134results about How to "The docking process is simple" patented technology

The invention provides a report data generating method and a report data generating system. The method comprises the following steps including a data source configuration step: building a new data source or modifying the data source, and setting data source information in the data source and database connecting information; a unit mapping configuration step: setting report unit information and checking unit information, and configuring unit mapping information according to the data source, the report unit information and the checked unit information; a financial extraction formula scheme configuration step: selecting a financial extraction formula scheme and a report according to a report example, and generating a financial extraction formula according to the selected financial extraction formula scheme and the report; a data extraction step: receiving number selection conditions, including service schemes, years, periods, unit ranges and report ranges, selected by the users, and selecting the financial extraction formula scheme used for the data extraction from the financial extraction formula scheme according to the number selection condition, extracting data according to the number taking condition and the financial extraction formula scheme used for the data extraction, filling reports in the report range, and generating the report data.

The invention relates to a charging butt joint and separation device for an inspection robot and a solar charging base station. The device comprises a butt joint deviation adaptation mechanism, a charging dock mechanism arranged on the butt joint deviation adaptation mechanism, and a charging head connected with the charging dock mechanism in a matching manner; the device is arranged on the suspension clamp of a high-altitude transmission line; and the charging head is arranged on the mechanical arm of the robot. When the mechanical arm is moved along the transmission line so as to perform butt joint on the charging head and the device, the device can adapt to alignment deviation brought by installation errors of the charging head and the device, downward deformation of the transmission line due to the gravity of the robot and the like, so that the butt joint of the inspection robot and the solar automatic charging base station is realized, the butt joint is simple, efficient, safe and reliable, and the cost is low.

The invention discloses an offshore landing platform for an unmanned aerial vehicle. The offshore landing platform comprises an unmanned ship, the unmanned aerial vehicle and a buoy sub-body, whereinthe unmanned ship comprises a shipborne controller, a ship body, a shipborne communication module and a charging module, wherein the ship body, the shipborne communication module and the charging module are electrically connected with the shipborne controller; the unmanned aerial vehicle comprises a flight control module, a data acquisition module, a power supply detection module, an airborne charging module and an airborne communication module, wherein the data acquisition module, the power supply detection module, the airborne charging module and the airborne communication module are electrically connected with the flight control module; the airborne charging module comprises a conical body and an airborne charging interface; the shipborne charging module comprises a conical groove, a conical ring adapted to the external surface of the conical body and a shipborne charging interface corresponding to the airborne charging interface; and the unmanned aerial vehicle landing control method is implemented on the offshore landing platform. According to the offshore landing platform, through the ultrasonic detection, GPS positioning, visual positioning and an infrared detection modules,the flight and landing paths of the unmanned aerial vehicle are controlled accurately, the structure of the charging module is optimized and matched to enable the unmanned aerial vehicle charging docking to be accurate, the data transmission efficiency is high, and the monitoring information is real-time and effective.

The invention provides an overhead high-voltage power transmission line strain clamp drainage plate bolt tightening robot. The robot comprises a body, an inspection robot platform, a first working arm and a second working arm. The inspection robot platform comprises two fixed arms which are arranged at two sides of the body in a reverse symmetry manner at a fixed interval, each fixed arm is provided with a traveling part and a line clamping part, the traveling part is used for traveling along a wire line, the line clamping part is used for clamping the wire line and achieving positioning, and one side of the line clamping part is provided with an equipotential part which is used for making the robot and the wire line remain equipotential. The first working arm is arranged at a first side of the front end of the body, and the tail end of the first working arm is provided with a nut-screwing device. The second working arm is arranged at a second side, of the body, being opposite to the first side, and the tail end of the second working arm is provided with a bolt positioner. The robot can position bolts and tighten nuts, and is simple in abutting joint operations and high in efficiency, and can replace manual operation, and is safe and reliable, and is simple to operate.

Construction kit with two- and/or three-dimensional construction elements (1, 9) with magnetic elements (4) in the corners and/or sides and ferromagnetic spheres (11), which can be placed between the magnetic elements (4) of adjacent construction elements (1, 9) to connect the construction elements (1, 9) together using a magnetic bond so that they can be detached.

The invention discloses a portable spliced guide rail, a butt joint method and a work fixture. The spliced guide rail is divided into a base section part, an extension section and a tail section which are mutually in butt joint along a cross section direction, wherein butt joint faces are connected in a mutual intersection manner, so that the defects of poor butt-joint stability, low connection strength and difficult in precision guarantee on the same horizontal plane are avoided. On the butt joint faces of a guide rail body, two pairs of positioning pins and positioning holes are adopted, sothat the positioning is accurate and the positional connection is reliable; guide posts and guide faces are mutually matched so that the splicing accuracy is enhanced; and auxiliary dowel shafts are used for fixed connection so that the structural stability and the integrity of the spliced guide rail are ensured, and the specially designed work fixture ensures that the butt joint process of the guide rail is more accurate and easier to operate. The entire spliced guide rail has a simple structure, is convenient for butt joint, and can be dismounted and assembled without professional personnel, and the extended guide rail is beneficial to enlargement of an applicable range for product processing and is suitable for popularization and application in various industries and fields.

A technique is provided for steering and navigating a watercraft. The technique provides for dual electric motor propulsion units aft of a transverse centerline of the watercraft. A forward thruster system is provided forward of the transverse centerline. The rear drive units provide components of thrust for navigating the craft through straight-ahead settings and turning settings. The forward thruster system provides additional thrust components for moving the watercraft in a "sliding" direction, and for providing additional turning thrust. The system is particularly well suited to slow-speed navigation, such as for recreational fishing, as well as for close quarters navigation and docking.

A hydraulic fluid control system (1) for the control of pressure fluid supply to consumers being a feed motor (2), a percussion device (4) and a rotation motor (3) of a rock drilling machine, said system including a regulating valve (6,7,8) for each one of the consumers (2,3,4), wherein fluid conduits lead between the regulating valves and the respective consumers, the system having:

• • an electronically controlled auxiliary control unit (11) which includes at least one electrically controlled auxiliary valve (14) for the connection to and intercepting in at least one of the fluid conduits,
  • at least one sensor for sensing prevailing fluid parameter values in at least one member of the rock drilling machine the and sending sensor signals to the auxiliary control unit as sensor input signal is-values, and
  • a processor (12) having at least one parameter sensor input signal entry (S1-S5, I1-I5) for receiving said sensor input signal is-values and at least one control signal exit (V1-V6) for signal control of a respective auxiliary valve, wherein the processor (12) is arranged to compare said sensor input signal is-values with parameter should-values and to emit control signals to at least one of the auxiliary valves as a response to the result of the comparison in order to adjust fluid flow in the fluid conduit related to said at least one of the auxiliary valves. The invention also concerns a rock drill rig and a method.

The invention relates to a viral aerosol collecting and enriching instrument which comprises a framework, a gas feeder, a gas outlet unit nozzle and a collection unit pipe. The gas feeder is used for collecting gas samples to be detected and inputting the gas samples to the gas outlet unit nozzle through a gas pipe. The gas outlet unit nozzle and the collection unit pipe are both arranged on the framework, the collection unit pipe is detachably arranged below the gas outlet unit nozzle, and testing liquid with virus capturing immunomagnetic beads is arranged on the collection unit pipe. The gas samples are sprayed into the collection unit pipe through the gas outlet unit nozzle in a rotary mode. The testing liquid absorbs aerosol contained in the gas to be detected, and virus carried by the gas to be detected is captured through the virus immunomagnetic beads. According to the invention, bio-aerosol in the air can be effectively captured, and virus microbial samples can be specifically enriched, therefore, the viral aerosol collecting and enriching instrument is especially suitable for monitoring virus pathogens in environmental air.

The present invention discloses a method, an apparatus and a device for docking of insurance purchase through a website, and a medium. The method comprises the steps of: when an instruction of purchasing an insurance product is detected on an insurance popularization page, obtaining an insurance premium of the insurance product selected by a current user; sending information of requiring calling auser health state information page to an insurance system; after an authority of calling the user health state information page is obtained, calling the user health state information page, extractingthe user's health state information, and performing intelligent insurance checking of the user according to the user's health state information; after the user passes the intelligent insurance checking, extracting an insuring data filling page in the insurance system; and after the insuring data filled by the user is received, generating an insuring order according to the insuring data filled bythe user and the obtained insurance premium to allow the user to perform payment. The method, the apparatus and the device for docking of insurance purchase through the website, and the medium can simplify the flow of the user purchasing the insurance product, can simplify the docking flow with a channel party and can reduce the docking cost.

The invention discloses a fingerprint lock-key system, which comprises a fingerprint identification host machine arranged on an application object and a fingerprint key connected or disconnected with the host machine, wherein the fingerprint identification host machine comprises an interface seat, a power supply, a fingerprint registration press button and a main chip module for identifying and processing fingerprint and storing fingerprint template data; and two connecting points of the power supply equivalent switch of the fingerprint identification host machine are arranged in the interface seat; the fingerprint key is only provided with only one fingerprint sensor and an interface which is matched and connected with the hardware of the interface seat and carries out data transmission; and at least two pins or a lapping contact point which are/is matched with the two connecting points of the power supply equivalent switch in the interface seat are/is arranged in the interface. Under disconnecting state, both the fingerprint identification host machine and the fingerprint key are in open circuits and power down; and under connecting state, the fingerprint identification host machine and the fingerprint key are communicated with the power supply to form a sensing identification return circuit. The fingerprint identification system applying the invention has the advantages of common use, loss prevention, zero power consumption, cost saving and the like, and is beneficial to the rapid promotion and popularization of fingerprint identification technology.

The invention relates to a welder transformer and a manufacturing method thereof, comprising an iron core, a framework and a winding, wherein the winding is enwound on the framework; the iron core, the framework and the winding have a primary part and a secondary part respectively; the primary iron core and the secondary iron core are an E-shape and an inverted E-shape respectively; when the framework is sheathed on the iron core, the E-shaped iron core and the inverted E-shaped iron core have three flanges, wherein the middle flange is arranged in the through hole inside the framework and the upper flange and the lower flange wrap the upper side and the lower side of the framework respectively; the upper side and the lower side of the framework are respectively provided with two limiting protrusions; the combination surface of the primary iron core and the secondary iron core is provided with a positioning slot and a convex rib respectively; the combination surface of the primary framework and the secondary framework is provided with a clamping trough and a clamping tongue respectively; and the welder transformer and the manufacturing method have the advantages of good magnetic shielding performance, high efficiency and simplified process.

The invention discloses a steel ball locking quick connector. A positioning mode of steel ball quick locking is adopted in a fluid pipeline connecting device, so that precise and quick butt joint is achieved on the premise that a male connector and a female connector are sealed correspondingly, fluid circulates inside a pipeline set between butt joint structures effectively, the design purposes ofsimplifying butt joint and unlocking operation, eradicating fluid overflowing and improving the field operation efficiency are achieved, a male end valve element and a valve element elastic piece arearranged in an inner cavity of a male end front shell, the valve element elastic piece is arranged between the inner wall of the rear end of the male end front shell and the male end valve element, under the elastic support of the valve element elastic piece, the valve element does reciprocating rectilinear motion in a first channel formed in an inner cavity of the male connector, a groove is formed in the outer part of the male end front shell, a valve element sleeve, a core shaft and the valve element sleeve elastic piece are arranged in an inner cavity of a female end front shell, and under the elastic support of the valve element sleeve elastic piece, the valve element sleeve does reciprocating rectilinear motion in a second channel formed in an inner cavity of the female connector.

The invention provides a butted joint device for an underwater oil line, which comprises a lower platform, a paw, an upper platform, a paw hydraulic cylinder, a concave hydraulic butted joint, a convex hydraulic butted joint, a convex hydraulic butted joint driving hydraulic cylinder, a sliding platform base, convex oil line plugs, concave oil line plugs and a contact sensor. The upper platform is fixedly connected with an ROV, the paw is articulated with the upper platform, and the lower platform is arranged on the top of an underwater operating machine; the convex hydraulic butted joint is fixedly connected with the upper platform of the butted joint device; and the concave hydraulic butted joint is fixedly connected with the lower platform of the butted joint device. One end of the sliding platform base is fixedly connected with a hydraulic cylinder piston rod, while the other end is fixedly connected with the convex hydraulic batted joint. A pair of the convex oil line plugs is embedded in the convex hydraulic butted joint, and a pair of the concave oil line plugs is embedded in the concave hydraulic butted joint. The contact sensor is fixedly connected with the convex hydraulic butted joint. The butted joint device for the underwater oil line has the advantages of compact structure, high reliability, simple butting process, and high operational efficiency. The butted joint device for the underwater oil line can be applied to underwater operations of the tie-back, the maintenance and the like of deep-sea oil-gas pipelines, and has wide application prospect.

The invention discloses a high-voltage power-frequency AC voltage-withstanding system mobile measurement device, which comprises a current-limiting resistor and a measurement mechanism, wherein one end of the current-limiting resistor is provided with a conductive column contacted with a test transformer and the other end is provided with a connection seat; the top end of the measurement mechanism is provided with a contact seat in contact conduction with the connection seat; the current-limiting resistor is supported by a supporting table; the supporting table is fixed on a mobile base via a lifting mechanism; and the bottom end of the measurement mechanism is fixed on a lateral movement mechanism, and the lateral movement mechanism is arranged on the mobile base. The current-limiting resistor and a capacitive voltage divider of the system are arranged on an electric vehicle frame to form a platform, the height of the platform is adjustable, electric movement can be realized conveniently and quickly, forward and backward operation is simple and convenient, the system is movable, and hall space is optimized to the largest degree; and the platform can realize quick and accurate positioning of the current-limiting resistor connection part and the test transformer connection part, and a large amount of manpower is saved.

The invention relates to an unmanned shipborne unmanned aerial vehicle charging lifting system and an implementation method thereof. The system comprises: a hangar which is arranged on a deck of an unmanned ship, is used for realizing accurate landing and charging control of an unmanned aerial vehicle, and comprises a hangar main controller, a hangar wireless communication module connected with the hangar main controller, a lifting platform, a hangar charging assembly and a landing identifier attached to the surface of the lifting platform; the unmanned aerial vehicle which comprises an unmanned aerial vehicle main controller, and an airborne pan-tilt camera, an airborne charging assembly, an unmanned aerial vehicle wireless communication module and a GPS positioning navigation module which are connected with the unmanned aerial vehicle main controller; and a remote base station which is in wireless communication with the hangar and the unmanned aerial vehicle and is used for sending atask instruction and receiving information acquired by the unmanned aerial vehicle. Compared with the prior art, the unmanned shipborne unmanned aerial vehicle charging lifting system and the implementation method thereof have the advantages of being wide in application, high in efficiency, accurate in positioning, simple in butt joint and the like.

The invention discloses a sub-account management method and device, and relates to the field of secondary clearing. A specific embodiment of the method comprises the steps of receiving an account division request for a signed market in a platform, and obtaining an order record of the market in a previous time period from a payment order component according to a serial number of the market; determining a total transaction amount in the order record so as to transfer the total transaction amount to a contract account of a platform from the contract account of a bank order receiving component; and processing the total transaction amount by utilizing a market-level account division strategy corresponding to the market to obtain account division details. According to the embodiment, the sub-account task is split into a plurality of automatic tasks, each task can process an independent event so as to flexibly cope with complex and changeable sub-account service scenes, and the change of thesub-account service scenes can be better coped with if a new demand exists.

A sensor element carrier for use in a mass-sensitive chemical sensor instrument comprises a base component and a lid component, the base component being adapted to receive, in use, a sensor, the signal generated by which depends on the mass of material adsorbed at a sensing surface thereof, the base component or the lid component having formed therein, in a recessed area, at least one channel forthe ingress of sample fluid, the recessed area forming, in use and in conjunction with the sensing surface of the sensor, a sample chamber, the sensor being held, in use, between the base component and the lid component and the approach of the base component and lid component being limited on assembly of the sensor element by means of substantially rigid portions of each which come into abutment,thereby limiting the minimum height of the sample chamber for a given set of sensor, base and lid components.

The invention discloses a household drinking water quality online detection device, relates to a water quality detection device, and aims to solve the problems that an existing water quality detection device is single in detection index and inflexible to disassemble, and online detection cannot be directly achieved in a pipeline. The household drinking water quality online detection device comprises a shell, a partition component, a flow guide pipe, a backflow pipe, an electrode detection sensor, a photoelectric detection sensor, a PLC (programmable logic controller) and a display, the upper end of the shell is a horizontal end, a water inlet is formed on end of the horizontal end, a water outlet is formed in the other end of the horizontal end, the partition component is arranged in the shell, the inside of the shell is divided into a first detection chamber, a flow guide chamber and a second detection chamber by the partition component, the electrode detection sensor is arranged in the first detection chamber, the photoelectric detection sensor is arranged in the second detection chamber, the electrode detection sensor and the photoelectric detection sensor are respectively connected with the PLC, and the PLC is connected with the display. The detection device is used for online detection of quality of household drinking water.

The invention discloses a gravity shelf with a self-locking stop flip plate. The gravity shelf comprises a shelf body; the shelf body is provided with goods locations arranged obliquely, so that goodsat the goods locations glide to the discharge ends of the goods locations under the action of the own gravity of the goods; the self-locking stop flip plate used for stopping or releasing the goods is arranged at the discharge ends; when the self-locking stop flip plate is in a self-locking state, the goods are stopped by the self-locking stop flip plate and are located at the goods locations; and when the self-locking stop flip plate is in an unlocking state, the goods glide out of the discharge ends under the action of the own gravity of the goods. According to the gravity shelf disclosed by the invention, automatic discharge or storage of the goods is realized through the self-locking stop flip plate having a self-locking function, and thus, a basis and support are provided for establishment and development of unmanned intelligent warehousing; conveying equipment for automatically conveying the goods is capable of directly carrying the goods gliding from the goods locations; and the conveying equipment only needs to perform positioning on the goods locations and do not need to perform positioning on the goods, so that a butting flow between the conveying equipment and the goodsis simplified, and butting is easy to realize.

A docking apparatus and method is used in a read/write recording assembly (10) and includes a bay structure, such as a sub-frame (50), adapted to receive a tape cartridge (18) The sub-frame (50) is disclosed to pivot relative to the assembly's main frame. A pawl element (78) is controlled by a cam assembly (40) in a first mode so as to move from an advanced position to a withdrawn position thereby to move the cartridge (18) from a received/extended position to a received/retracted position. The cam assembly (40) also mounts the cartridge (18), for example, by pivoting the sub-frame (50) relative to the main frame. Driving the cam assembly (40) in a second mode reverses this operation. The cam assembly (40) may use a single rotatable cam element (72) to accomplish the loading and mounting of the cartridge (18), and a suitable drive actuates the cam assembly (40).

The invention discloses a general stirring pumping perfusion vehicle of high and low elasticity model cement emulsified asphalt slurry, comprising an on-vehicle container frame. The on-vehicle container frame is internally provided with a stirring tank which is externally connected with a fluid material and dry material feeding system, and an on-line perfusion trolley is connected out of the stirring tank through a pumping feeding system; the fluid material and dry material feeding system comprises a dry material storage and a fluid material storage; the dry material storage is connected into a cylindrical tank body of the stirring tank through a helical conveyer; the fluid material storage is connected into the cylindrical tank body of the stirring tank through a transfer pipe with a control valve; the pumping feeding system comprises a mortar pump which is respectively connected with a feeding pipeline and a material supply pipeline; a discharge opening with a discharge valve is arranged at the bottom of the stirring tank of the perfusion vehicle; and the discharge valve is externally connected with a discharge pipeline with a manual butterfly valve. The invention adopts the large-volume design, realizes automatic loading and counting, satisfies the construction requirement, ensures even dosing and stirring, saves energy and protects the environment.

The present invention relates to a labeling machine for attaching handles to PET containers, in particular to a labeling machine for PET containers, the labeling machine has a container input, with a plurality of A transport unit of aligned rotating discs, a labeling unit and a container output, wherein a handle feeder for attaching handles to the containers is arranged on the periphery of the transport unit.