to the subject an effective amount of a pharmaceutical composition comprising a first and optionally a second active composition, said first active composition comprising an ileal brake hormone releasing substance encapsulated within an enteric coating which releases said substance within said subject's ileum and ascending colon causing release of at least one ileal brake hormone from L-cells of said subject, said optional second active composition being formulated in immediate and/or early release form in an over coating onto said enteric coating, wherein said second composition is beneficial to at least one aspect of said subject's metabolic syndrome manifestations. Coadministration methods with a second pharmaceutical composition are also disclosed.

The invention provides a method for detecting an illegal group calling party and a device thereof. The method comprises the following steps: detecting a calling behavior of the illegal group calling party to obtain a call completion time point and a call releasing time point of the calling behavior; acquiring a calling early-releasing time of the party by a difference of the call completion time point and the call releasing time point of the calling behavior; and determining that the party is the illegal group calling party if number of the calling behaviors with shorter calling early-releasing time than the preset call early-releasing time in the a preset period is greater than or equal to a preset number of group calls. The embodiment of the invention can help detect the illegal group calling party.

A method of early release of buffers and a related media access control chip are disclosed, wherein the method includes the steps of: receiving an Ethernet packet from a port, allocating a buffer area having a plurality of buffers stitched sequentially for storing the Ethernet packet, transmitting the Ethernet packet from the destination port, and releasing the buffers when the transmission starts if the destination port is full-duplex transmission mode, or releasing the buffers after at least 128 bytes of the packet is transmitted if the destination port is half-duplex transmission mode. The Ethernet packet can be either uni-cast, multi-cast or broadcast.

The invention is based on the recognition that known antimicrobial compounds, such as nisin or other lantibiotics, can be made to form a long lasting antimicrobial surface coating by linking the peptide with a block polymer, such as PLURONIC® F108 or an end group activated polymer (EGAP) in a manner to form a flexible tether and/or entrap the peptide. The entrapped peptide provides antimicrobial action by early release from entrapment while the tethered peptide provides longer lasting antimicrobial protection. Antimicrobial gels and foams may be prepared using the antimicrobial peptide containing block copolymers.

The invention relates to an LHRH (luteinizing hormone-releasing hormone antagonist) lyophilized powder injection with improved stability. The preparation mainly comprises cetrorelix as an active ingredient, an excipient, a pH regulator, an antioxidant and a local analgesic agent, wherein the addition of the antioxidant can improve the stability of the preparation, and the addition of the local analgesic agent can relieve the pains of patients while having no impact on the active ingredient. The preparation process of the preparation mainly comprises weighing, dissolving, adsorbing pyrogen with activated carbon, filtering, final filtering, subpackaging, vacuum drying, plugging, and covering. The LHRH lyophilized powder injection provided by the invention can control the stimulatory function of an ovary, prevent early release of immature ovarian follicles, and help become pregnant. The LHRH lyophilized powder injection has the advantages of stable quality, definite therapeutic effect, and good patient compliance.

The invention relates to the technical field of communication and provides a resource allocation adjusting method and a wireless network controller. The resource allocation adjusting method comprises the steps that S1, rate detection is conducted on a user terminal; S2, a rate detection result is marked with a rate identification; S3, whether the user terminal is a small-rate user or not is judged according to the rate identification, wherein according to the small-rate user, the user average rate in the uplink direction and the user average rate in the downlink direction of the user are both smaller than or equal to a user rate preset threshold; S4, the small-rate user is adjusted to common resources of a cell from current private resources. According to the resource allocation adjusting method and the wireless network controller, the small-rate user meeting a certain condition is preferentially adjusted to the common resources, when the user initiates a service again, the user is adjusted to the private resources, the early release of the user is delayed, user perception is guaranteed at the same time, so that the common resources of a system are fully utilized, and the load jam of RRC connection of the system is relieved.

The present invention discloses a method for generating social media timeline structured data. The method comprises: constructing a model according to microblog messages released and forwarded by a user in a social media; forming a frame consisting of a first buffer pool and a second buffer pool, simulating release time of a next microblog message by the model, saving the next microblog message in the first buffer pool, removing the earliest released microblog message from the first buffer pool, and if the microblog message is a forwarded microblog message, acquiring a forwarded source microblog message and forward messages to form a complete microblog message, saving the microblog message in the second buffer pool, enabling the second buffer pool to transfer the microblog message that exceeds a given time window to a storage device, and establishing an index; and configuring the frame to a system of the social media, and establishing timeline structure data for the microblog message in the system by using the frame. According to the method for generating the social media timeline structured data, the timeline data can be generated and a microblog data flow can be generated effectively in a high throughput.

The invention discloses an implant delivery system, comprising an inner sheath core tube, an outer sheath tube with a cavity and movably sleeves the outside of the inner sheath core tube, and at leastone anchoring unit fixed to the outer surface of the inner sheath core tube, wherein each anchoring unit comprises a hooping member sleeving the outer surface of the inner sheath core tube, and at least one anchoring member connected with the hooping member, each anchoring member comprises a deformation part which can bend relative to the inner sheath core tube and a locking part connected with the deformation part, and when the deformation parts and the locking parts are accommodated in the cavity between the outer sheath tube and the inner sheath core tube, anchors are formed in combinationwith the hooping members. An implant is fixed onto the inner sheath core tube by the anchoring units to limit the movement of the implant. Thus, during the delivery of the implant, the implant is notdeviated from the inner sheath core tube. In the process of release, when the release position of the implant needs to be adjusted, the early release of the implant can be avoided.

The invention discloses a fast network updating method based on an OpenNF mechanism. The consistency of multi-NF and multi-data-flow updating is guaranteed; for a single data stream, a method for updating NFs in sequence in a traditional network updating method based on the OpenNF mechanism is changed; a method for calculating updating time separately and performing updating together is adopted, so that the updating time of the single stream is effectively shortened; optimization is performed by predicting the earliest release time of a buffer packet, so that the storage pressure of a controller can be reduced, and the possibility of parallel updating among multiple streams can be improved; and for the multiple streams, under the condition that network resource limitations of a CPU, a bandwidth, a controller memory and the like are considered, a multi-stream updating sequence is set so as to quickly update a network.

The invention relates to medicine controlled timing-released calcium phosphate cement powder containing various medicines. The powder is prepared by precipitating and blending long-term released medicines with one component in the calcium phosphate cement powder, and carrying out polymer packaging to obtain packaging powder; and directly blending the packaging powder with other calcium phosphate components in the calcium phosphate cement powder and early released medicines, or blending the packaging powder with the early released medicines, a precipitate blend powder of another component in the calcium phosphate cement powder and other components in the calcium phosphate cement powder. The powder is applicable to filling and repairing bone defects, and the early released medicines and thelong-term released medicines carried by the powder can be released at different time sequences at the local bone defect for combined administration; the curative effect can be enhanced by a synergistic effect so as to promote bone healing and increase the clinical success rate of filling and repairing the bone defect; moreover, the side effect of the medicines on human bodies can be reduced, and thus the powder meets the clinical requirements for bone filling and repairing materials.