30results about How to "Fast layout" patented technology

The invention provides an install and play-type online monitoring realization system and method. The install and play-type online monitoring realization system comprises online monitoring nodes, a wireless communication gateway and a control software system, wherein the control software system is used to adopt a dynamic encryption method to perform connection security verification on each online monitoring node through the wireless communication gateway, acquisition of a parameter key and an instruction key is included, and the data communication security is improved; and the online monitoringnodes comprise a collector, a data conversion module, a pre-buffer, a processor, a communication buffer, a wireless transmission module, a battery system and a reset circuit. The install and play-type online monitoring realization system and the method have the advantages that the health statuses of power devices in a substation and a power supply station area can be monitored in real time, and install and play for online monitoring can be realized; through rapid construction of an information acquisition device on the spot, remote and real-time monitoring on the power device can be realized,the operation efficiency of the system can be improved, the manpower and the material resources can be reduced, and the cost can be saved; and thus, the arrangement speed is quick, the system networking is flexible, the cost is low, the power consumption is low, and the extensibility is strong.

The invention relates to a metro station three-dimensional model automatic generation method. The method comprises the following steps of 1, obtaining station parameters and room parameters; 2, generating contours used for room arrangement according to the station parameters and the room parameters; 3, according to types and room priorities of station rooms and region priorities of different regions of the contours, performing the room arrangement in the different regions of the generated contours; 4, according to a room arrangement result in the step 3 and the station parameters, obtaining spatial information of a path used for pipeline arrangement, wherein the path is divided into multiple path segments, and the spatial information includes path segment information used for recording thepositions of the path segments; 5, obtaining end point information and pipeline size information of pipelines needed to be arranged; and 6, according to the information obtained in the steps 4 and 5,performing the pipeline arrangement, and according to the room and pipeline arrangement results, generating a metro station three-dimensional model.

The invention discloses an intelligent substation virtual terminal information flow layout method based on improved force guiding algorithm, which relates to a multi-source data association analysis,graph data visualization and visualization analysis technology used in the intelligent substation, comprising the following steps: S1, analyzing SCD file; S2, modeling of information flow and networkdiagram of virtual terminal; 3, forming a node table and a branch connection table; S4, carrying out the IED layout according to the force guiding algorithm; S5, performing automatic layout optimization adjustment of connecting lines. The invention can automatically visualize the layout of the IED and the connection relationship of the whole station of the intelligent substation connected by the double bus bars, and the layout speed is fast and the layout is beautiful. The improved force guidance algorithm is used to make the layout more in line with the habits of operation and maintenance personnel, retaining the characteristics of double-bus connection, which can better reflect the various characteristics of information flow of double-bus connection intelligent substation; the method easily reveals the characteristics of IED and related connection relations in the form of double busbar connection, and to find the characteristics of virtual terminal information flow.

The invention relates to suspension type deep-foundation-pit up and down stairs. The suspension type deep-foundation-pit up and down stairs comprise a plurality of first walkways, a plurality of second walkways, telescopic supporting parts and a plurality suspension parts; and the telescopic supporting parts comprise a plurality telescopic rods, the first walkways are correspondingly installed between every two telescopic rods which are arranged on the same sides but provided with different axes, the second walkways are correspondingly installed between every two telescopic rods which are arranged on different sides, and the first walkways and the second walkways are rotatably connected in a mutual unparallel mode. When pushing force or pulling force is applied to the telescopic rods, thefirst walkways can change a first gradient angle of the first walkways by a method of rotating around the second walkways; and / or the second walkways can change a second gradient angle of the second walkways by a method of rotating around the first walkways; so that the up and down stairs are enabled to be installed on an inner space of a deep foundation pit according to the changes of the first gradient angle and the second gradient angle by a folding or spreading mode, and the up and down stairs enables working personnel to go down into the deep foundation pit gradually or return to the ground gradually.

The invention discloses a safety protection system for highway construction, relating to the technical field of highway construction. The safety protection system comprises a plurality of support columns and folding protective guards located between adjacent support columns, wherein the support columns are connected with the folding protective guard through quick connection mechanisms. The safetyprotection system has the beneficial effects that a distance between the adjacent support columns can be adjusted by the folding protective guards, the protective guards are arranged very conveniently, and on-site dimension calculation before the arrangement is not required; besides, the support columns are connected with the folding protective guards through the quick connection mechanisms conveniently and simply, which helps to improve the arrangement speed of the safety protection system.

The invention discloses a suspended scaffold structure, and belongs to the technical field of construction assembly parts. The suspended scaffold structure comprises a wall, a first bolt and a secondbolt, wherein the first bolt and the second bolt are arranged in the wall. The suspended scaffold structure further comprises a horizontally-arranged supporting strip, a longitudinally-arranged protective strip, and a telescopic connection rod. The threaded part of the second bolt is inserted into one end of the supporting strip and is in threaded connection with the supporting strip; the bottom end of the protective strip is fixedly connected to the end, away from the second bolt, of the supporting strip; the two ends of the telescopic connection rod are connected with the threaded part of the first bolt and the top end of the protective strip correspondingly; and a scaffold plate is placed on the supporting strip. According to the suspended scaffold structure, by pre-burying the multiplepre-buried bolts of which the threaded sections stretch out of the wall into the wall in the longitudinal direction, a scaffold can be directly connected with the wall, thus, the scaffold arrangementspeed is increased, and the project construction efficiency is improved. Meanwhile, the scaffold can be assembled with a prefabricated wall in advance, that is, the scaffold is assembled while the prefabricated wall is assembled, and accordingly, the precious field construction time is saved.

The invention relates to the field of road detection, and particularly relates to a positioning grid for road lighting detection and a road lighting detection method. The positioning grid comprises a fixed border, a movable longitudinal side, at least one longitudinal line, at least one transverse line and scales arranged on the fixed border and the movable longitudinal side. The positioning grid can be reused, is high in point distribution speed and accurate in positioning, can reduce the detection cost, is convenient to transport and use, does not cause any influence on the internal and appearance quality of a road, can be used for quickly opening the traffic to reduce potential safety hazards, and can be used for a central point distribution method and a four-corner point distribution method.

The invention discloses a safety prevention and control system based on a UWB technology, and the system is characterized in that the system comprises a micro base station, a micro gateway base station, an electronic tag, a background server, and a display; wherein the micro base station and the micro gateway base station are arranged in an electric power operation supervision environment, and theelectronic tag is carried by electric power personnel to position the personnel and detect safety index parameters in real time; the electronic tag, the micro base station and the micro gateway basestation form a UWB local area network by using UWB signals; the electronic tags, the micro base stations and the micro gateway base stations are connected in pairs through UWB local areas. According to the system, the UWB is used to construct a local area network, accurate positioning and safety index evaluation of personnel are realized, an efficient monitoring means is provided for supervisors,the system is simple in structure and flexible in arrangement, the system arrangement efficiency and cost are greatly improved, and the supervision effect is improved.

The invention relates to a movable positioner, in particular to an efficient movable positioner based on wireless sensors. The efficient movable positioner based on the wireless sensors can acceleratethe arrangement speed of sensor nodes and does not influence the engineering progress. The efficient movable positioner based on the wireless sensors comprises an installation box, a sensor integration box and the like, and the sensor integration box is arranged in the installation box. According to the positioner, through the arrangement of a screwing-in mechanism, a worker can well insert the positioner into a soil layer; in addition, the sensors can be arranged after the sensor integration box is taken out by the worker, so that the arrangement speed of the sensor nodes can be increased, the engineering progress is not influenced; and through a locking mechanism, a spiral pipe can be reinforced, so that the spiral pipe is prevented from loosening.

The present invention discloses a rapid stock layout method of rectangular workpieces for a single specification board. The rapid stock layout method comprises: (1) a workpiece traversal step of inputting initial data of a plurality of to-be-arranged rectangular workpieces, and traversing the initial data of all the to-be-arranged rectangular workpieces; and (2) a first rectangular workpiece stock layout step of rapidly recommending and arranging a rectangular workpiece as the first rectangular workpiece, arranging the first rectangular workpiece with priority arrangement sequences of left lower, right lower, left upper and right upper, and putting the first rectangular workpiece at a left lower corner, a right lower corner, a left upper corner or a right upper corner of a rectangular single board. According to the rapid stock layout method of rectangular workpieces for the single specification board, a 'clean cut' process requirement is satisfied by a blanking stock layout process, stock layout speed is fast, the total utilization rate of the board is high, manufacturing cost of enterprises is largely reduced, requirements of the enterprises on multispecies concentrated blanking are satisfied, and great benefits are brought for blanking production and selection of the manufacturing enterprises.

The present invention relates to a safety-based method for adjusting the suspension angle of up and down stairs in a deep foundation pit, comprising: a processing module acquires a stress-strain signal monitored by a monitoring module installed in the suspension part and generates a stress equivalent, and when the stress equivalent exceeds a certain In the case of stress, the processing module can generate an execution signal and transmit the execution signal to the adjustment module, and based on the execution action generated by the adjustment module according to the execution signal, the mechanical construction module can adjust the movement of going up and down the stairs. The height adjusts the suspension angle formed by the suspension part and the up and down stairs, so that the up and down stairs can be safely installed in the inner space of the deep foundation pit when the stress equivalent exceeds the allowable stress . The up and down stairs are made into a stretchable structure. Based on the stress monitoring of the suspension part, when the stress reaches the allowable stress, the suspension angle can be adjusted to reduce the stress value of the suspension part to ensure construction safety.

The invention relates to an up-down stair height adjusting method based on height recognition. The up-down stair height adjusting method comprises the steps that a processing module obtains the depthof a deep foundation pit and the first height of up-down stairs to generate a first comparison result, wherein the depth of the deep foundation pit and the first height of the up-down stairs are collected by a recognition module; under the situation that the first comparison result exceeds a threshold value of the height difference value, the processing module can generate an execution signal andtransmits the execution signal to an adjustment module, and the adjustment module generates an execution action based on the execution signal to act on a mechanical construction module, so that the mechanical construction module adjusts the height of the up-down stairs to the second height; and a footpath unit which can change slope angles and can extend and retract is constructed by the mechanical construction module, and thus the depth of the up-down stairs can be adjusted in a folded or unfolded mode according to the changes of the first slope angle and the second slope angle so as to enable to the up-down stairs to be mounted in the inner space of the deep foundation pit.

The invention provides an install and play-type online monitoring realization system and method. The install and play-type online monitoring realization system comprises online monitoring nodes, a wireless communication gateway and a control software system, wherein the control software system is used to adopt a dynamic encryption method to perform connection security verification on each online monitoring node through the wireless communication gateway, acquisition of a parameter key and an instruction key is included, and the data communication security is improved; and the online monitoringnodes comprise a collector, a data conversion module, a pre-buffer, a processor, a communication buffer, a wireless transmission module, a battery system and a reset circuit. The install and play-type online monitoring realization system and the method have the advantages that the health statuses of power devices in a substation and a power supply station area can be monitored in real time, and install and play for online monitoring can be realized; through rapid construction of an information acquisition device on the spot, remote and real-time monitoring on the power device can be realized,the operation efficiency of the system can be improved, the manpower and the material resources can be reduced, and the cost can be saved; and thus, the arrangement speed is quick, the system networking is flexible, the cost is low, the power consumption is low, and the extensibility is strong.

The invention relates to a metro station three-dimensional model automatic generation method. The method comprises the following steps of 1, obtaining station parameters and room parameters; 2, generating contours used for room arrangement according to the station parameters and the room parameters; 3, according to types and room priorities of station rooms and region priorities of different regions of the contours, performing the room arrangement in the different regions of the generated contours; 4, according to a room arrangement result in the step 3 and the station parameters, obtaining spatial information of a path used for pipeline arrangement, wherein the path is divided into multiple path segments, and the spatial information includes path segment information used for recording thepositions of the path segments; 5, obtaining end point information and pipeline size information of pipelines needed to be arranged; and 6, according to the information obtained in the steps 4 and 5,performing the pipeline arrangement, and according to the room and pipeline arrangement results, generating a metro station three-dimensional model.

The invention relates to a safety-based method for adjusting the hanging angle of an upper stair and a lower stair of a deep foundation pit. The safety-based method for adjusting the hanging angle ofthe upper stair and the lower stair of the deep foundation pit comprises the following steps that a processing module acquires stress and strain signals monitored in a monitoring module arranged at ahanging part and generates stress equivalent; and under the condition that the stress equivalent exceeds allowable stress, the processing module can generate an execution signal and transmit the execution signal to an adjusting module; an execution action is generated based on the execution signal of the adjusting module, a mechanical structure module adjusts the hanging angle formed by the hanging part and the upper stair and the lower stair by adjusting the height of the upper stair and the lower stair, so that the upper stair and the lower stair are safely installed in the inner space of the deep foundation pit under the condition that the stress equivalent exceeds the allowable stress. The upper stair and the lower stair are manufactured into a telescopic structure, based on the stressmonitoring of the hanging part, when the stress reaches the allowable stress, the hanging angle can be adjusted to reduce a stress value of the hanging part to ensure the construction safety.

The invention discloses a movable long-term measurement system for an electromagnetic environment of an alternating-current power transmission project. The system is composed of a test vehicle, a vehicle body noise reduction module, a power supply module, an electromagnetic environment measurement module and a meteorological parameter measurement module. Electromagnetic environment levels under various meteorological conditions are obtained through all-weather automatic measurement, data are transmitted out through a network, long-term testing of a point is achieved by fixing a vehicle at a certain position, and testing of measuring points at different positions is achieved through movement of the vehicle. Electromagnetic environment levels under various meteorological conditions are obtained through all-weather automatic measurement, personnel duty time is reduced, the characteristic that a measurement vehicle is convenient to move is utilized, measurement point arrangement speed is increased, land occupation and crop damage are reduced, long-term testing of multiple measurement points in a short time can be achieved, and measurement efficiency is improved.

The invention relates to an up-down stair height adjusting method based on height recognition. The up-down stair height adjusting method comprises the steps that a processing module obtains the depthof a deep foundation pit and the first height of up-down stairs to generate a first comparison result, wherein the depth of the deep foundation pit and the first height of the up-down stairs are collected by a recognition module; under the situation that the first comparison result exceeds a threshold value of the height difference value, the processing module can generate an execution signal andtransmits the execution signal to an adjustment module, and the adjustment module generates an execution action based on the execution signal to act on a mechanical construction module, so that the mechanical construction module adjusts the height of the up-down stairs to the second height; and a footpath unit which can change slope angles and can extend and retract is constructed by the mechanical construction module, and thus the depth of the up-down stairs can be adjusted in a folded or unfolded mode according to the changes of the first slope angle and the second slope angle so as to enable to the up-down stairs to be mounted in the inner space of the deep foundation pit.

The invention relate to an assembly method of a heat-exchange device, which comprises the steps that A, the volume and materials which are matched with a plurality of heat-exchange heat storage water tanks are selected according to system configuration; pressure detection is conducted on the volume and the materials; the heat-exchange heat storage water tanks can be selectively configured with enamel or stainless steel liners according to different water quality conditions; and B, the heat-exchange heat storage water tanks are combined into a heat-exchange heat storage water tank group. The heat-exchange device and a heat storage device are integrated, so that pipeline connection between the heat-exchange device and the heat storage device is avoided during site construction, and an assembly process of the heat-exchange device is simplified. In addition, partial pipelines and a heat-exchange control device can be arranged in the heat-exchange device in advance, so that a relevant prefabricated piece can be produced and assembled in a factory, and is not required to be assembled temporarily during site arrangement, and the heat-exchange device is high in arrangement speed and short in construction cycle.

The present invention relates to the technical field of electrical equipment, and specifically relates to a quick installation structure for electrical beams, including a first vertical beam, a second vertical beam and a horizontal beam, and a wiring board located on one side of the first vertical beam, and a cable board located on both sides of the horizontal beam. The suspension mechanism at the end and the line beam connected directly under the cross beam, the front side of the first vertical beam and the second vertical beam are provided with wire slots, and the wiring board and the cross beam are fixed by the suspension mechanism. The present invention adopts the hanging method instead of the bolt fixing method, which can realize the quick installation and adjustment of the electric beam, and the cooperation of the wire groove, the cable arrangement board and the hanging groove facilitates the guiding and arrangement of the equipment wires, and at the same time, it is directly suspended under the beam The line beam is connected by snap-fitting, which is not only quick to install, but also convenient to arrange the outgoing lines of the electrical equipment on the beam. fast installation efficiency.

The invention relates to an adjusting device for stairs of a deep foundation pit. A processing module obtains stress-strain signals monitored in a monitoring module arranged on a hanging part and generates a stress equivalent, under the condition that the stress equivalent exceeds allowable stress, the processing module can generate an execution signal and transmit the execution signal to an adjusting module, and a mechanical structure module adjusts the hanging angle formed by the hanging part and the stairs by adjusting the height of the stairs based on execution actions generated by the adjusting module according to the execution signal, and the stairs can be safely arranged in the inner space of the deep foundation pit under the condition that the stress equivalent exceeds allowable stress. The stairs are manufactured to be of a telescopic structure, and based on stress monitoring on the hanging part, when the stress reaches allowable stress, the hanging angle can be adjusted to reduce the stress value of the hanging part so as to guarantee construction safety.

The invention discloses multifunctional electric grid fish blocking equipment. The multifunctional electric grid fish blocking equipment comprises anchoring devices and stand columns, wherein the anchoring devices are arranged on the outer sides of the stand columns, a bearing steel wire rope is fixedly connected between the left anchoring device and the right anchoring device, the upper ends of the stand columns are fixedly connected with a saddle through third bolts, an output shaft of a driving part is fixedly connected with a rope wheel, channel steel is slidably connected with an undercarriage, and limiting seats are installed at the tail ends of the two sides of the channel steel. The multifunctional electric grid fish blocking equipment is scientific and reasonable in structure and safe and convenient to use, through cooperation of a winch, the traction steel wire rope, a movable pulley, a fixed pulley, the undercarriage, suspension electric driving devices and a driving and detouring mechanism, the winch is controlled to drive the traction steel wire rope to drive the movable pulley to synchronously ascend and descend, all the suspension electric driving devices can be replaced through repeated operation, so that the situation that arrangement of a fish blocking electric grid in a riverbed is inconvenient is avoided, the arrangement speed of the electric grid suspension electric driving devices is increased, the maintenance and replacement time of the suspension electric driving devices by maintenance personnel is greatly shortened, and the recovery efficiency of the suspension electric driving devices is greatly improved.

The invention relates to the technical field of heating detection and aims to provide the new crown heating quick detection equipment which is convenient to use and good in universality. The system comprises a door-shaped passing gap, thermal imaging heating detection equipment installed on the passing gap, and interception equipment arranged on the two sides of the passing gap. The intercepting equipment comprises a storage box fixedly installed on the outer side face of the passage, a partition intercepting assembly is placed in the storage box, and a taking-out opening is formed in the endface of one end of the storage box; the partition interception assembly comprises a storage rotating drum and a plurality of supporting handrails. The intercepting assembly can be conveniently and quickly stored in the storage box and can also be conveniently and quickly taken out of the storage box to be arranged, so that the overall arrangement is more flexible, and compared with existing various assembly type equipment, the intercepting assembly is more in application scene and higher in arrangement speed.

The invention relates to a movable locator, in particular to a high-efficiency movable locator based on a wireless sensor. The invention provides a high-efficiency mobile locator based on wireless sensors, which can accelerate the arrangement speed of sensor nodes and does not affect the project progress. A high-efficiency movable positioner based on a wireless sensor includes an installation box, a sensor integration box, etc.; the installation box is provided with a sensor integration box. The present invention enables workers to better insert the device into the soil layer through the setting of the screw-in mechanism. In addition, the workers can install the sensor after taking out the sensor integration box, thereby speeding up the arrangement speed of the sensor nodes without affecting the project. Progress, the spiral tube can be reinforced by the locking mechanism to prevent the spiral tube from loosening.