787 results about "Heavy equipment" patented technology

Visual methods and systems are described for detecting alertness and vigilance of persons under conditions of fatigue, lack of sleep, and exposure to mind altering substances such as alcohol and drugs. In particular, the intention can have particular applications for truck drivers, bus drivers, train operators, pilots and watercraft controllers and stationary heavy equipment operators, and students and employees during either daytime or nighttime conditions. The invention robustly tracks a person's head and facial features with a single on-board camera with a fully automatic system, that can initialize automatically, and can reinitialize when it need's to and provide outputs in realtime. The system can classify rotation in all viewing direction, detects' eye/mouth occlusion, detects' eye blinking, and recovers the 3D(three dimensional) gaze of the eyes. In addition, the system is able to track both through occlusion like eye blinking and also through occlusion like rotation. Outputs can be visual and sound alarms to the driver directly. Additional outputs can slow down the vehicle cause and/or cause the vehicle to come to a full stop. Further outputs can send data on driver, operator, student and employee vigilance to remote locales as needed for alarms and initiating other actions.

A system and method for navigating a first heavy equipment to a target destination is provided. A location of the target destination is retrieved from a distributed objects database. The location of the target destination is at least partially determined by a position of a second heavy equipment. A position sensor identifies a current position and orientation of the first heavy equipment, and a path from the current position of the first heavy equipment to the location of the target destination is calculated. The calculated path is selected to avoid hazards. A progress of the first heavy equipment along the calculated path is monitored using the position sensor. When the first heavy equipment deviates from the calculated path, a message is outputted to an operator of at least one of the first heavy equipment and the second heavy equipment.

A series of optical spectral sensors is based on a combination of solid-state sources (illumination) and detectors housed within an integrated package that includes the interfacing optics and acquisition and processing electronics. The focus is on low cost and the fabrication of the sensor is based on techniques that favor mass production. Materials and components are selected to support low-cost, high volume manufacturing of the sensors. Spectral selectivity is provided by the solid-state source(s) thereby eliminating the need for expensive spectral selection components. The spectral response covers the range from the visible (400 nm) to the mid-infrared (25,000 nm/25.0 μm), as defined by the availability of suitable low-cost solid-state source devices. A refractive optical system is employed, primarily in an internal reflection mode, allowing a selection of sample handling tools, including, but not restricted to internal reflectance and transmittance. A secondary channel allowing for light scattering or fluorescence methods is an option. The targeted applications of the sensing devices are for lubricants and functional fluids in the heavy equipment, automotive and transportation industries. A source reference channel is included to provide measurement stability and temperature compensation.

A quick coupler lock, for use as a safety to engage an attachment, such as a bucket or scoop, to a heavy equipment armature, as found in backhoes and excavators. The coupler lock prevents the unwanted release of auxiliary attachments. The coupler lock includes a coupler frame with a pin grabber, and a coupler hook rotated to engage a pin. The rotation of the coupler hook is accomplished by the extension or retraction of a coupler actuator, preferably a hydraulic cylinder held within a spring. The coupler actuator hingably connects to a pivoting lock lever. The action of the coupler actuator rotates the lock lever about the lever pin. A lock bar hingably attaches to the coupler hook and rotates with the coupler hook. The lock lever includes an arm that contacts the lock bar, to prevent movement of the coupler hook and prevent the unwanted release of the pin.

A device and method for discovering, identification and monitoring of mechanical flaws in metallic structures is disclosed, based on magneto-graphic/magnetic tomography technique to identify stress-related defects. The technique is specifically optimized for extended, not-accessible underground and underwater metallic structures quality control, emergency alarms as well as timeline planning for structural repairs and maintenance work. Examples of the technique implementation include pipes for oil and gas industry, detection of flaws in rolled products in metallurgical industry, welding quality of heavy duty equipment such as ships, reservoirs, etc. It is especially important for loaded constructions, such as pressured pipes, infrastructure maintenance, nuclear power plant monitoring, bridges, corrosion prevention and environment protection.

A method and apparatus for providing machine guidance of all types of earthmoving machinery, other heavy equipment, and work site vehicles. The method and apparatus is applicable to any industrial work site such as a construction site, open pit mine, quarry operation, or landfill. The machinery, equipment, or vehicle is not required to be equipped with a positional receiver of any kind. The position of all machinery, equipment, and vehicles is performed by employing an array of 3D laser scanners (or any 3D digital imaging devices) positioned throughout the work site. 3D images of the work site are transmitted from the laser scanners to a remote processing unit via a data link or network. The processing unit analyzes the images and determines the position of the machinery, equipment and vehicles. The positions are transmitted to the machinery, equipment, and vehicles via the data link or network. The current Digital Terrain Model (DTM) of the work site is captured and stored in real time in the form of a 3-D digital image, as a by-product of scanning the work site and determining the position of the work site machinery, equipment, and vehicles. The remote processing unit compares the current DTM to the work site's design DTM and transmits the difference to the required machinery, equipment, and vehicles for feedback to their operators in real time.

A method and apparatus for monitoring a condition of an operating implement in heavy equipment is disclosed. The method involves receiving a trigger signal indicating that the operating implement is within a field of view of an image sensor, and in response to receiving the trigger signal, causing the image sensor to capture at least one image of the operating implement. The method also involves processing the at least one image to determine the condition of the operating implement. A visual or audio warning or alarm may be generated for preventing significant damage to the processing equipment and avoid safety hazards involved.

Reinforced ground cover mats are used to facilitate the passage of heavy equipment and vehicles on wet or disturbed ground. The ground cover mats are comprised of boards contained within a peripheral metal frame having two substantially parallel opposing end members that are I-beams, the upper and lower horizontal flanges and vertical webs of which define an outer slot into which a reinforcing member is inserted such that the reinforcing member contacts the vertical web and upper and lower horizontal flanges. Flanged caps may be attached to the ends of the reinforcing member to retain a sling looped around the reinforcing member for pulling the mat.

A hanger bracket for supporting suspended equipment from a support rail. The hanger bracket includes a rail cap adjoined to a side bar. The rail cap also includes a lip parallel to the sidebar. The rail cap rests on the top surface of the support rail. The lip adjoins to the rail cap at an opposite end of the rail cap from the sidebar. The hanger bracket, with the sidebar, the rail cap and the lip, has an inverted "J" shape. The sidebar of the hanger bracket mounts onto an element of the suspended equipment, so that the rail cap rests on a top surface of the support rail. A plurality of hanger brackets can support the equipment element on the support rail. The hanger bracket is first mounted to the equipment element of the overhead equipment, which is then lifted to raise the rail cap above a support rail. The equipment element is then shifted, to position the rail cap over the support rail. The equipment element is finally lowered to contact the rail cap with the top surface of the support rail. The hanger bracket can slide along the support rail to reposition the equipment element. The hanger bracket is intrinsically safe for hanging heavy equipment from a ceiling or roof structure as it utilizes the weight of the suspended equipment element to supplement the holding force of the hanger bracket, allowing the performance of several installation steps at the floor level.

A laminated one-ply support mat comprised of a plurality of individual wood hat includes means for transferring load and interlocking with an adjacent one-ply The laminated one-ply support mat may be suitable for the construction of ads, flooring, or platforms to support heavy equipment. The laminated one-ply ay include a non-laminated member fastened to each side to prevent damage to the laminated support mat. The laminated one-ply support may be comprised of a individual wood laminations fastened together by a plurality of nuts and bolts support mat to be disassembled and repair in the field.

A rotatable circular crossection cervical pillow is manually rotated in a continuous fashion as desired by a person whenever a fresh clean contact spot is sought, or a contact spot of variable support is sought, while the pillow is still attached to a seat back. The rotatable pillow is a cylinder of medium and/or firm high density polyurethane foam. An axial through-hole in the center permits the snug insertion of a rigid length of tubing to give the pillow axial rigidity. Swivel fixtures are attached at each end of the pillow by virtue of the central tube. A fabric cover with an opening closure covers the entire polyurethane cylinder snugly. Optionally the cover may carry therapeutic imparting elements therein. Straps with adjustable buckles are attached to each swivel fixture. Therefore, the cervical pillow rotates easily while still strap-attached to the seat back.

A materials pushing or moving blade for use with heavy equipment vehicles, for example, a bulldozer or loader, and more specifically to a method and apparatus for moving snow, specifically a snow moving blade having a reinforcing gusset for strengthening the extended sidewalls of the snow moving blade.

An apparatus for mounting an object to a ferromagnetic surface comprising an upper support portion adapted to retain the object with a lower magnetic base to the support portion that is attractable to the ferromagnetic surface. A friction layer below the magnetic base separates the magnetic base from direct contact with the ferromagnetic surface whereby the magnetic base acts to releasably retain the support portion on the ferromagnetic surface and the friction layer acts to prevent slippage and provides cushioning. The mounting bracket is particularly suited to anchoring hoses, lines or cables to heavy equipment. The mounting bracket also useful for mounting equipment such as fire extinguishers or other safety equipment to a mounting location in a vehicle. Vehicle emergency lights or brake lights attached to the mounting bracket are readily installable on the exterior of a vehicle at any desired location and removable without damaging the vehicle finish.

The invention discloses a self-jacking construction platform integrating a vertical transportation equipment and a mold base, which comprises a steel platform, construction equipment connected to the steel platform and a supporting jacking system used for connecting the steel platform to the top of a core tube of a high rise building in construction in a supporting way, wherein a spatial steel truss platform is adopted as the steel platform; the construction equipment comprises a hanging rack and a template which are arranged on the spatial steel truss platform, a tower crane, a concrete spreader, a resting place, a simple processing field, a monitoring and overhauling system, and a construction elevator, wherein the tower crane, the concrete spreader, the resting place, the simple processing field and the monitoring and overhauling system are erected on the top of the spatial steel truss platform; and the construction elevator is connected between the spatial steel truss platform and the core tube. The supporting jacking system comprises a supporting stand column, a supporting frame and a hydraulic jacking mechanism. The self-jacking construction platform is arranged flexibly, and the steel platform is supported by the supporting jacking system, therefore, heavy equipments such as the tower crane, the concrete spreader and the like can be directly arranged on the steel platform and rise synchronously with the steel platform so that the time and cost consumed by respective jacking of various large-scale construction equipments are saved, and the construction efficiency is greatly improved.

The invention provides a closed fluid static pressure/ dynamic static pressure revolving worktable with high precision and rigidity, and relates to the field of automatic equipment of precision machinery. A plurality of axial bearings and radial bearings arranged along the axial direction are fixed by a plurality of slewing rings and bearing guide rails; the revolving worktable is provided with a balanced bearing to balance; kinematic pairs of a plurality of bearings rotate synchronously and are connected; fixed pairs of the bearings are connected through a base of the worktable; and sliding pairs of the radial bearings and bearing pairs of the axial bearings move rigidly, integrally and synchronously; and a relatively still sliding surface of the sliding pair of each bearing is provided with an oil chamber. Under the conditions that fluid pressure of the revolving worktable is same and the volume is equal, the axial rigidity, the radial rigidity and the bearing capacity are multiply improved, and the improved multiple is in direct proportion to the number of the bearings. The revolving worktable has the advantages of convenient design, simple manufacture, low cost, high precision and no abrasion. The revolving worktable is a key part of a high-precision metal working machinery, in particular to a functional part of large and oversize heavy equipment by using the key technology, and has more remarkable advantages in manufacturing equipment in the fields of navigation, astronavigation, large aircraft, and the like.

A compact ramp and tailgate system for a vehicle tailgate includes a tailgate having an interior hollow cavity for collapsible storage therein of a pair of ramps that are also telescopically extendable therefrom for loading and unloading heavy equipment into and off the bed of the vehicle such as a pickup truck with each ramp mounted to a locking hinge that allows the ramps to pivot up to ninety degrees and each ramp composed of at least three ramp members of decreasing size starting from the largest ramp members that are pivotally interconnected to the locking hinges. The ramps are independently pivotable and slidably adjustable left and right relative to the tailgate and the longitudinal extension of the vehicle for properly aligning the ramps with respect to the wheels, rollers, casters, etc., of the equipment to be on loaded and off loaded.

The invention relates to a wind power generation climbing hoisting crane, which belongs to hoisting machinery and consists of a machine stem, an upper holding clamp, a lower holding clamp, a hydraulic boom and a pulley hook connected with a hinging rope, wherein the upper end and the lower end in a cavity of the machine stem are provided with chain wheels which are in meshed connection by using a ring chain. The clamp body of the lower holding clamp is fixed at the lower end of the machine stem, and the clamp body of the upper holding clamp is sleeved on the outer wall of the machine stem through movable fit and an inner seat of the clamp body is provided with a ratchet to mesh the chain; and the upper holding clamp is provided with a jaw driven by a hydraulic tank, and the lower holding clamp is provided with a jaw driven by the hydraulic tank. The wind power generation climbing hoisting crane can be widely applied to large-sized wind generating sets such as the hoisting of the parts of a tower tube, an engine room, a wind wheel hub and the like, is applicable to hoisting operations of high altitude and superaltitude heavy equipment, is not limited by the maximum lifting height and fields, can perform hoisting operations on flat grounds, hillsides and sea surface, is electromechanically integrated with high automation degree, can be controlled on the ground, has light weight, is convenient for assembly and disassembly, transition and transportation, and has high operational efficiency.

A device for discovering, identification and monitoring, of mechanical flaws in metallic structures is disclosed, based on magneto-graphic/magnetic tomography technique to identify stress-related defects. The device can determine the position of the defect or stress including depth information. The device includes registration means that optimized for use with metallic structures of various types, shapes, and sizes. Applications include a real-time quality control, monitoring and emergency alarms, as well structural repairs and maintenance work recommendations and planning. Examples of the device implementation include pipes for oil and gas industry monitoring, detection of flaws in roiled products in metallurgical industry, welding quality of heavy duty equipment such as ships, reservoirs, bridges, etc. It is especially important for loaded constructions, such as pressured pipes, infrastructure maintenance, nuclear power plant monitoring, bridges, corrosion prevention and environment protection.

The present invention relates to a commercial motor vehicle and heavy equipment battery locking device, methods of producing the same, and methods of utilizing the same. In particular, the present invention relates to a lockable device that covers the hold-down nut(s), hold-down bolt(s), and/or hold-doom bracket(s) that secure a battery to a commercial motor vehicle or heavy equipment so that the battery cannot be stolen as well as a system for production and use.

A heat exchanger system for use with heavy equipment including a heat exchanger rotatable about a horizontal axis out of a frame.

A top and end frame assembly (10) attachable to a pallet (12) for packing, shipping, and storing heavy articles, with a pair of stringers (20) made with open-sided U-shaped channels and connected together by transverse members (22, 24). Two pairs of opposing corner posts (50) each formed of an open-sided U-shaped channel pivotally attach at respective opposing distal ends of the stringers (20). Each corner post (50) moves between a folded position with the corner posts received in the respective stringer for shipping in a knocked-down position and an extended position for attaching to a pallet for a frame container. Two pairs of opposing side diagonal members (36) pivotally attach to a respective one of the stringers and move between a received position within the stringer and a diagonal position for pinning at an opposing end to a respective one of the corner posts. The corner posts being pivoted to the extended position attach at distal ends to the pallet (12) for containing heavy equipment.