12results about How to "Reduce project costs" patented technology

The invention belongs to the technical field of DCS controller safe operation, and discloses a credible DCS system credible strategy batch issuing method and a related device, and the method comprises the steps: obtaining a credible strategy data file, and reading the state of the credible strategy data file; according to the state of the credible policy data file, storing policy information in the credible policy data file into a credible security management platform database, and creating a credible policy template; and sending the strategy template information in the credible security management platform database to the target host, recording a strategy issuing log, and completing batch issuing of credible strategies. According to the method, the strategies are issued to the multiple devices in batches, the tedious process of configuring the devices one by one in a traditional method is remarkably reduced, and therefore the strategy issuing efficiency is greatly improved, and the project cost generated by issuing the devices in batches is remarkably reduced.

The utility model discloses a guide sleeve for underwater insertion of a drill conductor, which comprises a first semicircular pipe and a second semicircular pipe, the first semicircular pipe is provided with a first connecting piece, the second semicircular pipe is provided with a second connecting piece, and the first connecting piece is connected with the second connecting piece. The first semicircular pipe and the second semicircular pipe are arranged on the flange in a butt joint mode, the first semicircular pipe and the second semicircular pipe are perpendicularly arranged on the flange, limiting blocks are arranged in the first semicircular pipe and the second semicircular pipe, and the limiting blocks abut against the drill conductor so that the drill conductor can be perpendicularly arranged in the first semicircular pipe and the second semicircular pipe. After the guide sleeve for inserting the drill conductor underwater is installed, the first semicircular pipe and the second semicircular pipe can be recycled and reused by disconnecting the first connecting piece and the second connecting piece. The device is small in size and convenient to disassemble, the construction difficulty is greatly reduced, and the construction risk and the project cost are reduced.

The invention relates to the technical field of spotlights, in particular to an integrated lamp with adjustable photoelectric parameters. Comprising a lamp body, a light source assembly is arranged in the lamp body, a light changing assembly, a main control circuit board and a photosensitive sensor are arranged on the lamp body, the light changing assembly and the light source assembly are arranged in a paired mode, and the main control circuit board is connected with the photosensitive sensor and the light source assembly through lines; a color temperature adjusting switch, a power adjusting switch and a light sensing switch are arranged on the lamp body, and the color temperature adjusting switch, the power adjusting switch and the light sensing switch are all connected with the main control circuit board in a matched mode; the LED lamp is reasonable in structure, the light changing assembly can adjust the beam angle, the light spot size and the irradiation range, the working mode of the lamp can be adjusted through the color temperature adjusting switch and the power adjusting switch on the main control circuit board, the photosensitive sensor can control the lamp to be automatically turned on and turned off, and therefore the lamp can be installed and used only through a field power line; therefore, construction difficulty and project cost are reduced.

The invention discloses a subsea pipeline initial anchoring method in a complex sea area, according to the subsea pipeline initial anchoring method in the complex sea area, anchoring is achieved through a vibratory hammer assembly, the vibratory hammer assembly comprises a vibratory hammer, and a subsea pipeline laying initial steel pile anchor point is driven in or pulled out through the vibratory hammer. According to the initial anchoring method for the subsea pipeline in the complex sea area, the steel pile can be rapidly driven in and pulled out in the complex sea area, and the initial cable laying efficiency is remarkably improved; the vibratory hammer assembly is used for driving and pulling the steel pile, large ship resources do not need to be occupied, the applicable construction range is wide, limitation of construction conditions such as pipelines and geology is small, the situation that subsea pipeline laying tension is insufficient is effectively avoided, reasonable arrangement of procedures is facilitated, in addition, steel pile materials can be recycled, overall operation is convenient, construction is convenient, and the construction cost is reduced. And the construction risk and the project cost are reduced.

The application discloses a rail transfer trolley and a motor train unit assembling platform, wherein the rail transfer trolley is arranged below a false trolley and comprises a trolley frame, a lifting device arranged on the trolley frame and used for adjusting the height of the false trolley in the vertical direction by lifting the false trolley back and forth, and a trolley moving device arranged on the trolley frame and used for moving the position of the rail transfer trolley. The rail transfer trolley can lift the false trolley away from the platform by the lifting device, so that the collision between the false trolley and the platform is avoided. Then the rail transfer trolley can move the position by the trolley moving device, so that the false trolley is moved together with the rail transfer trolley, the rapid movement of the trolley body to change the track is realized without changing the structure of the workshop, the personnel passing and operation are not affected, the smooth flow of the workshop is ensured, the project cost is reduced, and the labor intensity of workers is greatly reduced and the production efficiency is improved.

The application discloses a kind of enterprise carbon management level evaluation methods, it is related to enterprise carbon management level evaluation technical field, existing enterprise carbon neutral management system has not been established, lack clear enterprise carbon neutral development evaluation framework;Existing enterprise disclosure type document identification extraction efficiency is poor.The present application provides a kind of enterprise carbon management level evaluation method, adopts the double-channel fusion architecture of original text fast channel, multi-modal visual identification main channel, and channel decision is carried out to each page respectively;Through multidimensional quality heuristic determination to original text flow, the page of insufficient reliability is automatically abandoned, and visual identification is turned into;Identification cost is significantly reduced, and identification stability is improved;Build the enterprise carbon neutral management and development CROCS model including sure carbon, carbon reduction, carbon offset, carbon emission and carbon stimulation five modules;Based on the model, the development of enterprise carbon neutral is evaluated.

The utility model provides a kind of glue block feeding device and glue block bonding device, it is related to industrial equipment field.The installation of current car sunroof pad depends on manual operation, it is difficult to meet the needs of industrial production.The present application provides a kind of glue block feeding device, including glue plate bin, limiting mechanism, air knife, feeding mechanism and turning block device, glue plate in glue plate bin is pushed to specified position in limiting mechanism by feeding mechanism, using air knife, air outlet and turning block plate are turned to predetermined angle, realize automatic feeding.The present application also provides a kind of glue block automatic bonding device, including glue block turnover detection device, glue block air claw, air cylinder and mobile robot, after glue block turnover detection device detects glue block and turned to predetermined angle, it is bonded by glue block air claw clamping, mobile robot drives.The utility model realizes the automatic feeding and bonding of glue block, realizes product production automation while guaranteeing the stability of product.

The present invention provides a task allocation method and device, belonging to the field of cloud computing technology. The task allocation method comprises: obtaining a label factor, a label of a task to be allocated, labels of n IDs to be matched, and a maturity base of the n IDs to be matched; wherein n is an integer greater than 1; determining the decision factors of the n IDs to be matched according to the label factor, the label of the task to be allocated, the labels of the n IDs to be matched, and the maturity base of the n IDs to be matched; and allocating the task to be allocated to the ID to be matched corresponding to the minimum decision factor among the n decision factors. The present invention can realize the automatic allocation of tasks, reasonably arrange production, improve the efficiency of task completion, and reduce project completion time and project cost.

The invention relates to an artificial island and a sinking method and a floating method thereof, the artificial island comprises a caisson module, and the caisson module comprises a box body provided with a containing cavity; the vertical pile is connected with the bottom of the box body; the liquid passing assembly communicates with the containing cavity and is configured to enable the box body and the vertical pile to sink when liquid is injected into the containing cavity, so that the vertical pile is inserted into the seabed; and when the liquid in the accommodating cavity is discharged, the box body and the vertical pile float upwards. And the caisson modules can be subjected to unified modular construction on the land, so that the construction period on the sea is shortened. A tugboat is adopted to transfer the caisson module to a preset sea area, the liquid passing assembly can inject liquid into the containing cavity, the box body containing water drives the vertical pile to sink till the vertical pile is inserted into the seabed, and floating of the caisson module can be avoided through the acting force between the vertical pile and the seabed. The box body has certain structural strength, the stability of the worker island foundation is guaranteed, the space in the containing cavity is filled with water, a large amount of earth and stone does not need to be used for filling a preset sea area, and the offshore engineering amount is reduced.

The application discloses a jacket loading boosting support structure and a removing method thereof, and belongs to the field of offshore engineering. The jacket loading boosting support structure comprises a base plate, a first ear plate and a second ear plate. The first ear plate and the second ear plate are connected on the base plate in a spaced manner. Symmetrical through holes are formed on the first ear plate and the second ear plate. A fixed pin shaft is inserted into the through holes, so that the first ear plate and the second ear plate are connected on a slide. A jack base is arranged on the base plate. A boosting jack is arranged between the jack base and continuous slide shoes of the jacket. The boosting jack is started to push the continuous slide shoes, so that the jacket slides along the slide. The jacket loading boosting support structure provided by the application can quickly complete the removing of the boosting support structure without stopping the jacket loading process, and significantly increases the boosting capacity of the jacket. The jacket loading boosting support structure is installed at the end of the continuous slide shoes of a launching truss. After the jacket slides, the jacket loading boosting support structure can be quickly removed and safely transferred with the minimum welding and cutting workload.

The present invention relates to the technical field of water system air conditioners, and in particular to a standardized water system air conditioner remote data acquisition system and method, comprising a screen clicking manipulator, which is used to click a water system air conditioner human-machine interaction screen according to instructions and generate a trigger signal; a learning bus repeater, which is used to receive the trigger signal and start to capture the interaction data between the water system air conditioner human-machine interaction screen and the water system air conditioner host; and a cloud data processing center, which is used to receive and process the interaction data. The present invention takes the human-machine interaction screen as a starting point, and realizes the communication protocol learning between the water system air conditioner human-machine interaction screen and the water system air conditioner host through the learning bus repeater, the screen clicking manipulator, and the cloud data processing center, simulates the water system air conditioner human-machine interaction screen to send control data to the water system air conditioner host, and then controls the reading of the water system air conditioner host status and key parameters, forming a standardized and replicable water system air conditioner parameter acquisition and centralized control solution.

The invention relates to the technical field of shielding optimization, in particular to a neutron moderation and collimation shielding optimization method based on BNCT, and the method comprises the following steps: calculating the thickness required by a shielding wall based on the construction information of a cyclotron installation room in combination with the radiation shielding effect of a shielding wall material, and obtaining the construction thickness analysis result of the shielding wall. According to the method, the construction accuracy and the shielding effect maximization are ensured by considering the construction information of the cyclotron, preselecting the shielding material and calculating the thickness of the shielding wall, the selection of the radiation blocking material is optimized by matching the pore channel requirements and the material characteristics, and the material consumption is evaluated, so that the radiation blocking effect is improved. Effective utilization of resources and optimization of project cost are ensured, and the most economical and effective shielding scheme can be selected for medical facilities by introducing cost-benefit analysis and combining material cost, construction cost, follow-up maintenance cost and service life evaluation.