41results about How to "Simple storage structure" patented technology

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.

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 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 an earphone storage structure and an intelligent device. The earphone storage structure includes a housing in which two earphone slots for storing earphones are arranged; two cover plates are buckled and rotatably connected to the housing. , and are respectively located at the openings of the two earphone slots; two slide plates are arranged on the housing and are located between the two cover plates; the two slide plates are respectively used to release the buckle connection between the two cover plates and the rotation of the cover. The earphone storage structure of the present invention is simple, and the earphone can be carried and taken conveniently and quickly, and the loss and damage of the earphone can be avoided. The earphone can be stored in the earphone slot of the housing, and a cover plate is provided at the opening of the earphone slot, and the cover plate can prevent the earphone from slipping out of the earphone slot, thereby preventing the loss of the earphone. When the earphone needs to be taken out, the sliding slide plate can release the buckle connection of the cover plate, and then turn the cover plate to open it, and the earphone can be taken out from the earphone slot, and the operation is convenient and fast.

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 provides an anti-knotting earphone convenient to arrange. The anti-knotting earphone is provided with a main line, an earphone plug and receivers; one end of the main line is fixedly connected with the earphone plug; furthermore, the receivers are fixed at the end parts of two sub-lines at the other end of the main line; a line storage device, the position of which is adjustable, isarranged on the main line in a sleeving manner; furthermore, the main line and the sub-line positioned at the other end of the main line are stored on the line storage device in a winding manner; andfurthermore, after fixation, storage of the main line of the earphone after arrangement is realized. According to the anti-knotting earphone provided by the invention, the line storage device, the position of which is adjustable, is arranged on the main line; furthermore, the main line and the sub-line positioned at the other end of the main line are stored on the line storage device in a windingmanner; after fixation, storage of the main line of the earphone after arrangement is realized; therefore, the phenomena that the main line is easily winded and knotted when the earphone is stored canbe effectively avoided; the earphone is convenient and rapid to arrange; after being wound and fixed, the earphone is convenient to carry and use for the next time; and thus, convenience is providedfor people.

The invention discloses a method for collecting and storing network cables in a combined mode. The method is characterized by adopting a take-up cylinder body, an upper network cable fixing cap and alower network cable fixing cap, wherein the take-up cylinder body comprises a plurality of sections of take-up cylinders; the two end heads of each take-up cylinder are equipped with jacks; every twoadjacent take-up cylinders are inserted into corresponding jacks through plugs for being connected; a plurality of network cable storage slots are axially and symmetrically formed in each take-up cylinder; threads are arranged on the outer ring wall of each take-up cylinder; one end of the take-up cylinder body is in threaded connection with and is sleeved by the upper network cable fixing cap; the other end of the take-up cylinder body is sleeved by the lower network cable fixing cap; and a cable passing hole is formed in the top end of each of the upper network cable fixing cap and the lowernetwork cable fixing cap. The whole collecting and storing structure is simple, conveniently collects and stores network cables, and is convenient and practical.