81 results about "Release procedure" patented technology

A method as described by which an application executing in an application layer of a multi-layer communication protocol forming part of a general packet radio service (GPRS) session can signal for the setup and release of Temporary Block Flow (TBF) which will not be released during application execution in silent (inactive) periods. When applications such as voice, telnet or web browsing have specific traffic type data that have inactive periods between active periods are to be carried over GPRS, the session consists of multiple active periods. Current TBF release procedures lead to multiple TBF setups during such sessions. With the method described, a special type of TBF can be set up with special procedures for release of this TBF which greatly minimizes the need for multiple TBF setups during a session containing data transfers with inactive periods between active data transmissions.

A method of expediting a release procedure of at least one cargo container at least one border crossing or at least one customs entry point by detecting each statistically significant threat (SST) signal associated with at least one said cargo container while in transit, and by tracking and reporting to an appropriate party the position coordinates and a security status of each cargo container that generated at least one said SST signal. The appropriate party is selected from the group consisting of: {Homeland Security agency; and a cargo security agency}. The cargo security agency is further selected from the group consisting of: {a consignee; a steamship line; a customs broker; a freight forwarder; and a terminal operator}.

The present invention relates to a method usable for managing a connection release of an established connection between two or more parties via a communication network. When the reason for terminating a connection / session between at least two parties is caused by circumstances in the communication network, such as a loss of bearer, this is detected in a first network element. Then the first network element generates a connection terminating message to be used in the connection release procedure into which a new information element is introduced indicating the reason for the connection release, for example the loss of bearer. This reason may be indicated to a user as an optional and additional information. Furthermore, a corresponding system, device and / or terminal equipment are proposed.

Described herein are methods, systems, and devices for performing a minimally invasive carpal tunnel release procedure to cut a target transverse carpal ligament. In some embodiments, the method may include the steps of advancing a probe percutaneously though a patient's skin from a first location, advancing a tissue modification device from the first location and between the target ligament and non-target tissue so that a proximal handle on the tissue modification device extends from the patient at the first location, attaching a distal handle in communication with the distal end of the tissue modification device. In some embodiments, a system may include a probe configured to be advanced percutaneously though a patient's skin from a first location, a tissue modification device comprising a proximal handle and a flexible distal region having uni-directional blades, and a distal handle configured to connect to the distal end of the tissue modification device.

A method for handover of a terminal using a multi-connection in a cellular communication system is disclosed. The method for handover according to the present invention includes a multi-connection setting procedure of setting a connection to a second base station in addition to a connection to a first base station according to movement of a terminal in a direction from the first base station to the second base station, and a connection release procedure of releasing the connection to the first base station. Specifically, the present invention may be applied in a multi-beam management environment of super high frequency (SHF) and extremely high frequency (EHF) bandwidths, and may obtain an effect of decreasing signaling overhead and process latency of a conventional handover method.

The present invention supports a message protocol on a wireless communication network between the access gateway and the proxy session initiation server. Upon disruption of a communication session with a mobile station, an information packet indication disruption of the communication session is transmitted from the access gateway to the proxy session initiation protocol server. Upon receipt of the information packet, the proxy session initiation server initiates a resource release procedure freeing network resources supporting the communication session. The proxy session initiation server releases the resources and transmits an information packet to the serving session initiation server, which also initiates a release procedure. Answer and acknowledgement messages are also sent in response to the release request and / or the release of resources.

An authentication mechanism renders a communications network impervious to unauthorized requests for interaction termination or cessation. In a release authentication mode of operation, the authentication mechanism protects against an unauthorized connection release message directed to a mobile node (30) of the network, e.g., a mobile station such as a user equipment unit, thereby thwarting an attempt to request an unauthorized connection release procedure concerning a connection involving the mobile node. In a detach authentication mode of operation, the authentication mechanism protects against an unauthorized detach message deceptively transmitted on behalf of a mobile node, thereby thwarting an attempt to request an unauthorized detach procedure for the mobile node. In its modes of operation, the authentication mechanism involves a first node (Ni) of the communications network at which authentication key is provided. The first node of the network uses the authentication key to derive an authentication indicia related to the authentication key. The first node (Ni) provides the authentication indicia to a second node (Nr) of the network. Subsequently, when an interaction termination operation is to occur (e.g., connection release or detach), the first node includes the authentication key in an interaction termination message transmitted over an air interface between the first node and the second node. As a condition for performing an interaction termination operation, the second node (Nr) confirms that the authentication key (which was included in the interaction termination message) is, in fact, related to the authentication indicia.

A secure printing method includes providing a user terminal with a user interface. The user terminal and interface enable a user to select a secure printing mode for printing a document. In the secure printing mode, a secure print job stored in the user terminal is released through execution of a secure release procedure. In this way, the document can be printed at a selected one of a plurality of designated printers. When a user selects the secure printing mode, page description language data for the secure print job is generated in a format, or multiple formats, compatible with the designated printers. The page description language data is stored at the user terminal and a request is communicated to each of the designated printers. The request identifies the secure print job, but the job itself is not transmitted with the request. When the predefined secure release procedure is executed, the secure printjob is released to a selected printer.

The invention discloses lanthanum-modified graphene oxide, a phosphate ion grid and methods for preparing the lanthanum-modified graphene oxide and the phosphate ion grid. The phosphate ion grid is applied to controlling internal pollution of lakes. The lanthanum-modified graphene oxide (La-GO) and La-chitosan (La-chitosan) are used as effective phosphorus locking substances for the phosphate ion grid, and chitosan and PVA (polyvinyl alcohol) sponges are used as main support framework materials for the phosphate ion grid; sodium alginate and polyethylene glycol are used as cross-linking materials for preparing the phosphate ion grid which is a spongy water-permeable material. The lanthanum-modified graphene oxide (La-GO) is prepared by the aid of synchronous coagulation processes. The lanthanum-modified graphene oxide, the phosphate ion grid and the methods have the advantages that the phosphate ion grid is the white spongy material and is excellent in water permeability, and the main phosphorus locking substances including the lanthanum-modified graphene oxide (La-GO) and the La-chitosan (La-chitosan) can be effectively fused in the framework materials; the phosphate ion grid is excellent in blocking capacity in lake bottom sediment phosphorus releasing procedures during practical application and is high in structural stability and easy to replace.

This disclosure relates to techniques for efficient sparse network resource usage and connection release procedures. According to some embodiments, a wireless device may utilize techniques for efficiently releasing a radio resource control (RRC) connection, including techniques that avoid or reduce the occurrence of random access procedures when out-of-sync with the network when the RRC connection is being released. In some embodiments, a wireless device may utilize techniques for efficiently sparsely using network uplink resources, including techniques that avoid or reduce the occurrence of random access procedures to regain timing alignment to perform uplink communication when out-of-sync with the network.

A security tag is shown for location upon an article and removal from the article upon receiving authorisation. An internal processor (303) is arranged to transmit an output signal to an external processor indicating that a customer has identified an interest in an article. A physical switch (103) is operated to initiate a procedure for purchasing the article and releasing the tag. The tag transmits an output signal to initiate a release procedure and then receives an input signal to effect a release. The output signal is received by a mobile device and the mobile device interacts with an administration system directly to effect the purchase of the item prior to the administration system issuing the input signal. After receiving the input signal, actual release is only achieved after a further manual operation being performed by the user.

A network architecture and methods of managing packet data unit (PDU) sessions in a network are provided. The methods include PDU session establishment procedures, PDU session modification procedures,PDU session state transfer procedures, PDU session release procedures, and user equipment (UE) handover procedures.

A communication system comprising a core network operably coupled to a small base station (HNB) arranged to support wireless communications to a user equipment UE is described. The HNB comprises a control processor being arranged in a first embodiment to: support setting up of an air interface connection with the UE to allow the UE and the core network to exchange messages, e.g. for a Location Update procedure and to receive an instruction from the core network via a core network connection to release the connection to the core network; usually, the HNB would transmit a RRC Connection Release message to the UE; however, the UE utilizes this situation to request and receive UE measurements by using RRC Measurement Control / Report messages and thus delays the initiation of the RRC Connection Release procedure towards the UE; in a second embodiment, the control processor is arranged to autonomously page the UE: thus, the UE establishes a RRC connection for responding to the paging message and the HNB may request receive UE measurements

The invention discloses an industrial waste heat and solar energy combined cross-season heat accumulation and regional heat supply system, and belongs to the technical field of regional heat supply. The system comprises an industrial waste heat recycling device, a solar heat collector, a ground heat exchanger, a low-temperature hot water heat collecting tail end device, a connecting pipeline, a plurality of sets of circulation pumps and a plurality of sets of valves. The industrial waste heat recycling device is connected with the solar heat collector, the ground heat exchanger and the low-temperature hot water heat collecting tail end device in series or in parallel through the valves, the circulation pumps and the connecting pipeline to form a switchable heat accumulation and heat supply loop. The cross-season heat accumulation manner is adopted in the system, heat in summer is used in winter, and the yearly utilization rate of a solar system and an industrial waste heat system is increased. Meanwhile, the system heat taking and releasing procedure is optimized, the heat of soil is extracted through direct heat exchange in the manner of improving the temperature grade of the underground soil instead of adopting soil balance temperature heat supplementation, and waste of the energy grade due to utilization of a heat pump is avoided.

The invention relates to a method for releasing electric quantity of a high-voltage bus capacitor of a car motor driver. When a whole car key switch is closed and a whole car high-voltage relay is disconnected, a motor controller enters into an initiative releasing procedure; or the motor driver works normally; when a motor position sensor samples that a motor position angle theta is shifted to theta1 each time, the motor controller enters into the initiative releasing procedure and a timer t1 starts to time; when the timer t1 is more than or equal to 1 and less than 4t, the motor controller is switched to a torque control mode; a figure shown in the specification is calculated by a loading function according to the current timer t1 and a torque time and a request torque T1 is equal to the figure; or when the timer t1 is more than or equal to 4t, the motor controller is switched to a closing mode and the request torque T1 is equal to 0, so that the initiative releasing procedure is finished by the motor controller. According to the method provided by the invention, the releasing of residual charges can be faster finished and the use of a releasing resistor is reduced, so that the cost of the motor controller is reduced and the safety reliability of the whole car is improved.

The embodiments of the present invention provide a terminal connected state control method, devices and a terminal connected state control system. According to the prior after a lightweight connectedstate or an inactive connected state is introduced, an entire network fails to actively perform necessary control on a terminal which is in a connected state for a long time and has no user plane datatransmission, while, with the method, devices and system of the invention adopted, the problem in the prior art can be solved. The method includes the following steps that: a first network device receives indication information from a second network device, wherein the indication information is used to indicate that the user plane data transmission of a terminal in a connected state has terminated; and the first network device initiates a connection release procedure according to the indication information, wherein the connection release procedure is used to make the terminal change to an idle state from the connected state. The method, devices and system of the invention are applied to the communication technological field.

The invention discloses continuous production equipment set for pre-stressed track plates. The continuous production equipment set comprises mould release procedure equipment, mould clearing procedureequipment, workpiece pre-assembling procedure equipment and pouring equipment which are sequentially distributed from the front to the rear and further comprises two sets of conveying mechanisms which are arranged in parallel and used for conveying track plate dies and a turning conveying mechanism which is located at one ends of the two sets of conveying mechanisms and used for conveying the track plate dies, wherein the two sets of conveying mechanisms and the turning conveying mechanism form a U-shaped conveying line; a plurality of track plate dies are arranged on the conveying line at intervals; one side of the conveying line is provided with a water curing tank and a track plate storage shelf; and the other ends of the two sets of conveying mechanisms are provided with curing boxes,and a plurality of carriers are arranged in the curing boxes. The continuous production equipment set for the pre-stressed track plates further comprises a transferring trolley which can open the boxgates of the curing boxes and at the same time convey the track plate dies onto the carriers. The continuous production equipment set can realize the continuous production of the pre-stressed track plates and has the advantages that the production quality of the track plates is effectively ensured, and the labor efficiency is increased.

The invention discloses a method for computing primary supporting opportunity on the basis of longitudinal deformation curves of surrounding rock of tunnels. The method includes steps of 1, building three-dimensional numerical models of the tunnels, excavating the tunnels step by step according to reasonable excavation footage and recording change conditions of displacement values of typical locations of monitoring sections of the surrounding rock of the tunnels along with advancing of excavation faces; 2, establishing function relations between surrounding rock displacement completion rates of tunnel monitoring points in three-dimensional computation models and the advancing distances of the excavation faces; 3, simulating tunnel excavation by the aid of one-step excavation schemes and recording change conditions of displacement of surrounding rock monitoring points in excavation load release procedures; 4, substituting the determined surrounding rock displacement completion rates during primary supporting into surrounding rock longitudinal section deformation curve formulas obtained at the step 2 by means of fitting and computing the distances from the excavation faces to supporting application locations which are lagged behind or pulled ahead of the excavation faces during primary supporting. The method has the advantage that computation results are the distances of the supporting application locations relative to the excavation working faces and can be directly used in engineering construction sites.

A method and apparatus for handling evolved universal terrestrial radio access network (E-UTRAN) radio access bearer (E-RAB) switch failure for dual connectivity in a wireless communication system is provided. A master evolved NodeB (MeNB) in dual connectivity receives an E-RAB modification confirm message including a list of E-RABs failed to be modified from a mobility management entity (MME). The MeNB may keep old general packet ratio service (GPRS) tunneling protocol (GTP) tunnels for the failed E-RABs, and trigger a secondary eNB (SeNB) release procedure or a SeNB modification procedure for releasing the failed E-RABs. Alternatively, the MeNB may trigger an E-RAB release procedure for releasing the failed E-RABs.

The invention aims to provide an aquaculture process for South American eel larvae. The aquaculture process includes cleaning aquaculture ponds, and controlling the water temperatures and the salinity of the eel fry ponds. The aquaculture ponds are soaked or cleaned by the aid of dry quicklime powder, bleaching powder, potassium permanganate, clear water and the like; the water temperatures and the salinity of the aquaculture ponds are controlled in such modes that temperature difference of the ground are regulated, water is blended, salt is added into the water at specified steps, the water is diluted at specified steps and the like. The aquaculture process has the advantages that cleaning optimization schemes implemented before the aquaculture ponds are utilized are optimized by means of exploration, and methods for removing cement alkali are improved; aquaculture pond sterilization modes are optimized; the growth speeds of the eel larvae are increased, eel deformity can be prevented, and the death rates in larva aquaculture periods can be decreased; eel larva releasing modes and salinity regulation modes are modified, and accordingly death of the eel larvae due to temperature or salinity problems in releasing procedures further can be reduced.

The invention discloses a group calling release method and a device thereof for achieving group calling release under novel time division-long term evolution (TD-LTE) broadband multi-media cluster architecture, reducing signaling interaction in the process of group calling release procedure, further reducing group calling release time delay and improving group calling release efficiency. The group calling release method comprises the following steps: a session management entity topic meta-search engine (TMSE) where cluster mobility called user equipment (UE) belongs to receives group calling release requests of the called UE, and the TMSE where the called UE belongs to sends information of the group calling release requests to a dispatch server, wherein identification of the called UE is carried.

An information processing apparatus capable of freely and dynamically defining a releasing procedure of a using limitation of an apparatus and an deleting procedure for information held in an apparatus by a manager. An acquisition unit acquires information about an expiration date of the apparatus. A first determination unit determines whether the expiration date expires based on the acquired information. A limitation unit limits use of the apparatus when the expiration date expires. A registration unit registers a specific processing procedure executed by the apparatus as work flow information. A second determination unit determines whether the work flow information has been registered. A third determination unit determines whether a user instructs an execution of the processing procedure when the work flow information has been registered. An execution unit executes the processing procedure under the use limited condition, when the user instructs the execution of the processing procedure.