41results about How to "Flexible plugging" patented technology

The invention provides a single sign-on processing system which comprises a client side processing module and a server side processing module, wherein the client side processing module acquires a sign-on request sent by a user and provides the sign-on request to the server side processing module, the server side processing module acquires a related information record text from a browser and accordingly judges whether the user signs on, and informs the client side processing module, if so, the client side processing module acquires a username from the server side processing module so as to further acquire the complete user information of the user so as to realize sign-on. Accordingly, the invention further provides a single sign-on processing method. Through the technical scheme, the single sign-on can be realized on the existing clients written in any language, the coupling of systems can be reduced, the integration cost can be lowered, and flexible plugging can be realized.

The invention provides a charging gun type connection-peg for an electric automobile. The charging gun type connection-peg comprises a female plug, a male plug and a tightening device and is characterized in that, according to the female plug, a coil is wound on a female plug coil winding shell, the female plug coil winding shell is mounted in a female plug coil sealing shell, and the coil, the female plug coil sealing shell and the female plug coil winding shell are sleeved on a female plug magnetic core; according to the male plug, a coil is wound on a male plug coil winding shell, the male plug coil winding shell is mounted in a male plug coil sealing shell, and the coil, the male plug coil sealing shell and the male plug coil winding shell are sleeved on a male plug magnetic core; and when the female plug and the male plug are closed and tightened, the female plug magnetic core and the male plug magnetic core form a closed magnetic circle.

The invention provides a method for controlling a sub-interface in a multi-document interface and further provides a device for controlling the sub-interface in the multi-document interface. When a main program is started, a sub-interface tab control module is built through a plug-in interface module. An interface information control module captures information of a client area interface through a subclass client area interface. The sub-interface tab control module receives information transmitted from the interface information control module, obtains behaviors and states of the client area interface, and achieves display of a tab column for controlling the sub-interface in a non-client area. By hooking a plug-in in a main frame interface, controlling of the sub-interface through a tab control method is achieved automatically after the main program is started, characteristics of high cohesion and low coupling are obtained, reusability is high, portability is good, and plugging and pulling can be conducted flexibly.

The invention relates to information processing, in particular to a mining equipment fault diagnosis system integration method and system. The mining equipment fault diagnosis system integration method comprises a micro-service application group and a big data cluster, the micro-service application group comprises a message queue server, a data receiving service and a fault early warning service, and the message queue server comprises an equipment data switch, a big data cluster notification switch and a micro-service cluster notification switch. The beneficial effects of the system are that the detection algorithm is mainly used for analyzing the equipment operation data obtained by different types of collection equipment, and carrying out the pre-judgment of the health condition of the equipment through the application of the algorithm. The detection algorithm is used in both the field-end server and the cloud server.

The oil and gas long-distance pipeline device with the plugging function comprises a pipeline, the two sides of the outer side of the pipeline are sleeved with leakage-proof assemblies, a supporting assembly is arranged in the middle of the bottom of the interior of the pipeline, and a second threaded rod is arranged in the middle of the top of the pipeline. The bottom of the outer side of the second threaded rod is sleeved with a sleeve, a first bevel gear is arranged at the bottom of the sleeve, and gas storage bins are arranged on the two sides of the top of the pipeline. A sliding ring drives a mounting frame to move to the position above a leakage position, a handle is pulled outwards, through a series of transmission, a second rack drives a sealing block to get close to the sealing position, a notch is blocked through extrusion force, the leakage position can be rapidly and temporarily blocked, continuous leakage of petroleum is prevented, and the service life of the petroleum is prolonged. The loss is reduced.

The embodiment of the invention relates to a sub-library and sub-table switching method, device and system based on an agent mode, and the method comprises the steps: loading a pre-configured data source configuration file, generating a link according to the data source configuration file, and storing the link in a data source set; receiving a pre-configured data source identifier transmitted by the service logic layer; obtaining a data source link corresponding to the data source identifier from the data source set according to the current data reading/writing operation instruction and the data source identifier, and obtaining data in the data source according to the data source link; and according to the current data read/write operation instruction, executing a sub-library sub-table read/write operation. By means of the mode, decoupling between the data reading/writing logic layer and the service logic layer is achieved, the multi-data-source switching assembly can be flexibly plugged and unplugged, invasiveness is avoided, the repeated code development amount is greatly reduced, reliability, rapidness and conciseness are truly achieved, and therefore the switching process of switching the sub-libraries and the sub-tables is greatly accelerated.

The present invention relates to a rapid explosion-proof charging gun. The charging gun comprises a plug component and a socket component. The socket component comprises a self-locking structure. Theself-locking structure comprises an installing plate, a pulling rod, a pulling ring arranged at the rear of the pulling rod, a stopping block arranged at the front part of the pulling rod, and a spring sleeving the pulling rod. The inner part of the installing plate is a groove, the groove is provided with a through hole, the pulling rod penetrates the through hole, and the pulling rod can slide forward and backward relative to the through hole. The stopping block can slide forward and backward relative to the groove of the installing plate. One end of the spring contacts with the groove of the installing plate, and the other end of the spring contacts with the stopping block. The plug component comprises a guiding groove, the guiding groove is arc-shaped, and one end of the guiding grooveis provided with clamping slot. The pulling rod can slide along the guiding groove, and when the front end of the pulling rod is inserted in the clamping slot, the plug component and the socket component are locked. According to the charging gun, by using the structure, the installation and the dismantling are convenient, and the connection efficiency is improved.

The invention relates to an electronic equipment subrack. The electronic equipment subrack is characterized in that when an upper guide rail plate and a lower guide rail plate are horizontally placed,the projection top view is rectangular, the subrack comprises a middle section of convex flat plate and a section of bent vertical plate positioned at the edge, and more than two guide rail grooves vertical to the vertical plate are formed in the convex flat plate; riveting nuts used for installing a circuit mother board are arranged on the bent vertical plate, and via holes used for installing parts are formed on the plane adjacent to the vertical plate and the plane away from the vertical plate; the side plates, a cross beam and the fixing lugs are provided with the connecting holes matchedwith the via holes of the upper guide rail plate and the lower guide rail plate respectively, nut holes are formed in the length direction of the cross beam and the two ends of the cross beam, and nut holes are formed in the two adjacent planes perpendicular to each other of a cover plate fixing block. The invention further relates to an assembling method of the electronic equipment subrack. Theelectronic equipment subrack has the obvious advantages of being small in number of parts, few in variety and low in manufacturing difficulty and being easy to assemble.

The invention discloses an inverted quantifiable container, which comprises a container body. The container body is provided with a container opening, the container opening is directly or indirectly connected with a sealing cover, a liquid storage cylinder is fixed to the position, relative to the container body, in the container body, the lower end of the liquid storage cylinder is sealed, a liquid outlet communicating with an inner cavity of the liquid storage cylinder is formed in the upper end of the liquid storage cylinder, a liquid inlet is formed in the side face of the liquid storage cylinder, the liquid inlet and the liquid outlet are located in the same side, the liquid storage cylinder is internally and movably provided with a rolling bead capable of plugging the liquid inlet, and further comprises a guiding and limiting structure used for guiding and limiting the rolling bead to enable the rolling bead to plug the liquid inlet, the rolling bead is arranged in the guiding and limiting structure, when the container body is inclined, the rolling bead can move correspondingly in the transverse direction relative to the container body, and thus the liquid inlet can be openedor plugged. The inverted quantifiable container has the characteristics that moving is flexible, quantifying is facilitated, and the quantitative liquid is taken in an inverted mode.

The invention provides a no-wire-harness connection structure comprising a motherboard 1 and a backboard. One side of the motherboard is provided with a connector L. One side of the backboard is provided with a connector M. The connector pins of the connector L are inserted through the other side of the motherboard and then inserted through the other side of the backboard connected with the motherboard and then connected with the connector M through the printed lines on the backboard. According to the structure, the wire harness can be omitted, signal switching can be directly completed through inserting connection between the motherboard and the backboard and the objective of no-cable connection of the device can be achieved; and switching of the signal required to be led out is completedthrough the printed lines between the connectors, and the connector pin description can be freely designed according to actual user application.

The invention discloses a glass reinforced plastic metal composite well and a well construction method. The glass reinforced plastic metal composite well comprises a glass reinforced plastic well body, a metal or alloy well ring and a metal or alloy well cover, a wellhead is arranged at the top end of the well body, the well ring comprises a bottom ring and a junction, the bottom ring is detachably connected onto the wellhead, the junction is arranged on the upper side of the bottom ring and matched with the well cover, the bottom ring on the inner side of the junction is covered by the well cover, and the side wall of the well cover fits with the junction. The well construction method includes the steps: directly placing the glass reinforced plastic metal composite well into a well slot arranged on the ground; filling the gap between the well slot and the well body; and flattening the ground. The glass reinforced plastic metal composite well is designed to solve the problems that an existing well is long in construction period, complicated in construction and high in maintenance difficulty, bearing load cannot meet various requirements, stability is low and the like. In specific application, the construction period is shortened, the maintenance cost is low, and the glass reinforced plastic metal composite well and the well construction method have the advantages of corrosion resistance, high permeability resistance, large bearing load and the like.

A reinforcement structure of keyboard for notebook computer consists of keyboard support being sunk-in to form space for erecting keyboard, edge unit being formed between two ends of keyboard deck and between two ends of erection space with its length being greater than its width, reinforcement load being connected on deck bottom surface at position corresponding to said edge unit for reinforcing said edge unit.

The invention discloses a portable nourishing and beauty appliance for a plastic surgery. The appliance comprises a grip, a massage cushion, an insertion rod, a massager body, a stroke block and a vibration motor, wherein the grip is arranged below the massager body; a liquid storage bag is embedded in the grip; the vibration motor is installed on the outer wall of one side of the massager body; the massage cushion is arranged on the side, deviating from the vibration motor, of the massager body; a cavity and an inserting hole are formed in the massager body; the stroke block is arranged in the cavity; and an inserting rod is movably inserted into the stroke block. By arranging the liquid storage bag, essence can be added into the liquid storage bag, the liquid storage bag is manually extruded to extrude essential oil into the massage cushion during use, the stroke block is driven to vibrate in cooperation with the vibration motor, and the massage cushion is driven to vibrate on the surface of the skin, so that the skin is nourished through the essential oil while massage is conducted. The appliance is relatively small in overall size, more convenient to carry and higher in actualpracticability.

The invention discloses a device for controlling the flow direction of fluid through temperature. The device comprises a buffer pipeline and a valve system, wherein a fluid delivery pipe of the buffer pipeline is communicated with a fluid inlet pipe of the valve system; the buffer pipeline comprises the fluid delivery pipe; the middle part of the fluid delivery pipe is downwards sunken to form a mixing cavity in which an elastic layer is sealed; the elastic layer and the inner wall of the mixing cavity form an expansion bag in which an expansion medium is filled; the valve system comprises the fluid inlet pipe, an upper fluid outlet pipe and a lower fluid outlet pipe; the lower part of the fluid inlet pipe is directly communicated with the lower fluid outlet pipe, and the upper fluid outlet pipe is connected to the middle part of the fluid inlet pipe; a temperature probe is arranged on the inner wall of the upper fluid outlet pipe, and is connected with an external control system for controlling a two-way stop valve at the upper fluid outlet pipe and the fluid inlet pipe. According to the device, the buffer pipeline and the valve system are additionally arranged, so that the fluid can be completely ensured to be at optimal material fluid temperature when entering chemical reaction equipment for reaction, and the reaction efficiency of the material fluid is greatly improved.