323results about How to "Meet regulatory needs" patented technology

The invention relates to a distribution network peak load shifting distributed energy storage power distribution and coordination control method which comprises the steps that (1) the total adjusting power of distributed energy storage system peak load shifting is determined; (2) a power distribution strategy of a similar distributed energy storage system is determined; (3) power distribution strategies of a distributed mixed energy storage system at different time scales are determined; and (4) the distributed mixed energy storage system is subjected to coordination control. Distribution network peak load shifting is achieved, the peak valley difference rate meets the requirement, charging-discharging power distribution and control based on an energy-storage system real-time state are achieved, over charging and over discharging are avoided, coordination control of different kinds of energy-storage systems is achieved, and the adjusting requirements of different network distribution time scale loads are met.

The invention discloses a ticket clearing system and method. The ticket clearing system includes a data acquisition subsystem, a data verification subsystem, an account clearing system, an account checking subsystem, a settlement subsystem, a report-form statistics subsystem, a system configuration management subsystem and a system monitoring and management subsystem. The system also includes an external system and a clearing rule management subsystem. The method includes data monitoring and management processes such as a data acquisition process, a status inquiry service process, a query verification process, a ticket purchase process, a station entrance and exit station-code matching verification process, a card balance verification process, a query service type clearing process, a station exit clearing process, an account checking data request process, an account checking detail data request process, an account checking data confirmation request process, a settlement process, a report-form subsystem process, a system configuration management subsystem process and a data receiving monitoring process and the like.

The invention belongs to the field of engineering construction, in particular to a management system and a management method of a construction engineering labor service personnel. The current labor force management system on the market is applied independently by each enterprise or project, the information of the same labor personnel can not be shared, the labor team and labor personnel flow frequently, and the enterprise can not grasp the complete employment experience and performance evaluation of the past years, so there is an urgent need in the field of construction engineering labor personnel management system and management method to overcome the above problems. The invention provides the management system and the management method for the construction engineering labor service personnel, which can help to identify whether the labor service personnel conform to requirements, actively discover problems and implement predetermined measures to prevent employment risks. There are many kinds of attendance plans, and different types of projects choose the appropriate plan according to the needs; It has a standard interface to meet the needs of multiple data docking and help enterprises to improve the application value of real-name data. The invention is simple, easy to use and low in cost.

The invention provides an adjustable offshore large wind power blade lifting appliance and a lifting method thereof, and relates to the blade lifting appliance and the lifting method of an offshore large wind power generator set. According to the lifting method, the adjustable offshore large wind power blade lifting appliance is adopted, and the lifting appliance comprises a platform, a blade rootend clamp, a blade tip end clamp, a balance weight and a swing arm, wherein the swing arm is hinged to the upper surface of the platform, the lower clamping head I is carried out horizontal positioning control by utilizing the positioning hydraulic cylinder I of the lifting appliance, the lower clamping head II is carried out horizontal positioning control by utilizing the positioning hydraulic cylinder II, the upper clamping head I and the upper clamping head II is carried out fall control by utilizing the clamping hydraulic cylinder I and clamping hydraulic cylinder II respectively, the hydraulic cylinder is adjusted and the hydraulic cylinder can be used for performing lead hammer intersection angle control on blades installed in front of the impeller, and adjusting requirements of mounting angles of blades can be met; except rubber block I and rubber block II, other parts of the lifting appliance are not in make contact with the blades in the whole lifting process, and the clamping force can also be controlled by clamping hydraulic cylinder I and clamping hydraulic cylinder II, the surfaces of the blades cannot be damaged, and reliable lifting is carried out on the offshore large wind power blade.

The application discloses a cross-platform communication processing method and device; the method comprises the following steps: detecting an information forwarding request triggered by information content in a first communication application program by user operation, and invoking and displaying an address list of a user device of the user; detecting the user to select a to-be-sent contact name from a contact list, and displaying an application identifier list corresponding to the contact name; detecting the user to select a second application identifier from the application identifier list, obtaining a user account of the contact corresponding to the second application identifier, and opening a second communication application program corresponding to the second application identifier; using the second communication application program to build communication connection between the user device and the user device of the contact according to the contact user account and the user account in the second communication application program, and sending the information content in the first communication application program to the user device using the contact user account. The method and device can realize communication between cross-platform communication applications, thus greatly improving user experiences.

The invention discloses an air conditioner control method. The method includes the steps that when the air conditioner starting condition is met, the actual room area of the room where people are located and the matched room area of an air conditioner of the room where people are located are obtained; whether the air conditioner of the room where people are located meets the adjustment requirement or not is determined according to the actual room area and the matched room area; if the air conditioner of the room where people are located meets the adjustment requirement, the air conditioner of the room where people are located is started; and if the air conditioner of the room where people are located does not meet the adjustment requirement, the air conditioner of the room where people are located and air conditioners of other rooms are started. The air conditioner control method is applied so that coordinate control among various air conditioners of existing different rooms can be achieved, and the problem that energy efficiency is insufficient or is surplus is solved.

The invention discloses a lifting device for flywheel assembly. The lifting device comprises an inverted U-shaped lifting frame, a turntable articulated with the lifting frame through a connecting shaft, and a main disc which is in cup joint with the turntable and can rotate relatively in the plane of the turntable, wherein the connecting shaft is parallel to the plane of the turntable, the main disc comprises an outer ring which can be sheathed at the edge of a flywheel, and the outer ring is provided with a rotatable buckle which can fasten the flywheel and the main disc together. When the flywheel is lifted up, the main disc can rotate in the horizontal direction freely so as to fix the position of the flywheel conveniently. After the flywheel is lifted to a corresponding position, the main disc and the flywheel rotate horizontally towards the vertical direction; meanwhile, the main disc still drives the flywheel to rotate freely in the direction of the plane of the main disc so that the flywheel can be matched with a machine body and adjusted to be assembled on the machine body conveniently. Through adoption of the lifting device, the one-time lifting and assembling process of the flywheel is realized and the requirement on the angle adjustment of the flywheel in the assembling process is met.

The invention discloses a high-precision and high-stability mirror adjustment device based on flexible hinges, comprising at least three flexible support mechanisms which are of the same structure. Each flexible support mechanism comprises motors, a flexible hinge, differential threaded decelerators and a displacement sensor. The motors are placed at the two ends of a shaft respectively, and are fixedly connected with the flexible hinge at the joints with the shells of the differential threaded decelerators. The shells of the differential threaded decelerators can slide relative to each other.Each flexible hinge is of an eight-side shape structure, the four sides in the orthogonal direction are non-deformable installation surfaces, and the other four sides of each flexible hinge are deformable thin plates. The motors drive the shells of the differential threaded decelerators to move axially and drive the deformable thin plates of the flexible hinges to change the angle so as to realize radial movement of the non-deformable installation surfaces of the flexible hinges. Through three-dimensional adjustment of the flexible support mechanisms, the adjustment of mirrors installed on the non-deformable installation surfaces is realized.

The invention relates to the technical field of bogie welding, in particular to a framework two-axis welding positioning device. The device comprises a bottom plate, sliding tables, supporting beams, cross beam steel pipe pressers and cross beam steel pipe height positioners, wherein the framework two-axis welding positioning device is arranged on a corresponding rotating table through the bottom plate; the bottom plate is provided with a guide rail; two sliding tables are arranged on the guide rail of the bottom plate; a supporting beam is arranged on each sliding table; the two supporting beams are parallel to each other; each supporting beam is provided with a cross beam steel pipe presser and a cross beam steel pipe height positioner; the cross beam steel pipe pressers and the cross beam steel pipe height positioners are arranged at the two ends of the supporting beams respectively and the cross beam steel pipe presser on one supporting beam corresponds to the cross beam steel pipe height positioner of the other supporting beam; the guide rail is arranged at the ends, provided with the cross beam steel pipe pressers, of the supporting beams; the cross beam steel pipe pressers are arranged on the guide rail of the supporting beams. The device realizes tool universalization, so the cost can be reduced and the efficiency can be improved by technological equipment.

Disclosed is a substrate rotary apparatus. The substrate rotary apparatus comprises a substrate and a working platform, wherein the working platform is used for supporting the substrate; at least onedriving apparatus used for driving the working platform to move is arranged between the top surface of the substrate and the bottom surface of the working platform; the driving apparatus comprises a driving mechanism and a guiding mechanism; the guiding mechanism comprises a linear guiding mechanism for guiding the working platform to move within a horizontal plane, and a supporting rotary mechanism; the supporting rotary mechanism is connected with the linear guiding mechanism and the working platform; and by virtue of combination use of the driving apparatus, the working platform is controlled to perform linear translation and/or rotation and/or rotation offset. By virtue of the substrate rotary apparatus provided by the invention, structural complexity is lowered, and meanwhile, production efficiency and control precision are improved.

The invention relates to a flexible endoscopic minimally invasive surgery instrument arm which comprises a front end executing device, a continuum sleeve, a steel wire flexible shaft and a steel wire flexible shaft driving device, the front end executing device is connected with one end of the steel wire flexible shaft, and the other end of the steel wire flexible shaft penetrates through the continuum sleeve to be connected with the steel wire flexible shaft driving device. The steel wire flexible shaft driving device can drive the steel wire flexible shaft to rotate and drive the front-end executing device to rotate around the axis of the front-end executing device. The steel wire flexible shaft connected with the front-end execution device is arranged in the continuum cannula, and the steel wire flexible shaft can be driven by the driving device to drive the front-end execution device to rotate around the shaft by 360 degrees, so that the front-end execution device has high surgical operation flexibility and can meet the adjustment requirements of various postures.

The invention provides an uphill assisting device, comprising a driving host embedded with a motor, a driving wheel and a driving wheel tension assembly; a steering wheel assembly, a driving rope and a bracket, wherein the driving host, the driving wheel and the driving wheel tension assembly are located at the lower part of a ladder stand, and the driving wheel tension assembly, the driving rope and the bracket are located at the lower part of the ladder stand; the driving rope is connected into a closed form and is used for connecting the driving wheel and the steering wheel; and the bracket is used for fixing the device on the ladder stand; the driving host is connected with the driving wheel directly or by a shaft joint, a gear, a belt and the like mechanisms; the driving wheel tension assembly comprises a driving wheel guiding block, a frame guiding block assembly, a guiding shaft, a tension mechanism and a tension frame; the frame guiding block assembly provides tension force to the driving wheel guiding block by the guiding shaft and the tension mechanism; the driving wheel and the driving wheel guiding block are arranged on the same base. The invention further provides a corresponding operation method for the uphill assisting device, according to the invention, whether the tension force of the driving rope is located at a useable range can be directly determined, if the tension force is lower than a permissive value, the tension force is adjusted to the useable range by an easy and convenient operation.

The invention discloses a chemical spraying device for aquaculture. The chemical spraying device for aquaculture comprises a floating plate and a remote controller. A first supporting rod, a second supporting rod, a third supporting rod and a fourth supporting rod are fixedly connected to the bottom of the floating plate from right to left successively, and the bottoms of the first, second, thirdand fourth supporting rods are fixedly connected to an oxygen concentration sensor, a temperature sensor, an oxygen generator and a first motor, separately; and the output shaft of the first motor isfixedly connected to a propeller. By action of a second steering rod, a belt pulley, a first electric telescopic rod, a third motor as well as a second electric telescopic rod, a second movable joint,a sixth supporting rod, a fifth supporting rod and a first movable joint, the adjusting demand on spraying angle and spraying range of a nozzle can be met, and the spraying efficiency is improved effectively; and the device is remotely controlled by using the remote controller, thereby bringing great convenience to chemical spraying work of people.

The invention discloses an axial rotational flow stepless regulation low-nitrogen combustor in the field of combustors. The combustor comprises an oil gun, a center air pipe, a gas pipe, a coal air pipe and an axial flow air pipe which are arranged from inside to outside in a sleeved manner; a gas channel is formed between the gas pipe and the center air pipe, a rotational flow air adjusting mechanism is arranged in the gas channel and comprises a plurality of rotational flow air adjusting fan plates evenly arranged on the periphery of the center air pipe, the rotational flow air adjusting fan plates are mounted on the periphery of the center air pipe through positioning screws, and can swing around the positioning screws, the tails of the rotational flow air adjusting fan plates are connected to a rotational flow air adjusting ring through flexible shafts, the rotational flow air adjusting ring is rotatably arranged on the periphery of the center air pipe in a sleeving manner, and the tail of the rotational flow air adjusting ring is connected with a first adjusting rod used for controlling the rotational flow air adjusting ring to rotate. The rotational flow air outlet air speed adjusting and blade angular stepless adjusting are achieved, the combustor meets the requirements of different stations for the rotational flow strength and the rotational flow angle of the combustor, and the combustor can be used for work of combustion of various kinds of industrial furnaces.

The invention discloses a novel automatic trace sample adding device. The device comprises a shell hinged with an outward turned cover, a spearhead storage unit, a spearhead recycling unit for recycling waste spearhead, a sample storage unit for storing samples and reagent, a bearing target plate and a target plate bearing unit for heating the reagent in the target plate are arranged on a horizontal platform in the shell at intervals; a liquid handling pump driven by a three-dimensional driving mechanism is arranged on the horizontal platform, an air purifying unit is arranged at an upper partof a right side plate of the shell, an ultraviolet sterilizing lamp is horizontally arranged at the upper part of a backboard of the shell, and a human-machine interaction unit is arranged at the outside of the shell. The sample adding device has the advantages of being simple in structure and high in sample adding precision; the automatic processing of the to-be-tested sample is realized, the sample adding operation is standardized, an identification result is good in repeatability; and the target plate sample adding operation is performed in the shell, and the security is high.

The invention provides an inner circle slicer which comprises a base, a lower carriage fixedly arranged at the top of the base as well as an upper carriage mounted on the lower carriage, wherein a plate seat for clamping a rod is fixedly arranged on the upper carriage, a first feeding mechanism and a second feeding mechanism are further arranged on the base, the first feeding mechanism is used for driving the lower carriage and further driving the upper carriage to move in the first direction, the second feeding mechanism is used for driving the upper carriage to move relative to the lower carriage in the second direction, and the second feeding mechanism doesn't move when the first feeding mechanism drives the lower carriage to move in the first direction. The second feeding mechanism doesn't move when the first feeding mechanism drives the lower carriage to move in the first direction, so that weight of the first feeding mechanism can be reduced, and the adjusting flexibility and the adjusting accuracy of the first feeding mechanism can be improved.

The invention relates to a full-automatic welding line for single-end and double-end power batteries. An upper-layer transport line and a lower-layer transport line are arranged on a frame; trolley fixtures are arranged on both the upper-layer transport line and the lower-layer transport line; a plurality of welding posts are distributed along the upper-layer transport line; a fixture jacking device for transporting the trolley fixtures to the upper-layer transport line from the lower-layer transport line is arranged at the front end of the frame; a fixture separator for splitting trolley parts and fixture parts is arranged above the fixture jacking device; a discharging transport line is arranged under the fixture separator, while a feeding transport line is arranged on one side of the upper-layer transport line, and a fixture mounting manipulator is arranged on the feeding transport line; a fixture lowering device is arranged at the rear end of the frame. The full-automatic welding line is capable of satisfying the welding of the tabs of both single-end and double-end power batteries simultaneously; due to automatic separation of the trolley parts and the fixture parts, the requirements of customers on production step adjustment are met, and the efficiency is also improved and the production cost is also reduced.