35results about How to "Easy and fast deployment" patented technology

A wayfinding system comprising: a first device comprising at least one sensor for sensing a spatial environment to generate a first map, said a first device positioned in a first position in said spatial environment; a second device for receiving signals from said first device to determine a relative position of said second device within said spatial environment; and wherein on said second device said relative position is used in conjunction with said first map to provide turn-by-turn navigation within said spatial environment.

A process for manufacturing pipes using thermoplastic pipe and “tape” (continuous fiber, fully wetted in a similar thermoplastic as the pipe) that embeds the fibers into pipe surface. In one embodiment, an ambient temperature (72 degrees F.) tape is tightly wrapped around the cold pipe in a dry environment (relative humidity below 30). An external heat source is used to heat up the entire length of the pipe causing the thermoplastic to melt and the pipe to expand due to thermal expansion. Since the fibers have less stretch than the thermal expansion of the pipe the fibers will be embedded into the molten layer of the pipe, creating a permanent bond between the fibers and the pipe. A protective film is applied to the pipe. Portions of the tape and film are scraped from the surface of the pipe creating an area where the end of the pipe is coupled to another pipe using an electronic fusion coupler.

In one embodiment, the subsea deployment system may be used to install flying leads with integral buoyancy. In another embodiment, the subsea deployment system may be used to install flying leads with separate buoyancy modules. The installation sling assembly may be used with the subsea deployment system or with other systems to deploy flying leads subsea. The universal removable cartridge may be interchanged for use on a horizontal drive unit and a mud mat.

The invention relates to a speed reducer for ground retrieving of a small wheel type take-off and landing unmanned aircraft. The speed reducer is used for shortening the distance of landing run of a small wheel type horizontal take-off and landing unmanned aircraft so as to realize short-distance retrieving of the unmanned aircraft. According to the speed reducer, the speed reducing and retrieving of the unmanned aircraft are realized by using the self weight of a rope to increase damping step by step. The speed reducer disclosed by the invention comprises a base, a bearing assembly, a main box body, a rope box, two pulley blocks, a photoelectric sensor, a data display screen and a rope, wherein the main box body is connected with the base through the bearing assembly, and the bearing assembly can ensure that the main box body can rotate by 360 degrees; the rope box is mounted on one side of the main box body, and is used for winding and placing the rope and setting the initial resistance value for dragging and dropping of the rope; the two pulley blocks are mounted at the upper part of the main box body, and are used for guiding the rope; the photoelectric sensor is mounted on one side of the pulley block at a rope outlet, and is used for measuring the rotating cycles of pulleys; the data display screen is mounted on the side wall of the main box body, and is used for displaying the length of the dragged part of the rope.

The invention discloses a method for evaluating the reliability of power communication network equipment based on a capsule network, comprising the steps of: evaluating the reliability of the equipment through a trained power communication network equipment reliability evaluation model; After the text information is processed by the word embedding method, the input word vector is obtained, and the feature extraction is performed on the input word vector with convolution filters of different sizes. The extracted features are combined in series, and further Use the convolution filter to perform convolution filtering to form a capsule feature vector; bind an activation value to each capsule feature vector; after compressing the number of capsules, obtain a new capsule feature vector through the capsule routing method based on kernel density estimation And the new activation value; the new activation value is used for regression prediction; the new capsule feature vector is input into the decoder to reconstruct the input feature. The invention can conveniently and accurately evaluate the reliability of the power communication network equipment.

The invention discloses a flexing reclining chair which is a working reclining chair suitable for being used when repairing vehicles, comprising a group of front and rear brackets and a group of front and rear reclining mats. The front and the rear reclining mats are matched on the front and the rear brackets and the two sides of the front and the rear brackets are respectively provided with big and small bushings which can extend and sleeve with each other and stop automatically. The front end of the front bracket combines with one end of the front reclining mat by utilizing a movable seat and the other end of the front reclining mat is freely cross-arranged on the rear end of the front bracket. When in use, the reclining chair can be easily unfolded and when in collection, the front reclining mat can be quickly ascended and then removed onto an upper layer of the rear reclining mat, thus forming the shrunk combination of the upper layer and a lower layer. The flexing reclining chairprovided by the invention has the advantages of integrated convenient use and effectively saving space when in collection.

The invention discloses a method of improving multipoint time-difference positioning accuracy. Equipment applying the method comprises a center receiving station, at least three auxiliary receiving stations, a radar or an interrogator. The radar or the interrogator can emit electromagnetic waves and objects can reflect the electromagnetic waves or emit response electromagnetic waves after the electromagnetic waves emitted by the radar or the interrogator irradiate on the objects. Each receiving station can not only receive object echoes but also can receive synchronous signals emitted by the radar or the interrogator. Then echoes can be pretreated and pretreated data can be transmitted to the center receiving station. The center receiving station can measure delay time between the arrival time of the echoes and the synchronous signals of the radar or the interrogator. Object positions can be confirmed through cross bearing algorithm of an oval and a hyperbola. A positioning algorithm of the method of improving the multipoint time-difference positioning accuracy can improve the object positioning accuracy by more than one order of magnitude when arrival time-difference measuring accuracy is the same to a station deploying mode.

A method of deploying cloud services quickly is to make a near-end apparatus be connected to a cloud virtual machine of a cloud server, establish a cloud agent module in the cloud virtual machine, continuously synchronize local data from the near-end apparatus to the cloud virtual machine and converse the local data into cloud structured data, upload local data flow task from the near-end apparatus to the cloud virtual machine for configuring cloud task program. A cloud execution result based on the cloud task program and the cloud structured data corresponds to a local execution result based on the local data and the local data flow task.

The present invention relates to a method and device for accessing a Linux container cluster using a browser under a multi-user environment. The method comprises: deploying a Master node and several Worker nodes on a Linux container cluster, wherein the Master node performs centralized management and is used for processing URL requests sent by a user by clicking buttons on a webpage, parsing same, and then distributing same to the Worker nodes, and the Worker nodes are carriers for Linux containers and process Linux container operation requests sent by the Master node. The present invention enables a user to access a Linux container cluster by means of a browser, and ensures the security and reliability under a multi-user environment; the user can implement the creation, expansion, or shrinkage of a Linux container cluster at a server end by clicking particular buttons on a webpage, thereby conveniently and quickly develop and deploy distributed applications.