43results about How to "Simple storage structure" patented technology

The invention discloses a multistage data storage method and apparatus, a multistage data structure and an information retrieval method. The multistage data storage method comprises: storing correlative multistage data by adopting a single data classification structure. The method comprises: generating data labels of the multistage data, recording correlative relationship information corresponding to the data labels, and recording semantic content of underlying data labels, wherein the correlative relationship information is used for storing relationships between data at a current stage and data at previous and next stages; determining whether the semantic content of the data labels is recorded; and if yes, recording the semantic content of the corresponding data labels. The multistage data structure formed with the storage method is structure, and the data labels are endowed with practical semantic meanings, so that the precision and efficiency of information retrieval can be improved.

The invention discloses a virtual identity knowledge graph establishing method for aiming at network thread discovery, wherein the method belongs to the field of network virtual identity tracking. The method aims to settle a technical problem of reducing time in searching virtual identity information for improving network tracking and tracing efficiency. The method comprises the steps of (1), searching the virtual identity information of a user through a plurality of ways which comprise searching user registration information of different Internet websites, directionally crawling user individual information which is disclosed in a preset website, and crawling the virtual identity information of the user based on a searching engine; (2), combining a plurality of sets of user registration information in a user registration information table for generating a data sheet I, (3), combining the data sheet I with a user individual information sheet for generating a data sheet II; and (4), combining a virtual identity information sheet with the data sheet II for generating the virtual identity knowledge graph. The identity information is searched through the virtual identity knowledge graph, thereby reducing time in searching the virtual identity information and improving efficiency in network tracking and tracing.

In an inverted pendulum type vehicle including a frame (2) incorporated with a propulsion unit (3) and a seat unit (4) provided on the frame, the seat unit (4) is moveable between a deployed position for supporting a rider and a retracted position different from the deployed position. Thereby, an object support unit for supporting an object such as a rider and a cargo can be positioned differently depending on the need so that the convenience and freedom in the use of the vehicle can be enhanced by preventing the object support unit from encumbering the user when not in use.

A fixing mechanism for storage device includes a frame, and a detent component. One sidewall of the frame has a latch member. The detent component is movably disposed on the sidewall of the frame, and has a pressing component and an operating component. The operating component is disposed with at least one stop block. When the operating component is moved relative to the frame to a press position, the pressing component pushes the latch member to engage with the storage device, the stop block is embedded in the frame, and the detent component is held in the press position. Accordingly, the storage device may be fixed to the frame rapidly without using any screw, the operating procedure is dramatically simplified, and the space occupied by the fixing mechanism and the manufacturing cost are reduced.

The invention provides a medicine delivery device, and relates to the technical field of medicine delivery equipment. The medicine delivery device comprises a machine frame and a medicine delivery mechanism. The machine frame is provided with a medicine storage bin for stacking boxed medicines, the medicine storage bin comprises a medicine storage back plate and a medicine storage bottom plate, the medicine storage back plate extends obliquely from the rear upper part to the front lower part of the machine frame, the medicine storage bottom plate is arranged at the bottom of the medicine storage back plate, the medicine storage bottom plate extends obliquely from the rear lower part to the front upper part, and the medicine storage back plate and the medicine storage bottom plate are perpendicular to each other. The medicine delivery mechanism is arranged below the medicine storage bottom plate and is used for shifting out the boxed medicines close to the medicine storage bottom platein the medicine storage bin. The problems of complex structure, high cost, less medicine storage and the like of the medicine delivery equipment in the prior art are solved.

The invention discloses an automatic folding clothes storing and taking method of an intelligent wardrobe. The intelligent wardrobe comprises a wardrobe body, a wardrobe door, a clamping device, a clothes folding device, a conveying device, a rotary clothes hanger, a clothes storage rack and an intelligent control system. A PLC programmable control system is adopted in the intelligent wardrobe, and automatic storage and taking of clothes are achieved according to specified instructions. When the clothes are stored, the clothes are stacked tidily through the clothes folding device and then placed on the clothes storage rack through the conveying device. When the clothes are taken, the rotary clothes hanger automatically rotates the selected clothes to the cabinet door, and the conveying device conveys the selected clothes in the clothes storage rack to a to-be-taken area. The intelligent wardrobe has the functions of automatic folding, storing, taking and matching of the clothes, and user-friendly and intelligent use of the wardrobe is achieved.

The embodiment of the invention provides a train linkage control method and device. The method comprises the steps of determining each linkage trigger node matched with application scenes and a linkage trigger model according to the application scenes to be subjected to train linkage; inputting logic values, stored in an ATS cache, of each linkage trigger node into the linkage trigger model; and judging whether to perform linkage control or not according to a logic calculation result. Therefore, according to the embodiment of the invention, the linkage trigger nodes are matched according to the application scenes, so that the goal that the corresponding linkage trigger models can be flexibly matched in different application scenes is achieved; in addition, each linkage trigger node is respectively stored in a logic value form; a unified data storage structure is simplified; in addition, the stored logic values of the linkage trigger nodes can be applied to different application scenes;and whether the linkage trigger condition is met or not is quickly and accurately judged through logic operation, so that linkage control is performed.

The invention provides a vehicle driving reference line construction method, electronic equipment and a storage medium, and the method comprises the steps: collecting a driving track of a specific vehicle in a specific scene, carrying out the preprocessing of the driving track, and obtaining the parameters of the specific vehicle; determining pull-in and pull-out positions of the driving track, and selecting a drive-in lane and a drive-out lane of a vehicle reference driving line according to the specific scene; and constructing a smooth reference driving line based on the parameters of the specific vehicle, the pull-in and pull-out positions, the drive-in lane and the drive-out lane. According to the method, the problem that an existing driving reference line construction method is difficult to adapt to various traffic scenes is solved, the driving reference lines under the corresponding scenes can be quickly generated, the reliability and stability of automatic driving tracking are enhanced on the basis of a high-precision map lane topological network, and the driving safety is guaranteed.

The invention relates to the technical field of geological structure research. The two-dimensional stratum grid digital editing method of the stratum structure comprises steps of an initial contour drawn by a user serving as the overall boundary of a two-dimensional stratum grid; taking a part of auxiliary formation line drawn by a user in a minimum closed area and with two end points located on the boundary of the minimum closed area as a newly added part of a new auxiliary formation line; recording the use frequency of each node; and numbering the auxiliary stratum lines according to a certain sequence. The invention discloses a two-dimensional stratum grid digital editing device of a stratum structure. The two-dimensional stratum grid digital editing device comprises an overall boundarydrawing module, a newly-added auxiliary stratum line drawing module, a node recording module and an auxiliary stratum line recording module. Due to the fact that the stratigraphic structure can causesequential arrangement of the auxiliary stratigraphic lines to form a sequential relationship, retrieval and editing of the two-dimensional stratigraphic grids are very convenient, and the storage structure is simple.

A serial processing method and a parallel processing method of bit rate matching and apparatuses thereof are disclosed in the present invention. The serial processing method includes: receiving a system bit data stream, a check 1 data stream and a check 2 data stream, performing interleaving processing on the system bit data in the received system bit data stream, and caching in a first buffer cache of a storage; simultaneously performing interleaving processing on the corresponding data in the received check 1 data stream and the received check 2 data stream, and caching the data on which the performing interleaving processing is performed in a second buffer of the storage; and reading valid data from the storage and implementing the rate matching.

The invention discloses an intra-cluster storage concurrent access local-preference switching circuit in array processors, is mainly applicable to data concurrent access functions of intra-cluster distributed storage structures in the array processors, belongs to the technical field of integrated circuit design, and aims at reducing storage access delay, improving access bandwidth and improving a resource utilization rate through a multilevel switching structure and a local-preference access strategy. According to the design, a three-level switching structure of local switching+global switching+local switching is employed; the concurrent access of 4*4 array processors to 16 distributed storage blocks is realized, the concurrency of local data access is improved, the global access delay is reduced, and the storage structures are simplified.

The application provides a method for constructing a data source address distribution tree. The method comprises the following steps: receiving a request of inquiring kinship node information of a requester in a specified data source address distribution tree sent by the requester, wherein the requester is determined by an identifier of the requester, and the specified data source address distribution tree is determined by a data source address distribution tree identifier; adding the requester into the data source address distribution tree as a new node; and transmitting information of a parent node and a child node of a node corresponding to the requester to the requester. Through adoption of the method, the effects of saving data source address storage space, simplifying a data source address storage structure and dynamically adapting to the changes of the nodes in a network are achieved; the running and maintenance cost is lowered; and the adaptability to node changes becomes more flexible.

The invention discloses a mobile phone data line storage structure, which belongs to the technical field of data lines. The mobile phone data line storage structure comprises a storage box, a ratchetand pawl mechanism and a data line body, wherein the ratchet and pawl mechanism is arranged in the storage box; the ratchet and pawl mechanism is in winding fit with the data line body; a deflector rod for separating or meshing a transmission structure of the ratchet and pawl mechanism is arranged outside the storage box; the USB interface of the data line body is fixed on one side of the storagebox; and the mobile phone interface of the data line body penetrates out of the other side of the storage box. The mobile phone data line storage structure has the beneficial effects that the mobile phone data line storage structure is simple in overall structure and low in cost, unfolding positioning and winding storage of the mobile phone data line are achieved, operation is convenient and labor-saving, the occupied space is small when the mobile phone data line storage structure is used, the mobile phone data line can be comprehensively protected when the mobile phone data line storage structure is not used, carrying is convenient, and the service life of the mobile phone data line is prolonged.

The invention discloses an information data storing method and device. The method comprises the following steps: judging whether or not the data size of information data to be stored is smaller than a preset threshold; and when the data size of the information data is determined to be smaller than the preset threshold, storing the information data through a distributed structure. Through adoption of the scheme, the storage of the information data can be simplified, and the cost is saved.

This application relates to a holographic projection device based on a cloud BIM platform. The device includes a projection device body, and the projection device body includes a base and a background plate: wherein: the base has a groove; a holographic projector is arranged in the groove; a first side of the base is provided with A first installation groove, a rotating shaft is arranged in the first installation groove; a holographic veil is wound on the rotating shaft, and a slide bar is connected to the end of the holographic veil far away from the rotating shaft; the base and its first side The second side opposite to the side is connected to the first side of the background board through a hinge; the background board is provided with a second installation groove at the second side opposite to the first side; when the holographic screen When unfolded, the sliding bar can be placed in the second installation groove. In this way, the structure of the device is very simple, not only can be quickly and conveniently stored, save space, but also can be quickly unfolded.

The invention discloses an intrauterine hemostat for obstetrics and gynecology department. The intrauterine hemostat comprises a disposable hemostasis rod and an air inlet device detachably connected with the disposable hemostasis rod. The disposable hemostasis rod and the air inlet device are combined for use, the disposable hemostasis rod is disposable equipment, when the disposable hemostasis rod is not used, a negative magnet located in an elastic air bag and a positive magnet arranged in a shell attract each other, then the elastic air bag is stored in a groove of the shell, and the storage structure is simple and causes no danger during use; meanwhile, in order to guarantee the health of a patient, a disposable instrument is necessary, the intrauterine hemostat uses the elastic air bag to stop bleeding in the vagina, and the air inlet device can be detached from the disposable hemostasis rod in the hemostasis process due to the fact that hemostasis needs a period of time; and meanwhile, dirt in the vagina can be adsorbed by blood suction cotton of the intrauterine hemostat, and the disposable hemostasis rod is taken out together, so that the safety performance is improved.

The invention provides an unstructured data processing method and an unstructured data processing system. The unstructured data processing method comprises the following steps: acquiring unstructureddata; performing serialization processing on the unstructured data to obtain serialized data; connecting the serialized data with the index information of the unstructured data to obtain target data;and storing the plurality of target data into a target structured data file, wherein the target structured data file is used for a distributed file system. According to the method and the device, theplurality of unstructured data are subjected to serialization processing and are combined and stored into one structured data file for the distributed file system, and compared with the mode of storing a plurality of small unstructured data in the distributed file system, the required storage space can be effectively saved.

Provided is a surgical system that can realize simplification of a structure of a storage case, miniaturization, and cost reduction.The surgical system includes an overtube, a sheathing tube, a syringe, a tube, an inner needle, and a storage case that has individual storage parts for individually storing the overtube, the sheathing tube, the syringe, the tube, and the inner needle, respectively. The storage case fixes a first instrument, which is any one of the overtube, the sheathing tube, the syringe, the tube, or the inner needle, to the individual storage part corresponding to the first instrument by using at least one of second instruments which are other instruments stored in the individual storage parts.

The novel environment-friendly torch comprises a torch body, a combustion part and a supporting part are arranged on the torch body, the combustion part is located above the supporting part, an air outlet is formed in the bottom of the combustion part, an air inlet, an air extracting pump and an air collecting chamber are arranged on the supporting part, and the air inlet, the air outlet and the air collecting chamber are communicated with an air collecting opening. The gas collecting chamber is electrically connected with the gas collecting opening and the sucking pump, natural hydrate fuel is placed at the bottom of the gas collecting chamber, the space between the bottom of the gas collecting chamber and the supporting part is filled with the thermal insulation layer, the fuel is decomposed into methane in the gas collecting chamber, and the combustion effect can be improved by mixing the methane and air through the sucking pump. Compared with fuel such as propane, the natural gas hydrate is small in size and long in combustion time, compared with hydrogen fuel, the natural gas hydrate only needs a low-pressure condition and is better in safety, more importantly, the fuel is rich in reserves, only a small amount of carbon dioxide and water are generated after combustion, and the natural gas hydrate fuel is environmentally friendly, low in manufacturing and obtaining cost, simple in storage mode and suitable for popularization and application. And the economic benefits of producers are greatly improved.

A method of operating a surgical system including an endoscope, a treatment tool, an overtube, and a sheathing tube. The method includes the following steps: removing the treatment tool from the sheathing tube inserted into a body cavity through a body wall in a state where the sheathing tube is covering an outer circumference of the overtube into which an insertion part of the endoscope and an insertion part of the treatment tool are inserted, while keeping a state where the sheathing tube is covering the outer circumference of the overtube; removing the endoscope from the overtube while keeping a state where the sheathing tube is covering the outer circumference of the overtube; and removing the sheathing tube from the body wall while keeping a state where the sheathing tube is covering the outer circumference of the overtube.

The invention discloses an intra-cluster storage concurrent access local-preference switching circuit in array processors, is mainly applicable to data concurrent access functions of intra-cluster distributed storage structures in the array processors, belongs to the technical field of integrated circuit design, and aims at reducing storage access delay, improving access bandwidth and improving a resource utilization rate through a multilevel switching structure and a local-preference access strategy. According to the design, a three-level switching structure of local switching+global switching+local switching is employed; the concurrent access of 4*4 array processors to 16 distributed storage blocks is realized, the concurrency of local data access is improved, the global access delay is reduced, and the storage structures are simplified.

The application provides a method for constructing a data source address distribution tree. The method comprises the following steps: receiving a request of inquiring kinship node information of a requester in a specified data source address distribution tree sent by the requester, wherein the requester is determined by an identifier of the requester, and the specified data source address distribution tree is determined by a data source address distribution tree identifier; adding the requester into the data source address distribution tree as a new node; and transmitting information of a parent node and a child node of a node corresponding to the requester to the requester. Through adoption of the method, the effects of saving data source address storage space, simplifying a data source address storage structure and dynamically adapting to the changes of the nodes in a network are achieved; the running and maintenance cost is lowered; and the adaptability to node changes becomes more flexible.

The invention relates to a timed task processing method, device and system, electronic equipment and a computer readable storage medium, relates to the technical field of computers, and can be applied to a scene in which timed tasks are uniformly managed. The timed task processing method comprises the following steps: acquiring a task hash table comprising a plurality of timed tasks, wherein the timed task is stored in the task node of the task hash table according to the delay parameter and the time precision; determining a node address of a task node currently pointed by the target pointer, and obtaining a target task in the task node corresponding to the node address; analyzing the target task and obtaining an analysis result, and judging whether the target task is in a to-be-executed state or not according to the analysis result; and if the target task is in the to-be-executed state, pushing the target task to a task execution queue to generate a to-be-executed task, and executing the to-be-executed task. The task timed management method provided by the invention has the advantages of high performance, high flexibility, low complexity and persistence.

The invention discloses a method for constructing a virtual identity knowledge map oriented to network threat discovery, which belongs to the field of network virtual identity tracking. The technical problem to be solved is how to reduce the time for collecting virtual identity information so as to improve the efficiency of network tracking and traceability; The steps are: (1) Collecting the virtual identity information of users through various means, including: collecting user registration information on different Internet websites; directional crawling of user personal data disclosed in designated websites; crawling of users’ virtual identity information based on search engines. Identity information; (2), combine multiple sets of user registration information in the user registration information table to generate data table I, (3), combine data table I and user personal data table to generate data table II; (4), combine virtual The identity information table and data table II are combined to generate a virtual identity knowledge graph. Find identity information through virtual identity knowledge graph, reduce the time of collecting virtual identity information, and improve the efficiency of network traceability.

The invention discloses a public bus full-automatic stop reporting method. The method comprises the steps that uplink and downlink double directions are converted into single direction circulation. All stops are sequentially numbered and arrayed according to a normal traveling order to form a positive sequence annular list which is then stored; a real-time positioning device is used for collecting the information of the current position of a vehicle; the linear distance between the current position and all the stops is acquired periodically; the stops with the distances being smaller than a preset distance are recorded as possibly-reached stops, and the linear distance between the current position and the next stop is calculated and recorded; according to the corresponding linear distance between the possibly-reached stops recorded in a front period and a rear period to the next stop, the possibly-reached stops with the distance of the later time to the next stop being reduced than the distance of the previous time to the next stop reduced are selected, and stop reporting is conducted; the corresponding linear distance between the possibly-reached stop in the last record and the next stop is used for replacing the previous value to make preparation for the next judgment. The public bus full-automatic stop reporting method is simple in storage structure and logic operation, free of accumulative errors, and capable of solving the problem of stop crossing or avoiding the condition of turning around.

The invention relates to a subsea monitoring video big data storage method using segmentation and compression. The method comprises the following steps: step 1, enabling a video data center to acquiresubsea monitoring video data; 2, enabling the video data center to perform video segmentation based on the macro block type on the seabed monitoring video data to obtain a key video and a blank video; 3, performing feature extraction on the key video; 4, performing redundancy compression on the blank video; and 5, organizing the video segments and the characteristic attributes into a big data table, and storing the big data table into a database. Compared with the prior art, the method has the advantages of realizing quick video segmentation, reducing video data volume, simplifying a video storage structure, providing better load balance, realizing quick retrieval and the like.