129results about How to "Realize sharing" patented technology

The invention discloses a hybrid-mode smartphone application development framework. The development framework comprises a JS SDK framework, a client framework and a server framework; the JS SDK framework comprises a control layer, an interface layer and a scheduling layer; the control layer comprises a built-in component module and a built-in control module; the interface layer comprises a friendly interface and a JS subscription interface; the scheduling layer comprises a JS interface scheduler and a WebviewJsBridge object module; the client framework is used for providing an operating environment for a web page of a Hybrid APP in an offline package page mode; the server framework comprises a server control layer, a service layer and a data access layer; the server control layer is used for connection and interaction between operation on the page and a bottom layer; the service layer is connected into a kernel in a plug-in form to provide support for the server control layer; and the data access layer is connected into the kernel in a plug-in form to provide a network request and sqlite data operation. The development framework provides a whole set of solution for rapid iterative development, online deployment and building block type integration of application programs according to functional requirements.

The present invention discloses a method for detecting accessibility between IP network devices, wherein the route reaching the opposite end and whether the opposite end operates normally are detected, the device transmits the HELLO message to the opposite end device, and the opposite end device receives the HELLO message answer. The invention provides a backup mechanism using two or more RMC devices as network backup.

The invention discloses a distributed pluggable game server platform and a cooperative working method thereof. The platform comprises a connection server cluster comprising at least one connection server, a login server, a central server cluster comprising at least one central server, a lobby server cluster comprising at least one lobby server, and a logic server cluster comprising at least one logic server, wherein the connection server realizes data interaction between a client and the distributed pluggable game server platform; the login server finishes the authentication, checking and login of a user; the central server realizes data routing between the connection server and each of the login server, the lobby server and the logic server; the lobby server performs logic processing on lobby rooms; and the logic server finishes logic game processing by adopting a plug-in technology. In the scheme, dynamic capacity expansion of bearing capacity of a game server can be realized without maintaining the server, and supported game contents can be extended and dynamically updated.

To provide an air conditioner carrying out defrosting operation while continuing heating operation. This air conditioner comprises a first bypass circuit connecting the suction side of a compressor between an indoor heat exchanger and a decompressor of a heat pump type refrigeration cycle, the first bypass circuit including a two-way valve and a refrigerant heater; and a second bypass circuit connecting a part between a four-way valve connected to the refrigeration cycle and the indoor heat exchanger to a part between the decompressor and an outdoor heat exchanger, the second bypass circuit is provided with two-way valve. When defrosting the outdoor heat exchanger is performed, the two-way valve of the first bypass circuit and the two-way valve of the second bypass circuit are opened to guide current to the refrigerant heater for heat storage prior to the defrosting operation, and the defrosting operation is performed while continuing heating.

The invention relates to an intelligent management and control system for hazardous chemical substances. The intelligent management and control system comprises a warehouse in-out management unit, a monitoring alarm unit and a management and control server, wherein the monitoring alarm unit comprises a warehouse monitoring alarm module arranged in a hazardous chemical substance warehouse and a monitoring room alarm module arranged in a monitoring room; the warehouse in-out management unit comprises an RFID electronic tag used for being configured on the hazardous chemical substances, and a read-writer matched with the RFID electronic tag; and the read-writer, the warehouse monitoring alarm module and the monitoring room alarm module are connected with the management and control server. Compared with the prior art, the intelligent management and control system can realize intelligent management of the hazardous chemical substances, and improve the management efficiency and the management reliability.

The present invention provides a series of eccentrically swinging reducer, which can realize common usage of a main bearing of the eccentrically swinging reducer, so as to reduce costs of the series. The series of the eccentrically swinging reducer is composed of a plurality of reducers of different sizes determined according to the size of the torque. The series is provided with a first sub-series composed of reducers with hollow parts, and a second sub-series composed of reducers with hollow parts whose hollow diameter is smaller than the hollow diameter of the hollow parts of the first series or without hollow parts under the same size, and main bearings (135, 136) for supporting wheel carrier bodies (124, 128) of the specific reducers of the size in the first sub series are used in common with the main bearings (235, 236) for supporting wheel carrier bodies (224, 228) of the specific reducers of the size in the second sub series.

The invention provides a mounting structure for a battery and a fuel tank of a gasoline-electric hybrid vehicle, allowing the vehicle to provide a cabin and / or cargo space, to have the center of gravity at a low position, and to use parts commonly used in a gasoline engine vehicle. The mounting structure for the battery and the fuel tank of the gasoline-electric hybrid vehicle (1) is that the battery and the fuel tank are disposed under a vehicle body floor and under a seat surface of a rear seat (18), the battery is configured at the central part of a vehicle in a vehicle width direction and at one side of a propeller shaft (4) substantially extending in a fore-aft direction, and the fuel tank (100) is configured at the other side of the propeller shaft.

The invention discloses large equipment MRO (maintenance repair operating) knowledge construction method based on large equipment. The method comprises the following steps: obtaining the MRO domain knowledge of the large equipment; and performing ontology expression of the MRO domain knowledge so as to construct an MRO knowledge ontology base of the large equipment. In the invention, ontology is introduced into the construction of large equipment MRO knowledge, and the MRO ontology knowledge is constructed by establishing a conceptual model and an ontology model and using a drawing tool, an ontology editing tool and an ontology description language; and the method realizes unitization, standardization, formalization and sharing of the domain knowledge, and is contributed to improving the knowledge management and operation level and increasing the enterprise competitiveness.

The invention discloses a supply chain information collaborative sharing-based transaction method and system. The method comprises the steps of establishing a temporary transaction supply chain according to a mapping relationship established between users in a supply chain; marking the users in the temporary transaction supply chain and the users having the mapping relationship with the users, andsharing enterprise information, transaction demand information and business execution information for the users having the same marks; and according to the user enterprise information and the transaction demand information, generating a transaction contract between the users with the mapping relationship in the temporary transaction supply chain, and according to the content of the transaction contract, generating a transaction to-be-executed instruction at a corresponding time node and sending the transaction to-be-executed instruction to the corresponding user in the temporary transaction supply chain. According to the invention, a full-chain integration thought from a supply end to a demand end is utilized to realize unification, sharing, intelligence and visualization of end-to-end business model data, so that the data is changed into assets, and high-efficiency and low-cost data service is provided.

A refrigerator enabling an increase in usability while securing the depth dimensions of drawer type storerooms at the lowest part and its upper part. In the refrigerator, a compressor (111) is disposed at the rear upper part of an insulated box (101), a drawer type refrigeration room (103) is formed at the lowest part, and a drawer type vegetable room (104) is formed at its upper part. A cooling room (112) is formed at the rear sides of the refrigeration room (103) and the vegetable room (104). An evaporator (119) is disposed across the refrigeration room (103) and the vegetable room (104). The depths of a storage container (116) for the refrigeration room and a storage container (117) for the vegetable room are equally extended to form them in similar simple shapes. Accordingly, the usability of both the refrigeration room (103) and the vegetable room (104) can be increased, the quality of the refrigerator as a refrigerator can be increased, and manufacturing cost can be reduced.

The present invention provides a method for forming pattern which has good quality without increasing cost. The pattern (W) is formed by coating a functional liquid on a substrate (P) having a lyophilic part (Pa) and a lyophobic part (H) relative to the functional liquid. The method comprises: a first working procedure for forming a lyophobic part by coating a droplet containing a lyophobic material to a substrate having a lyophilic part, and a second working procedure for coating a function liquid to a lyophilic part between the lyophobic parts. The lyophobic material comprises a silane compound, a compound including a fluoroalkyl group, and a resin containing fluorine.

The purpose of the present invention is to make the overall manufacturing equipment for pant-type and T-type disposable diapers more compact and to produce diapers efficiently by keeping waste of materials to a minimum. The diaper manufacturing method is characterized in that: a base material sheet (8) obtained from a continuous sheet material (W) and an elastic member (11) is continuously supplied in a feed direction (A); an absorbent body (5) is attached to the base material sheet (W) in the central portion of the width direction; the base material sheet (W) is divided into a pair of waist-encircling sheet portions (9a, 9b) and a single crotch covering sheet portion (10) by two dividing lines (18) along the longitudinal direction of the base material sheet; the crotch covering sheet portion (10) is cut at a prescribed length to form individual crotch coverings (6); the crotch coverings (6) are joined one by one alternately to one or the other waist-encircling sheet portion (9a, 9b); the waist-encircling sheet portions (9a, 9b) are cut at an intermediate position between crotch coverings (6) that are adjacent to each other; the crotch sections (3) are folded in two; and the sections near the two ends of the waist-encircling sections (2) are folded inward and each of said ends is fixed to the free end of the crotch section (3).

The invention provides a stator (10) for an electric rotary machine which can be reduced in size by suppressing the projection of extending portions in the axial direction and which can enhance the performance thereof by suppressing the copper loss as a result of the length of the extending portions being reduced. The stator (10) includes: a stator core (21); and segmented coils (50) of a plurality of phases, wherein: the segmented coils (50) of a plurality of phases have pluralities of coil bars (25) which are inserted individually in a plurality of slots (23) in the stator core (21) and which extend substantially in a straight line and pluralities of connection coils (40) which connect together the coil bars (25) of the same phase to thereby make up extending portions; the connection coils (40) each comprise an inner connection coil (42) and an outer connection coil (41) which are disposed in different axial positions; and the inner connection coil (42) faces an outer connection coil (41) of a different phase in an axial direction and the outer connection coil (41) faces the inner connection coil (42) of a different phase in the axial direction.

The present invention provides a printing image quality management method of a color printing machine and a printing image quality management device of a color printing machine, which can reliably avoid reproduction defects in highlight parts and middle parts and shadow parts caused by state changes of the printing machine. cause poor reproduction. It includes: a measuring mechanism (12) for measuring the solid density and gray balance of the printed color printing image, and a calculation method for calculating the difference between the solid density value and the gray balance value measured by the measuring mechanism (12) and the target value. The mechanism (13), the correction value calculation mechanism (14) that calculates the correction value according to each difference calculated by the calculation mechanism (13), adjusts each of the plurality of ink cartridge keys according to the correction value calculated by the correction value calculation mechanism (14). An ink supply volume adjustment mechanism (15) for individual ink supply volumes.

In order to correctly designate the operator when distinguishing between the operation from the driver's seat and the operation from the passenger seat, the vehicle-mounted system includes: a pulse signal supply unit that supplies a pulse signal (such as current, etc.), a control unit that performs various controls, and receives signals from A touch panel for the operator's operation, a dual monitor for displaying images, etc., and a seat sensor installed on each seat where the operator sits. Then, the in-vehicle system supplies a plurality of operators who can operate the touch panel with pulse signals (currents) with different timings, and when the plurality of operators operate the touch panel, detects the pulse signal (current) supplied to the operator through the touch panel ( current), and specify the operator based on the timing of the detected pulse signal (current).

The invention provides an equipment control method, a cloud platform, an equipment control system, a storage medium and computer equipment, relates to the field of smart home and solves the problem that existing multi-control-device scene experiences complex configuration and low efficiency. The equipment control method comprises: determining member control permission range of member equipment; indicating that smart home equipment related in the member control permission range receives control of the member equipment in the member control permission range. The equipment control method, the cloud platform, the equipment control system, the storage medium and the computer equipment are applicable to internet of things and allows management equipment to perform sharing configuration on control permissions.

The invention provides a stator for an electric rotary machine which can be built up without using exclusive equipment and which has superior mass-production properties and a fabrication method of the same. The stator (10) includes: a stator core (21); and segmented coils (50) of a plurality of phases, wherein: the segmented coils (50) of a plurality of phases have pluralities of coil bars (25) which are inserted individually in a plurality of slots (23) in the stator core (21) and which extend substantially in a straight line and pluralities of connection coils (40) which connect together the coil bars (25) of the same phase to thereby make up extending portions; and the coil bars (25) are fixed in place individually in the slots (23) in the stator core (21) in such a state that the coil bars (25) each are covered by an insulation material.

The invention relates to an electric vehicle charging pile sharing platform control method based on a block chain. The method specifically comprises the following steps: S1, enabling a public chargingpile operator, a private charging pile manager, an electric vehicle aggregator and an electric vehicle user side to register; s2, respectively issuing charging pile information and charging demand information; s3, performing off-chain matching on the charging pile information and the charging demand information; s4, broadcasting the matching result of the off-chain matching to each charging pilenode, and judging whether the corresponding electric vehicle user end reaches the corresponding charging pile for charging according to the target charging time or not; s5, after charging is completed, carrying out settlement, account transfer and credit degree updating through the intelligent contract, packaging transaction data blocks, and forming a block chain. Compared with the prior art, thecharging pile has the advantages that the utilization rate of the charging pile is increased, and the charging requirements of electric vehicle users are met immediately.

An engine-driven generator G is concurrently used as a starter motor for an engine E that drives a working machine. A motor 25 for motive-power use is a driving source for the working machine to travel. The driving circuit 10 is commonly used between the starter motor G and the motor 25 for travel use. In a starting mode, with switches 35 and 36, the driving circuit 10 is connected to the starter motor G side to start the engine. After complete explosion of the engine, with the switches 35 and 36, the generator G is connected to a regulator 31, while the driving circuit 10 is connected to the motor 25 for travel use. As a result of this, while a battery 14 is electrically charged, the motor 25 for travel use is driven with the battery 14.

The invention discloses a method for realizing data association and communication among programmable logic controllers (PLC) of different types. The method comprises the following steps of: 1) acquiring communication message formats of the PLCs; 2) resolving an input side PLC data packet; 3) transcoding the resolved data of the PLC data packet; and 4) packaging and writing the data. By the method, a data association and communication function is realized among various PLCs, various databases and various systems, so that the aim of data sharing is fulfilled, and the transparency and sharing of the data are realized. Simultaneously, problems about the data association and communication among different PLC systems in industrial automatic control are solved, and a powerful data support is provided for the promotion of quick development of automation and network technologies, the cost reduction and efficiency improvement of enterprises and the realization of enterprise globalization and system benefit maximization. By the method, not only the data association and communication among the PLCs of the different types is realized, but also cost is reduced.

The invention provides a foot brake structure of a small motorcycle vehicle, which can realize the miniaturization of the foot brake structure, increase the degree of freedom in design, and reduce processing hours and costs. In the foot brake structure of this small motorcycle vehicle, a pair of left and right pedals (31) supported by the main frame (18) are arranged between the handlebar and the front and rear double seats, and the brakes for the rear wheels that brake the rear wheels are operated. The brake pedal (33) of the device can be rotatably installed on the main frame (18), and the pedal part (33b) of the brake pedal (33) protrudes from the pedal (31) and is configured. The pedal (31) constitutes the vehicle frame The support plate (81) of a part of (11) is supported, and the fulcrum (34) of pedal (33) is provided with on the support plate (81), and this fulcrum (34) is configured on the main frame 18 from the side. above and below the pedal (31).

The invention relates to an indoor sharing self-service vision detection system and a detection method thereof. Vision detection is started, and a tester operates according to voice prompts of a voicebroadcaster. The vision of the right eye is detected firstly, the vision level of the right eye is retrieved by adopting a bisection method, and the specific process is as follows: when the tester sees a sighting mark of a display screen, gesture movement information is generated, a host calls a gesture movement detection algorithm based on a frame difference method to carry out single gesture information acquisition and direction discrimination, then whether the tester can see the sighting mark of the level clearly or not is judged according to a single-level sighting mark recognition and judgment rule, and the bisection method is circularly called to generate the sighting mark of the next level until it is detected that a tested person can see the sighting mark of the minimum level clearly. The process is repeated to complete a left eye vision test. A vision detection result can be stored in a cloud server terminal for the tester to call and check at any time. The vision detection process is convenient and fast, the detection efficiency is high, and self-service vision detection and regional sharing detection can be achieved.

The present invention provides an automatic transmission. In the automatic transmission which comprises a plurality of speed changing units comprising planetary gear mechanisms, the cost can be reduced based on the reduction of the number of components. Furthermore, a noise reduction effect based on engagement sound can be obtained. In the transmission (M), the engagement parts (H1, H2) of the planetary gear mechanisms (P1, P2) are accommodated in a gear chamber (19) which is composed of the following components: pushing components (75, 175) of clutches (70, 170) which are spaced from each other in the axial direction, outer shafts (45b, 146) of two planetary gear carriers (40, 140) and the outer component (T) of unidirectional clutches (80, 180), which form a peripheral wall that extendsin the axial direction. The gear side wall (54) of the pushing component (75) and an annular gear (50) and the gear side wall (133) of the pushing component (175) and a central gear (130) respectively form a double-layer wall in an axial range comprising two engagement parts (H1, H2) when observed from the axial direction.

The invention discloses a safe physical-isolation automatic transmission method of network database tables, which can be used for synchronously copying and transmitting the content of a network database table on a network A into a network database table on a network B and safely isolating the network A from the network B. The automatic transmission method comprises the following steps of (1) obtaining network database table data; (2) according to customized serial port communication protocol specifications, repackaging the table data to send by a serial port; (3) receiving a serial port communication data package, and reanalyzing the obtained table data according to the customized serial port communication protocol specifications; and (4) creating database connection and updating the analyzed data into the database table. The automatic transmission method can be used for obtaining the data of database tables across networks, automatically synchronizing the data of the database tables of ethernet networks which are safely isolated from one another, achieving the aim of sharing data, realizing the safety and the sharing of the data as well as safe isolation, and ensuring information safety.

The invention provides an electronic equipment automatic test method and system based on machine learning. The automatic test method for the electronic equipment based on machine learning comprises the following steps: acquiring test data of the electronic equipment, and extracting a characteristic component of the test data; wherein the test data comprises serialized waveform data and non-serialized video and image data; performing principal component analysis on the test data, determining the correlation of different characteristic components, and generating characteristic vectors; and inputting the feature vector into a preset fault diagnosis model, and outputting a prediction result of the electronic test fault.

The invention discloses an upper yoke plate structure of a magnetron of a microwave oven, which comprises an upper yoke plate body and a projected sheet, wherein the center of the upper yoke plate is provided with a microwave energy output device installing hole, a hanging hole is arranged on the projected sheet, and the upper yoke plate is an upper yoke plate which can select two side edges to be combined with a lower yoke plate of the magnetron as required. Through the adoption of the upper yoke plate structure of the magnetron of the invention, the standard unionization of the magnetron can be realized, the confusion caused by human factors in the transportation process can be effectively reduced, and different models do not need to be distinguished again in the assembling process.

The invention discloses an air-conditioner which comprises a base, fan blades which are installed on the base, a frame body which is connected with the base, an evaporator, a swinging blade and a panel, wherein the swinging blade and the panel are installed on the frame body, the evaporator is in a sectional structure and / or the base and the frame are in the sectional structure. Due to the modularized structural design, sharing of all parts of the air-conditioner structure with different capacities is achieved to the maximum extent, die investment cost is reduced, development period is shortened, production and management are convenient, production efficiency is improved and the same appearance can be achieved.

The invention discloses a vacuum cleaner, which comprises: a rolling brush, a first transmission device, a second transmission device, a first side brush and a second side brush, wherein the first transmission device includes a first worm and a first worm meshed with each other The first worm gear, the first worm is connected to one end of the rolling brush; the second transmission device includes a second worm and a second worm gear meshing with each other, the second worm is connected to the other end of the rolling brush; the first side brush is connected to the first worm gear, the second The two side brushes are connected with the second turbine, wherein at least one of the first worm and the second worm is connected with a driving device. According to the vacuum cleaner of the present invention, by arbitrarily installing the driving device on the left and right sides of the vacuum cleaner, and using the driving device to drive the roller brush, the first side brush and the second side brush to clean dust and garbage, the structure of the vacuum cleaner can be simplified and the vacuum cleaner can be realized. Interchange, common use and standardization of left and right parts.

The invention discloses a structure of heater rod of air conditioner, comprising: a casing, a front panel, a fan, a heat exchanger, and a heater rod, wherein, the casing has an open surface in its front face; the front panel with an air inlet and outlet is mounted on the front face of the casing; the fan is between the casing and the front panel; the heat exchanger is between the fan and the air outlet; and the heater rod mounted in front of heat exchanger has two protruding ends. In said invention, a plurality of embedded units are on the left and right sides inside the casing, to embed the sliding protruding ends detachably into he embedded units, therefore, each heater rod can be demounted singly.