975results about How to "Achieve expansion" patented technology

The invention provides a method and a device for providing micro-service based on a data service platform, and a storage medium. The method comprises the following steps: arranging an API service gateway on a data service platform; the micro-service accessing a database through the API service gateway; when the access of the data service platform is in a bottleneck state, splitting the micro-service into a plurality of sub-micro-services; and generating a service orchestration file according to the dependency relationship among the plurality of sub-micro-services and the states of the sub-micro-services, monitoring the operation states of the plurality of sub-micro-services to determine an abnormal condition of the data service platform, and carrying out fusing, current limiting or degradation processing on the corresponding sub-micro-services based on the abnormal condition. The micro-service architecture is adopted, so that the service is convenient to update and reuse. Decentralizeddata management is adopted, unified authority verification is used, requests are filtered, and the modifiability and operability of the system are improved.

The invention relates to a method, devices and a system for transmitting and processing an optical-fiber network. The method comprises the following steps: receiving a type identifying message sent bydown equipment; analyzing and obtaining type identifying codes from the identifying message; identifying a data transmission type supported by the down equipment; and carrying out data transmission according to the data transmission type. One device of the invention comprises an analyzing and obtaining module for executing the method, a type identifying module and an interactive processing module, while the other device comprises a type reporting module used for setting and sending the type identifying codes in the identifying message so as to indicate to carry out the data transmission aftertype identification. The system comprises an optical link terminal and at least two optical-fiber network units which are connected with the optical link terminal through optical fibers, wherein theoptical link terminal can be the first device, and the optical-fiber network units can be the second device. The invention can realize the upgrading or the expansion of the network and protect the investment of the prior network equipment, reduces the reconstruction cost and is easy for popularization and application.

The invention discloses a resource configuration method and equipment. The method comprises the following steps that: load information of a resource pool is obtained, and in addition, whether the resource pool is overloaded or not is judged according to the load information of the resource pool; and if the resource pool is overloaded, a virtual network element is created, and in addition, the created virtual network element is added into the resource pool. When the method and the equipment provided by the invention are adopted, the resource configuration flexibility can be improved.

The invention discloses a calling center and a calling access method based on a plurality of platforms. The calling center comprises soft exchange equipment, more than two calling platforms and a control unit, wherein the soft exchange equipment is used for accessing a calling to the corresponding calling platform according to a calling attribute, the calling platforms are used for accessing the calling; and the control unit is used for selecting other calling platforms for the calling when the access of the calling to the selected calling platform fails. The calling access method comprises the following steps: accessing the calling to the corresponding calling platform according to the calling attribute after receiving the calling, and transferring the calling into an automatic answering status; queuing the calling and selecting a seat after receiving the selection of manual service; and transferring the calling to other platforms automatically and selecting a seat when no free seat can be selected in the platform. The invention conveniently realizes the integration of a plurality of calling platforms and the capacity expansion of the calling center, can make full use of seat resources and reduces the cost.

The invention relates to a method and device of using a browser for getting access to a Linux container cluster under multi-user environment. The method includes the steps that a Master node and multiple Worker nodes are deployed on the Linux container cluster, wherein the Master node conducts centralized control and is used for processing and analyzing a URL request sent by a user through clicking a page button and then issuing the URL request to the Worker nodes, and the Worker nodes are carriers of a Linux container and are used for processing the operation request on the Linux container sent by the Master. By means of the method and the device, the user can get access to the Linux container cluster through the browser, and safety and reliability under the multi-user environment are ensured; the user can click the corresponding button on a web page to achieve creation, or expansion or constriction of the Linux container cluster at the server side and can develop and deploy distributed application conveniently and fast.

The invention provides a hybrid parallel computing method and a device for CPUs/GPUs. The method comprises following steps of utilizing more than one computing nodes to establish a computing cluster and determining a scheduling policy based on the fact that each computing node comprises a CPU and a GPU; acquiring more than one waiting task; caching more than one acquired waiting task to a task queue; scheduling more than one waiting task to more than one computing node in the task queue; pre-processing scheduled waiting tasks one by one by the CPUs in computing nodes scheduled with waiting tasks and mapping pre-processed tasks to video memory of the GPUs every time when one task is pre-processed; computing tasks mapped to video memory by the GPUs and returning computed results. According to the scheme, computing efficiency of the computing nodes is increased.

The invention relates to a condensation heat recovery central heating system of a power plant indirect air cooling machine set. The invention is used for recovering surplus heat of exhaust steam of a power plant steam turbine. The system comprises a steam outlet turbine (1), a turbine steam exhaust header pipe (2), a water-cooled condenser (3), a closed cooling circulation water system (4), an indirect air condensation steam system (5), a heat utilization place (6) and a hot water supply pipeline system (7), wherein the exhaust steam of the steam outlet turbine (1) is connected with the water-cooled condenser (3) through the turbine steam exhaust header pipe (2). The system is characterized in that the heating system also comprises an absorption type heat pump machine set (8-2) and a surplus heat water circulation pipeline system (9); the closed cooled circulation water of the water-cooled condenser (3) is divided into two paths, one path is connected with an evaporator of the absorption type heat pump machine set (8-2) through the surplus heat water circulation pipeline system (9), and the other path is connected with the indirect air condensation steam system (5); and a hot water supply outlet of the absorption type heat pump machine set (8-2) is connected with the heat utilization place (6) through the hot water supply pipeline system (7). The heating system can efficiently recover and utilize the low-grade condensation heat of exhaust steam of an indirect air cooling power plant.

A wire rope driven deployment sleeve includes an end sleeve, a middle sleeve, a pulley, a root sleeve, a traction wire rope, a motor, a roller, a recovery wire rope, a guide assembly and a locking assembly. The end sleeve, the middle sleeve, and the root sleeve are set together, and two sets of pulleys are installed on the end sleeve, the middle sleeve, and the root sleeve. The traction wire rope and the recovery wire rope are wound on the drum in opposite directions. The other end of the traction wire rope is fixed on the end sleeve through the pulley on the root sleeve, the middle sleeve and the end sleeve in turn, and the other end of the recovery wire rope is directly fixed on the end sleeve, and the root sleeve and the middle sleeve are fixed on the end sleeve. Two sets of guide assemblies are installed on the top of the sleeve, and the motor is used to drive the rotation of the drum. The invention changes the moving direction of the steel wire rope and the recovery steel wire rope by changing the rotation direction of the motor, and realizes the unfolding and folding of the product. The invention has been applied to the repeatable unfolding and retracting mechanism of the flexible solar wing.

The invention relates to a quasi-distributed optical fiber sensing system and provides a quasi-distributed optical fiber sensing system based on spectrum limitation chaos optical signals for the first time. The quasi-distributed optical fiber sensing system is large in capacity, high in precision and automatic in fault detection. According to the system, the sensing system is expanded to the maximum degree through wavelength division multiplexing and time division multiplexing; meanwhile, conversion into power change is achieved through grating wavelength shift, and the detection precision is improved; in addition, based on the feature of the chaos optical signals, the sensing system has the accurate locating function, and the reliability of the system is greatly improved due to application to automatic breakpoint fault detection.

The invention relates to a foldable tetrahedral structure with a single degree of freedom and a large folding-unfolding ratio, and discloses a foldable tetrahedral structure. The foldable tetrahedral structure comprises four folding units, six bar units and a symmetry axis, wherein the connection positions on the four folding units are connected with the connection positions on the six bar units through rotating pairs or spherical pairs, and a closed polyhedral structure is formed; and besides, the units and the kinematic pairs meet a series of symmetrical relationships and constraint conditions with respect to the symmetry axis, and therefore an octahedral structure capable of being folded into the tetrahedral structure is established. The foldable tetrahedral structure can achieve a folded state and an unfolded state stably, when being folded, the structure is small in size and convenient to launch or transport, and when being unfolded, a large working space is achieved. The whole foldable tetrahedral structure only has one degree of freedom and has the advantages that production and processing are easy, movement control is convenient, and reliability is high. The foldable tetrahedral structure has great significance and broad application prospects in numerous fields such as aerospace and civil engineering.

The invention provides a polypropylene foaming bead formed body and a preparation method thereof. The preparation method comprises the following steps: mixing polypropylene foaming beads having different foaming rates and prepared by using wide-molecular-weight-distribution high-melt-strength polypropylene as a raw material in proportion, and carrying out thermal molding of the above obtained mixed foaming beads to obtain the foamed body with good surface flatness and tight adhesion. The formed body can be widely applied to the heat insulation tableware field, the automobile interior decorative part field, the finishing material interlayer field, the product damping packaging field and the like. Additionally, the molded body can be recycled, causes no secondary pollution, and accords with circular economy requirements.

The invention discloses a folding mechanism for changing wingspan of wings. The folding mechanism is a rigid foldable structure which is used for changing the single degree of freedom and the large folding-expanding ratio of the wingspan of the wings based on a Sarrus mechanism. The single degree of freedom guarantees that the entire wings only need a driving motor, complexity caused by coordination and cooperation of a plurality of motors is avoided, besides, the self weight of the folded wings is greatly reduced, and the effective load of an aircraft is increased; the large folding-expanding ratio guarantees that the respects including the speed, the mobility, the loading capacity, the range and the like of the aircraft can be adjusted according to task requirements. Through the adoption of the mechanism, the wingspan of the wings is changed, the diversified functions of the aircraft can be realized, the performance indexes of the aircraft can be regulated, and enormous convenience is brought for the storage and the transportation of the aircraft; the entire mechanism only has one degree of freedom, so that the motion control is simple; the folding mechanism has the advantages of being simple to produce and process, convenient in motion control, high in reliability, high in precision and the like, and has important significance and broad application prospects in the field of variable geometry aircrafts.

The embodiment of the present invention provides a session access method and a server. The method includes the steps of: obtaining a session request sent by a terminal; parsing the session request, determining whether the token information included in the session request is within a valid time or not; if yes, it is determined whether the session identification number and the token information in the session request are matched or not, and when the session identification number and the token information are matched, obtaining the identity information corresponding to the token information; whenthe session identification number and the token information in the session request are not matched, obtaining the identity information from the session server; and if the token information included in the session request is within a valid time, obtaining identity information from the session server. The valid time is set for the token information to allow the token information to need to obtain the identity information to the session server only outside the valid time so as to reduce the request frequency of the terminal to the session server, achieve capacity expansion, ensure the user use experience and reduce the possibility of blocking of the server.

The invention relates to a temporary stent, which has a multitude of adjacent ring elements and which can be explanted after having been implanted in a body lumen. All ring segments (3a, b, c, ) start from a spine (2) extending over the length of the stent (1) and have at least two weakened areas (4, 5, 6), which enable the ring segments (3a, b, c, ) to be folded when explanting the stent, and the spine (2) has a recovery element (8) at its proximal end (7), and the stent has two weakened areas (4,5) at two sides adjacent to the spine (2) and has a third weakened area (6) arranged 180 degrees offset to the spine (2). The invention also relates to a corona-stent with above characters.

The invention provides a sand control sieve tube and relates to a filter screen or a liner tube for extracting oil, gas, water, soluble substances or meltable substances or mineral mud from a well. The sand control sieve tube consists of a multilayer tubular structure; and the multilayer tubular structure contains a protective shell layer, a sand control screen layer, a gravel packing layer and a slotted sieve tube layer from outside to inside in sequence. The sand control sieve tube has the benefits that a micro-fine composite cavity slotted sieve tube is taken as a non-expandable inner supporting tube, the expansion of the sieve tube is realized by using a method of filling and extruding gravel carried in high-pressure liquid, the zero annulus of a whole expansion section is realized, the adaptability is strong, and the sand control effect is good.

The invention relates to an inclined rotating wing aircraft with telescopic wing membranes. The inclined rotating wing aircraft comprises an aircraft body, a center shaft, a main transmission mechanism, first to third power units, an outer side rod, a support rod, a main wing membrane, a flight controller, and first to third undercarriages. The inclined rotating wing aircraft disclosed by the invention is improved on the basis of the structure of the traditional four-wing aircraft, and an inclined rotating structure of an inclined rotating four-rotary wing aircraft and a wing membrane structure of a flapping wing aircraft are added. According to the inclined rotating wing aircraft, the structural state of the inclined rotating wing aircraft includes a ground sliding state, a four-rotary wing flying state and a high-altitude cruising state; when the inclined rotating wing aircraft is in a ground movement state, the undercarriages contact with the ground, the main wing membrane is open, and the forward movement, backward movement, left rotation movement, right rotation movement, climbing movement and downgrade movement of the aircraft are realized by regulating the speed of four rotary wings; the movement state of the aircraft on the ground is realized under the action of the undercarriages, and the movement state is impossible to realize by the inclined rotating four-rotary wing aircraft and the flapping wing aircraft; and the climbing movement and the downgrade movement can be realized without changing the state of the aircraft, so that the energy consumption is reduced, and the complexity of a control program is prevented.

The invention provides an automobile leather delivering and drying AIO machine, and belongs to the technical field of machinery. At present, automobile leather should be delivered to the baking oven of a conventional leather drying machine by people, the production cannot be carried out continuously, the production efficiency is low, and the provided AIO machine solves the problems mentioned above. The AIO machine comprises a delivering device and a drying device; the delivering device comprises a work bench and a plurality of positioning frames, an annular guide rail is arranged on the work bench, multiple clamping mechanisms for clamping the positioning frames are arranged under the annular guide rail, a power mechanism, which can drive the clamping mechanisms to move back and forth, is arranged in the annular guide rail, each positioning frame is provided with a positioning structure, which can be used to extend the automobile leather and position the automobile leather on the positioning frame; the drying device comprises a baking oven fixed on the work bench, the upper part of the baking oven is provided with a plurality of openings, from which the positioning frames can enter the baking oven, and the upper part of the baking oven is also provided with an closing structure, which can close the openings. The AIO machine has the advantages of high production efficiency, and low labor strength.

The invention relates to a combined heat and power system for directly recovering exhaust afterheat of a power station steam turbine by an absorption heat pump, which is used for recovering the exhaust afterheat of the power station steam turbine. The combined heat and power system comprises a power plant boiler (1), the steam turbine (2), an electric generator (3), a steam turbine exhaust pipe (4), a condenser (5), a cooling tower or an air cooling system (6), a water circulating pump (7), an exhaust condensate pump (8), a steam extraction and water condensation boiler pipe (9), the absorption heat pump (10), a hot water return pipe (11), a hot water outlet pipe (12) and a steam turbine extraction pipe (13), wherein the absorption heat pump (10) comprises a generator (14), a condenser (15), an absorber (16) and an evaporator (17). The combined heat and power system is characterized in that: low-pressure steam pipes discharged by the steam turbine (2) are divided into two paths, wherein one path is connected with the condenser (5) through the steam turbine exhaust pipe (4), while the other path is connected with the evaporator (17) of the absorption heat pump (10) through a steam turbine exhaust evaporator tube (19). The combined heat and power system can more effectively recycle low-grade exhaust condensation heat of a power plant, and reduces the temperature loss, improves the supply water temperature of hot water, and reduces the system investment and operating cost on the premise of not changing the exhaust back pressure.