47 results about "Building inspection" patented technology

This invention is a system for creating an interactive home inspection report having an inspection item associated with a target property by receiving home inspection information, creating an electronic home inspection report, determining whether the inspection item needs maintenance or repair, receiving vendor information from the vendor computer readable medium associated with a vendor whose goods or services are associated with the inspection item if the inspection item needs maintenance or repair, generating an embedded link from the vendor information, including the inspection item and the embedded link in the home inspection report if the inspection item needs maintenance or repair so that a viewer of the electronic home inspection is provided with a link to the vendor content who provides good or services associated with the inspection item.

The instant invention is a network system and a method for managing building inspections. The network system for managing building inspections, according to instant invention, includes a central site, a user site, a data manager site, and an administrator site. The central site includes a first database, a second database, and the means for communicating electronically with a remote computer. The first database receives information related to building inspection requirements from at least one data manager, and it includes means for controlling the unidirectional transmission of the building inspection requirements into the first database. The second database is operatively connected to the first database, and it controls the access of the data managers to the first database. The user site includes at least one user access point, which provides access to users to only view, read, print, search or save the information stored in the first database. The data manager site includes at least one data manager access point, which provides access to data managers to only view, read, print, search, or save the information stored in the first database and to add new information in the first database. The administrator site includes at least one administrator access point, which provides access to view, read, print, search, save, or modify the information stored in second database or to add new information into second database. Furthermore, the method for managing building inspections, according to instant invention, includes providing a network system for managing building inspections, as described above, and managing building inspections via said network system.

The present invention provides the home inspection industry with an easily implemented method for creating and maintaining an organized history of home inspections for a particular property over time. The inspector performs an original inspection, then maintains a file of updated inspections over time. The file may be maintained on the internet or on paper. The marketability of the home is increased because any potential buyer for the home has access to the history of the home over several years, along with any disclosure provided by the home's current owner and the findings of the potential buyer's own due diligence on the home.

A system for providing transparency in a real estate transaction is provided that allows buyers and sellers of real property to interact with each other legally, safely, and efficiently without requiring a traditional real estate agent. Sellers interact with the system to create listings, accept offers, make counter-offers, and hire experts as needed. Buyers interact with the system to find listings, make offers and counter-offers, and hire experts as needed. The system may have an integrated connection with platform partners that provide services such as seller authentication, advertising, or payment processing. Service providers may interact with the system to offer services relevant to a real estate transaction such as home inspection, repair, real estate legal counseling, lending, title search, or escrow services. Service providers may receive requests for quotes for service from buyers and sellers through the system, respond with bids, be awarded work, and paid though the system.

The invention is a building inspection device for inspecting a side of a building comprising a body having a under-side, a line attachment means connected to the body for movably connecting the body to a guide line, an alignment means for aligning the body so that the underside of the body faces the side of the building, a system controller for controlling the inspection device, and a sensing device disposed in the body having a sensor located on the underside of the body for inspecting a portion of the side of the building, wherein the sensing device is controlled by the system controller. The line attachment means may be connected to a vertical weight-bearing guide line, and the alignment means may comprise a second vertical guide line also connected to the line attachment means.

The invention discloses an unmanned aerial vehicle violation building inspection method and device, and a storage medium, and the method comprises the steps: obtaining a violation building video photographed by an unmanned aerial vehicle, obtaining training data from the video, and processing and marking the training data; constructing a training neural network, and training the annotation data set to obtain a training model; controlling the unmanned aerial vehicle to start inspection; calculating an image shot by the unmanned aerial vehicle in real time through the training model to obtain aviolation building category in the image and a relative coordinate of the violation building in the image; planning an inspection route of the unmanned aerial vehicle according to the relative coordinates of each illegal building in the image, and controlling the unmanned aerial vehicle to inspect according to the inspection route; and judging whether the unmanned aerial vehicle completes the inspection of one building, and controlling the unmanned aerial vehicle to return when the unmanned aerial vehicle completes the inspection. The method can improve the recognition efficiency of illegal buildings, and discover illegal buildings in time.

The invention relates to a reinforcing steel bar detector detection auxiliary device and a use method thereof. The reinforcing steel bar detector detection auxiliary device comprises a reinforcing steel bar detector, a fixing frame for fixing the reinforcing steel bar detector, a probe matched with the reinforcing steel bar detector, a telescopic ruler, and a slate pencil; a hand-held ring is fixed between the fixing frame and the telescopic ruler; a slide rail is arranged at the middle of the telescopic ruler; a slider matched with the slide rail is installed at the middle of the telescopicruler; one side of the slider is fixedly provided with a probe clip for clamping the probe; a slide groove is formed in the middle of the slider; and the middle of the slider is provided with a buckling ring for fixing the slate pencil. The invention also discloses a use method of the reinforcing steel bar detector detection auxiliary device. When the reinforcing steel bar detector is adopted to measure the intervals of reinforcing steel bars and the thickness of protective layers in the building inspection industry, the reinforcing steel bar detector detection auxiliary device can record thearrangement positions of the reinforcing steel bars during the measurement, perpendicularity can be well controlled when the intervals of the reinforcing steel bars along a horizontal axis direction are measured, and therefore, the accuracy of the measurement of the intervals of the reinforcing steel bars can be ensured, and measurement errors can be reduced.

The embodiment of the invention provides an assembly type building inspection method, apparatus and system. In one embodiment, the assembly type building inspection method comprises the following steps: when a target building is assembled, collecting multiple groups of assembly data of the target building and storing the assembly data in a specified storage position, wherein the multiple groups of assembly data comprise data of different locations of the target building; obtaining an assembly model of the target building and the multiple groups of assembly data in the specified storage position; matching each group of assembly data with the assembly model one by one to determine an assembly sub-model corresponding to the assembly data; and comparing the assembly data with the assembly sub-model to obtain an inspection result of the assembly data, wherein the inspection result comprises qualified and unqualified.

The invention is applicable to the technical field of project quality inspection and provides a building inspection and identification method and device. The method comprises a step of determining a building component to be detected in a first building information model according to a corresponding relation between a presorted building and a building component sampling proportion, a step of obtaining the detection value of the building component to be detected according to a preset rule, a step of replacing the design of the building component to be detected in the first building information model with the above detection value and generating a second building information model, a step of detecting whether the second building information model is in accordance with a preset requirement, and a step of judging whether the first building information model is qualified or not according to the detection result, and generating a corresponding detection scheme and a detection result report. According to the method and the device, since the building inspection and identification are carried out according to the BIM, the BIM in a design stage and a construction stage serves in the inspection and identification stage at the same time, the accuracy and efficiency of detection are improved, and the inspection and identification requirements of an existing building are satisfied.

The embodiment of the invention provides an intelligent building inspection management method and system, and the method comprises the following steps: obtaining an inspected building model; acquiringcorresponding inspection attribute information through the building model; performing corresponding attribute inspection on the building model according to the corresponding inspection attribute information. The invention provides an intelligent building inspection management method, which can meet special requirements of inspection management and reduce inspection management operation amount, sothat inspection in a building model is quicker, simpler and more convenient.

Provided in the invention is a house wall hardness detecting device for building inspection. The detecting device comprises a mounting plate, a propulsion motor, a propulsion rod, a pressure strain gauge, a detection board, a lifting fulcrum bar, a lifting sleeve, a lifting motor, a base, a controller, a voice player, a data converter, a brake block, wheels, a switch and an operation display device. The wheels and the brake block are arranged at the bottom of the base. The lifting sleeve is arranged at the upper part of the base. The lifting fulcrum bar sleeves the lifting sleeve. The liftingmotor is arranged on the base and is connected to the lower part of the lifting fulcrum bar by a motor shaft. The mounting plate is arranged at the upper part of the lifting fulcrum bar. The propulsion motor is arranged at the upper part of the mounting plate; the propulsion rod is arranged at the front part of the propulsion motor; the detection board is arranged at the front part of the propulsion rod; and the pressure strain gauge is arranged at the front side of the detection board. With the house wall hardness detecting device, the high detection precision of the building house wall hardness is ensured; the detection consistency as well as the good building house quality is guaranteed; and the detection efficiency of the building house wall hardness is improved.

The invention relates to the technical field of unmanned aerial vehicle inspection, in particular to an unmanned aerial vehicle inspection data checking method based on a three-dimensional model, and the method comprises the following steps: 1, carrying out the automatic three-dimensional reconstruction of shot building inspection data at a background; 2, logging in background software to open a corresponding building three-dimensional model; 3, after the building model is opened, clicking a building part to be checked, and popping up a live-action picture; 4, enabling the user to zoom and move the real scene picture or the three-dimensional model; and 5, after a background user finds the building disease, acquiring the specific position of the disease through comparison of the live-action picture and the model. Manpower participation is greatly reduced through the full-automatic photographing function of the unmanned aerial vehicle, the workload of people is relieved, and the labor cost is reduced. With automatic marking and GPS positioning functions of the unmanned aerial vehicle, the shot picture and the position are located and associated, so that the time of later manual comparison is greatly shortened, and the accuracy of the disease position is improved.

The invention discloses a convenient and portable scale for building inspection, which comprises a first measuring ruler, a second measuring ruler and a tape measure body. A second rotating shaft is arranged at an inner middle position of the tape measuring body, and a second rotating shaft is arranged on the second rotating shaft. A rotating handle is connected to the outer side of the tape measure body, and a pulling belt is wound around the two rotating shafts. A rotating connection card is provided at the middle position of the back shell of the tape measure body, and a first telescopic rod is sleeved on the rotating connecting card. and the second telescopic rod, and pointer heads are welded at the ports of the first telescopic rod and the second telescopic rod. In the present invention, the first measuring ruler and the second measuring ruler are connected through the rotating shaft, and the second measuring ruler is connected with the tape measure body. When measuring the construction device, especially for the first measuring ruler and the second measuring ruler at the corner It is convenient to measure, you can use a tape measure to measure, making the measurement more convenient.

The invention discloses an intelligent building inspection robot, which comprises a main body frame, a control module, an image acquisition module, a radar navigation module, a voice broadcast module, a motor driving module, a voltage reduction module and a power supply module, according to the intelligent building inspection robot disclosed by the invention, the surrounding environment during inspection is recorded through the image acquisition module, and a building manager can remotely monitor the building environment and remotely control the intelligent building inspection robot at the monitoring center upper computer; when an emergency occurs, surrounding personnel can be reminded to pay attention in time through voice broadcast, the rocker arm bogie six-wheel moving mechanism enables the intelligent building inspection robot to cross obstacles of a certain height, and the working range of the intelligent building inspection robot is widened. The system is mainly used for assisting building management personnel to inspect a building so as to solve the problems that current manual inspection needs to consider physical power limitation of inspection personnel, high labor cost is possibly generated and the inspection personnel cannot timely go to the pre-treatment in case of emergencies, and the quality and efficiency of building inspection are remarkably improved.

The invention discloses an intelligent temperature and humidity control cement maintenance box for building detection. The intelligent temperature and humidity control cement maintenance box structurally comprises a rubber strip, a maintenance box door, a support, stabilizer blades, a bottom groove, a setting-out device, an electrical bar, a control panel, a storage battery, a box body, a fixed screw and a fixed sheet; the rubber strip is arranged on the maintenance box door and is matched with an upper concave opening of the box body, the control panel is arranged on one side of a panel of the front face of the box body, and the storage battery is arranged inside the box body. The intelligent temperature and humidity control cement maintenance box is provided with the setting-out device,a hinge, a damping mechanism, a sampling hook and the like, the sealing performance of the maintenance box door and the box body is good, the internal pressure intensity can rise along with rising ofthe temperature and humidity in a sealing space, impact force borne by a sampling groove can be greatly reduced through the damping mechanism, a sample is prevented from being vibrated out, connectionbetween the setting-out device and the box body is reinforced, and the condition that the sample is influenced by temperature and humidity changes caused by overall movement caused by uneven stress is avoided, and consequently the final detecting result is influenced is avoided.

A multifunction multitask apparatus for use in building inspections is disclosed. The apparatus comprises a portable case comprising a grippable handle, a mini-desk, lighting elements and a plurality of sensors for building structure inspection. The apparatus includes a power source in electric communication with a sensor. The apparatus may include a variety of sensors including a voltage tester, a circuit polarity sensor, and ambient air testing sensor, and ambient temperature sensor, and ambient humidity sensor, a moisture meter, a radon sensor, a carbon monoxide sensor, and an airborne toxin sensor. Other embodiments of the invention may include safety features including a first-aid cat, a chemical spray deterrent device, and a tactical prong. Other embodiments may include lights including a laser pointer, an LED light, an a focused light beam.

The present invention is a web-based mobile application, which would serve as a marketplace for agreed value and linear payout flood and other disaster-loss reimbursement protection system. The web application would integrate information about risk and disaster insurance products, including details relating to pricing, coverage and providers, from multiple providers into a single source on an online platform enabling risk-financing customers to compare and purchase risk-financing products entirely online. The web application would expedite the marketing and sale of flood and other disaster risk financing policies by insurance providers by creating a user-friendly, efficient marketplace for the listing and purchase of flood insurance. The web application would list policies guaranteeing a pre-agreed payout based on pre-determined metrics—for instance, in the case of flood hazards, a water-elevation function factoring in high water probability data and building structure elevation—saving both insurers and customers the time and money spent on building inspection and damage estimation.

The invention discloses a tapestry brick bonding strength on-site inspection device for building supervision and belongs to the technical field of building inspection. The tapestry brick bonding strength on-site inspection device for building supervision comprises a fixing plate; one side of the fixing plate is fixedly provided with a fixing support leg; and the other side of the fixing plate is fixedly provided with a connecting plate. According to the tapestry brick bonding strength on-site inspection device for building supervision of the invention, a negative pressure suction cup is connected with a rotating roller through a spring tension device; when a rotating handle on a rotating disc on the outer side of the rotating roller is manually rotated, a telescopic spring in the spring tension device can be pulled to be stretched, so that the negative pressure suction cup can be driven to apply a corresponding pulling force; a movable clamping mark and a measuring caliper are arrangedat the top of the spring tension device, so that the magnitude of the applied pulling force can be accurately observed, and thus, the applied pulling force for testing can be accurately controlled.

The invention discloses an augmented-reality-based building inspection guiding system for building sale. The augmented-reality-based building inspection guiding system for building sale includes a first shooting unit, a building model forming unit, a human body model forming unit, a model synthesis unit, a real scene rendering unit, a second shooting unit and a display unit, wherein the output terminal of the first shooting unit is connected with the input terminal of the building model forming unit and the input terminal of the human body model forming unit; the output terminal of the building model forming unit and the output terminal of the human body model forming unit are connected with the input terminal of the model synthesis unit; the output terminal of model synthesis unit and the output terminal of the second shooting unit are connected with the input terminal of the real scene rendering unit; and the output terminal of the real scene rendering unit is connected with the input terminal of the display unit. The augmented-reality-based building inspection guiding system for building sale synthesizes the building three dimensional model and the human body three dimensional model into a three dimensional effect model, thus being conductive to showing the effect in the house with the living intention for the building inspector, reducing the time cost of the building inspector, and improving the building inspection efficiency. Besides, through combination of the real scene rendering effect and the three dimensional effect model, the augmented-reality-based building inspection guiding system for building sale can enhance the real effect of virtual building inspection.

The invention discloses a school security monitoring system, comprising a control unit, a school inspection unit, an access control unit and a central monitoring unit. The school inspection unit comprises a teaching building inspection unit and an intra-school inspection unit. The teaching building inspection unit comprises a lifting mechanism arranged corresponding to a corridor. A monitoring mechanism is arranged on the lifting mechanism. The intra-school inspection unit comprises a rail mechanism arranged along an intra-school road. A second monitoring mechanism and a power generation mechanism are arranged on the rail mechanism. The central monitoring unit comprises a third monitoring mechanism arranged at the upper side of a building roof. According to the system, a teaching building and the intra-school road can be automatically inspected; whether condition such as violence occurring in a school or not can be observed timely; a student is prevented from being damaged; the condition such as temperature and smoke in the school can be monitored; when a disaster accident occurs in the school, the disaster accident can be discovered timely and the student is evacuated; the security of the student is ensured; and the working strength of an inspector in the school can be mitigated.

The invention provides a video-based intelligent building inspection method and system. The method comprises the steps of obtaining a historical building video and a real-time building video, obtaining training data from the historical building video, carrying out the processing and marking of the training data, and obtaining a marking data set, constructing a training neural network, and processing the real-time building video through the training model to obtain a to-be-tested device category, a historical inspection record of the to-be-tested device and a relative coordinate of the to-be-tested device in the image, obtaining an inspection layout scheme according to the device category, the historical inspection record and the relative coordinates, wherein the inspection layout scheme specifically comprises planning an inspection route and inspection time and formulating an inspection task table, and effectively judging the relation between the target entity area of the image and the adjacent device, line and environment scenes, effectively reducing the inspection error, and meeting the requirement for achieving building inspection accuracy through videos.

The invention discloses an intelligent building inspection recording system. A battery is placed at one end of a support frame; an audible and visual alarm and a smoke sensor are arranged; when the inspection recording system encounters a sudden situation in the inspection process, through the audible and visual alarm, surrounding auxiliary inspection personnel can be reminded to quickly arrive atan alarm position to handle emergencies; when the auxiliary inspection personnel arrive beside the inspection recording system, through a water tank arranged on a supporting frame, the inspection personnel can quickly control fire through water in the water tank. The inspection safety is greatly improved. Steering power is transmitted to a transmission wheel through a reversing rod, so that the whole inspection recording system can complete inspection of a preset route through reversing of the transmission wheel. The route and time of inspection are not limited by physical strength of inspection personnel during manual inspection, inspection shift is not needed, and the reliability of inspection is greatly improved.

The invention discloses a quantitative measurement method of hot and cold air penetration based on infrared imaging technology, which belongs to the technical field of building detection, and aims to quickly detect the penetration air volume of building envelope structures (doors, windows), and the data can be used for heating energy. Research on energy consumption and indoor air quality. It includes the following steps: select the doors and windows to be measured; use an infrared thermal imager to take infrared thermal imaging images of the gaps in the doors and windows; measure the pressure difference inside and outside the doors and windows, and combine the thermal imaging images at the gaps to select two points with large gradients to measure the gaps The wind speed at the location; the thermal imaging image is processed, the gap is automatically identified and the temperature gradient of each micro-element of the gap is obtained; the measured two-point wind speed and temperature gradient are combined with the Fourier formula to obtain the temperature gradient and penetration wind speed at the gap between doors and windows The relational expression; read the temperature gradient of the micro-element section, and calculate the infiltration wind speed of each micro-element section by combining the above relational formula; calculate the gap width of the door and window according to the Bernoulli equation; Multiplying the width can calculate the hot and cold air penetration of doors and windows. Compared with the traditional pressure difference method, the present invention improves the calculation speed, has small measurement error, and is a new method that can be generally applicable to measure the penetration of cold and hot air in a room.