180 results about "Finish line" patented technology

A 3D virtual model of an intra oral cavity in which at least a part of a finish line of a preparation is obscured is manipulated in virtual space by means of a computer or the like to create, recreate or reconstruct finish line data and other geometrical corresponding to the obscured part. Trimmed virtual models, and trimmed physical models, can then be created utilizing data thus created. The virtual models and/or the physical models may be used in the design and manufacture of copings or of prostheses.

A spectator sport system and method that displays different views of a sporting event and, in particular, uses the spectator's GPS position to assist in displaying a view from the spectator's position. The spectator, using a personal device, can zoom, pan, tilt and change the view, as well as change the view to another position, such as a finish line, goal, or a participant position. Vital information on the sporting event or a participant can be appended to the view. In some forms, augmented reality can be used, such as a finish line or goal, to enhance the experience. Additional service requests can be made from the personal device.

Feedback data useful in prosthodontic procedures associated with the intra oral cavity is provided. First, a 3D numerical model of the target zone in the intra oral cavity is provided, and this is manipulated so as to extract particular data that may be useful in a particular procedure, for example data relating to the finish line or to the shape and size of a preparation. The relationship between this data and the procedure is then determined, for example the clearance between the preparation and the intended crown. Feedback data, indicative of this relationship, is then generated, for example whether the preparation geometry is adequate for the particular type of prosthesis.

Presented herein are methods and devices for designing dental components, such as physical models of a patient's anatomy, crowns and bridges. An operator of a prosthetic designing system can receive information, such as from a scanner, which provides information on the topology of the patient's dentition. The operator can use this information to design a custom prosthetic to fit the patient. Part of the designing process involves using a finish line defined for a preparation as a segmentation line for a physical die corresponding to the preparation, and using a path of draw line as an insertion axis line for a dental prosthetic.

A spectator sport system and method that displays different views of a sporting event and, in particular, uses a position selected by the spectator to assist in displaying a view from the selected position. The spectator, using an internet device, can zoom, pan, tilt and change the view, as well as change the view to another position, such as a finish line, goal, or a participant position (e.g. Driver of car #3 or Tiger Wood's position). The starting position can be specified, as well as the target position or orientation from the starting position. Vital information on the sporting event or a participant can be appended to the view. In some forms, augmented reality or any geographic referenced datasets can be used and combined, such as 3D imagery or 3D renderings, to enhance the experience.

The invention discloses a method for building inner and outer wall decorating plate, which comprises two flows, each flow including steps of: a primer line processing flow: (1) thickness sanding and dedusting, (2) roller painting back seal coat and curing into a first UV seal coat layer, (3) roller painting UV penetrant twice, (4) leveling by infrared ray, (5) coating UV putty at the front and UV curing and generating a UV putty layer, (6) roller painting the UV seal coat for three times and respectively curing and generating three second UV seal coat layers, (7) fine sanding; and a roller painting finish line flow: (1) dedusting, (2) roller painting UV glue and generating a first UV glue layer, (3) coating the UV finish for five times and curing and generating five UV finish layers. The decorating plate can solve the problems that a UV curing penetrating agent is strongly, quickly and deeply penetrated into a fiber reinforced calcium silicate slab or a fiber cement slab, deeply cured to form a film and subjected to stereo chemical netlike cross-linking reaction with UV putty and UV sealing paint, and thoroughly solves the problem of adhesive force between the decorative surface layer and a substrate.

A computer controlled toy car racing game that can be played by a plurality of players. If less than a maximum number of players is present at the beginning of a race, a computer controller operates the remaining race cars such that each race includes all of the race cars. The racing game includes numerous sensors positioned above the racing course that relay control commands to each of the race cars. If a race car is computer controlled or computer assisted, the control commands are created by the computer controller. If the race car is controlled by a player, the control commands include information from a throttle and steering wheel used by the player. Upon completion of a race, the computer controller controls each of the race cars to bring the race cars back to a point on the race course near the start/finish line.

The invention relates to a surface defect automatic detecting device for production process of a section bar rolling mill production line, which comprises a fixing device, a control device, video cameras, an image collecting computer, an information processing server, a light-emitting diode (LED) light source, a local area network, a process control network system, a spraying device, a pinch roll, a conveying roller way, stripper rubber and compressed air. The surface defect automatic detecting device for production process of the section bar rolling mill production line is characterized in that the number of the video cameras is determined according to the maximum number of the video cameras needed in the most complex surfaces of all varieties of the section bars to be detected. The surface defect automatic detecting device achieves automatic detection of surface defect of section bars (including varieties of heavy rails, H-shaped steel, joint steel, channel steel, steel angle and the like) by controlling and adjusting focal distance and angle of the video camera and the number of the video cameras. The surface defect automatic detecting device for production process of the section bar rolling mill production line is strong in adaptability, the same configuration can be applied to heavy rail processing lines and profile steel finishing lines, and accordingly software, hardware and spare parts of the device are universal, and manufacture and maintenance cost of equipment can be saved.

The invention concerns a method of measuring at least one time or an elapsed period of a competitor in a sports competition via a transponder module which is personal to the competitor and accompanies the competitor throughout the competition in a measuring system. The personalised transponder module is activated at the start of the competition or in intermediate positions or at the finish line of the competition (6). Detection of at least one variation in motion or vibration level is effected by a motion sensor (11) integrated in the transponder module. The transponder module transmits data related to the detection effected by the motion sensor on the competition route or in intermediate positions or at the finish line of the competition, to a decoder unit (4) of the measuring system to check a time or elapsed period related to the detection of the competitor's motion sensor.

A loader operable to deliver product to a process line. The loader including a buffer section operable to support a printed product and a transfer section operable to receive printed product from the buffer section. One of a plurality of interchangeable nose sections is coupled to the transfer section to receive the printed product and deliver the printed product to the process line. The loader is engageable with a support post of a finishing line to align the loader with respect to the finishing line and/or to supply production support to the loader.

A real-size simulated drag strip ride is presented which recreates the physical and visual sensations of a drag race. A pair of real-size dragsters are positioned along specified and controlled parallel linear tracks. The occupant is positioned inside the driver's compartment, with a full safety harness securing him in place in an adjustable seat. The invention includes audio sounds of ignition, “burn-out” and acceleration simulating a drag strip race, as well as simulated smoke from the “burn out” portion of the race preparation. Once the simulated light tower signals that the dragster is set to race, each driver of two, side-by-side vehicles pushes the acceleration pedal to accelerate the vehicle through an initial acceleration zone. The dragsters are propelled by use of a pneumatically powered piston attached to a cable located out of sight underneath the vehicle. The race is finished when the cars pass the finish line. Speeds and the winner are displayed on the starting line tower. The cars are then returned to the loading and unloading area for the next riders.

The invention relates to an aircraft landing monitoring guiding system. According to the aircraft landing monitoring guiding system, firstly, an ideal landing point, a stern line and a runway finishing line are set on a runway; secondly, a camera (6) is selected and is mounted outside the runway at one side of a transverse line of the runway finishing line, a view center of the third camera (6) aligns a far-end point of an ideal glide path; an optical landing assisting system (5) is mounted outside the runway at a same side as the camera (6); a commander (2) and a monitor (3) are at same side of the runway as the camera (6) and the optical landing assisting system (5); the camera (6) is connected with a control computer (4) and a monitor (3) through signal wires; a whole flight process of an aircraft (1) along the ideal glide path is observed by the commander (2), images of the aircraft (1) during gliding flight are acquired from the monitor (3); high-low and left-right deviation of the aircraft (1) is determined by the commander (2), and a pilot is prompted to land the aircraft (1).

The invention relates to an on-line model of motor starting time of a bar finishing line separating plate and a braking plate, which has the following scheme: firstly, acquiring the latest 2k time data of the separating plate and the braking plate falling from a high position to a low position, and acquiring a time predicted value of the separating plate and the braking plate falling from the high position to the low position for the next time by adopting a weighted mean value filtering algorithm; on the basis of the moving process of multiple-length steel (1) on the separating plate and the braking plate, according to the effective length and the multiple length of a cooling bed (2) and the requirement for flushing of the multiple-length steel (1), establishing a distance model between a steel splitting point (3) and the cooling bed (2); then, establishing a motor starting time model of the separating plate and the braking plate after shearing of a flying shear (4); after shearing of the flying shear (4), respectively delaying T separating time and T braking time, and starting the motors of the separating plate and the braking plate; and acquiring the acting time of the separating plate and the braking plate, and repeating the computation method. The model established in the invention is relatively accurate, can continuously approach the requirements of working conditions, and can be used for computer control to improve the degree of automation of the system of the bar cooling bed (2).

The invention relates to the technical field of super-fiber leather, in particular relates to a manufacturing method of a soft scabriculous artificial super-fiber leather. The invention provides a manufacturing method of a soft finely crinkled artificial super-fiber leather which is soft, fine in crease and has hand-feeling approaching to genuine leather. The manufacturing method comprises the following process steps in order: enabling non-woven fabric to pass through a soaking trough, dipping in a PU resin solution in a certain proportion, then coating a layer of PU resin solution, solidifying, washing and drying to obtain super-fiber rough blank; enabling the super-fiber rough blank to pass through a methylbenzene extraction production line, performing high-temperature decrement to manufacture super-fiber base cloth semi-finished product; and enabling the super-fiber base cloth semi-finished product to pass through a piece of super-fiber base cloth after-finishing line (oiling and drying, puffing and accurately grinding) to manufacture the super-fiber base cloth; enabling a piece of release paper to orderly pass through a first coating head, a second coating head and a third coating head, orderly coating a layer of shell fabric, a middle material layer and an adhesion layer on the surface of the release paler; pre-heating the release paper coated with the shell fabric, the middle material and the adhesion layer, and then combining the manufactured super-fiber base cloth with the release paper coated with the shell fabric and the backing material, drying through a drying oven, separating to obtain the semi-finished product; and performing surface genuine leather treatment on the surface of the semi-finished product to obtain the finished product.

The invention proposes a human-body trunk identification device which includes a target extraction module used for obtaining a body-shape contour of a line dashing image and determining a minimum external-connection rectangle of the body-shape contour so as to obtain a target area in the line dashing image; a body-shape segmentation module used for segmenting a body shape from the target area; and an identification module used for identifying a trunk part from the body shape. The device accurately positions the target area and effectively eliminates interferences of lower limbs, arms and a head and the like through body shape segmentation and thus a human body trunk part of the line dashing image can be identified rapidly and accurately. The invention also proposes a human-body trunk identification method, and a finish-line detection device and system.

The system measures time of at least one object on the basis of passing a finish line and includes a camera with a photosensitive sensor and a lens for registering an image of the line. The image is sent to a processor for processing. Timing means deliver a timing signal to the processor. The system is at least partially automatically aligned. It thereto comprises a first active optical indicator that is located at a predefined location with reference to the line of passage, which indicator is detected as part of the image registered by the camera so as to obtain detection data. The system further includes a camera adjustment arrangement for adjustment of the orientation of a center axis of the camera, said adjustment being specified by the processor on the basis of the detection data.

The invention relates to a scraped car disassembly production line which comprises a main line and an assembly dismantling line. The main line comprises an environment-friendly pre-processing and ground disassembly line, an overhead chassis disassembly line and a ground finish line which are arranged in sequence. The environment-friendly pre-processing and ground disassembly line adopts a double-plate-chain structure, the overhead chassis disassembly line adopts an electronic manufacturing service (EMS) self-propelled trolley type conveying structure, and the ground finish line adopts a double-plate-chain structure. The assembly dismantling line comprises a car door dismantling line, an instrument board dismantling line, a car suspension frame dismantling line and an engine auxiliary dismantling line which respectively adopt accumulation type maneuvering roller way conveying structures, wherein the assembly dismantling line is located on the lateral face of the main line. The scraped car disassembly production line adopts an advanced automated logistic system, achieves mechanical and automatic production of car disassembly operation, remarkably improves the production efficiency, reduces labor intensity of workers, saves manpower resources and reduces safety accident occurrence rate.

The present invention is directed to a system and method for conducting a more fair race around an oval track by having runners in each lane run equal arc angles. Such a configuration eliminates the disproportionate effect of centrifugal force on competitors running in different lanes. Embodiments of the invention provide for the addition of a straight section to a standard oval track extending from a curved section perpendicular to the existing straightaway section. Runners in each lane start at staggered locations on the straight section. The staggered starting locations are chosen such that each runner travels an equal distance from the starting location to a common finish line. A single straight section may be employed to conduct races covering the entire length and half the length of the oval track or two straight sections may be employed to allow finishes for both races at a common finish line.

The invention discloses an uncoiler which comprises a base. A spindle box is slidably installed on the base. A spindle driven by a first drive device is rotatably installed in the spindle box. An expanding and shrinking device is arranged at one end of the spindle. A second drive device connected with the expanding and shrinking device is arranged in the position, at the other end of the spindle, of the spindle box. The second drive device penetrates through the inside of the spindle and transversely drives the expanding and shrinking device. By adoption of the uncoiler, steel coil finishing lines and steel plate finishing lines can be mixed together, the situation that both steel coils and steel plates can be subjected to finishing on a production line can be achieved, and interference does not occur when the steel coils and the steel plates are switched; compared with conventional two production lines, investment cost is greatly saved, and the occupation area and the space occupancy rate are greatly lowered; meanwhile, the production usage rate is effectively increased; and further, the uncoiler is simple in structure, low in manufacturing cost, high in structural strength and long in service life.

A tag is implanted in the forwardmost part of an animal to determine the location of the animal for competitive and security purposes. The tag is implanted such that it is inserted in the first part of an animal to cross a finish line. By using the tag to determine the when an animal has reached a predetermined location, the method and system can evaluate the results of the race, negating the need for human judgment. Further, the invention allows for tracking of the animal in transit and when at a race grounds.

The invention discloses an online double-straightener short-flow finishing line arrangement method in steel plate production, wherein a finished steel plate rolling mill, a rollgang, two straighteners, a shearing machine and three rows of steel transmission roller beds are arranged in a workshop; the finished steel plate can enter into the straighteners after the tail part comes off the rolling mill for a certain distance; the other straightener and the shearing machine are sequentially and transversely arranged at intervals at the straightener side along the workshop, and the straighteners and the shearing machine can be arranged in a staggered way for saving space; the three rows of steel transmission roller beds are respectively longitudinally arranged along the workshop corresponding to the straighteners and the shearing machine; and a steel transmission mechanism stretches over the three rows of steel transmission roller beds for communicating the three rows of steel transmission roller beds and transmitting the steel plates for straightening and shearing. The invention has the advantages of realizing the compact arrangement of the double-straightener short-flow finishing line, thereby being capable of realizing short-flow compact arrangement in common 21-30m span workshops.

The invention relates to an aircraft landing surveillance guiding method. A camera is movably mounted on one side of the runway to guide the landing surveillance method. Step one: Determine the ideal landing point. Step two:Draw the ship stern line. Step three: Draw the finish line of the runway. Step four: Place the camera (6) on one side of the runway finish line. Step five:Connect the camera (6) to a control computer (4). The picture signal is sent by the control computer (4) to the monitor (3) to display in front of the commander (2). Step six: The commander (2) compares the aircraft deviation through the aircraft (1) image location and monitor (3) vertical and horizontal coordinate. Step seven: The commander (2) prompts the pilot to manipulate the aircraft (1). The commander (2) is capable of manipulating the aircraft (1) for landing training at any airfield that meets the basic training conditions.