517 results about "Mutual position" patented technology

The present invention provides a method of laying and mechanically joining panels, especially floor panels. In a first step a first panel is already located in a first row. A second panel is positioned in a second row in a first position in relation to the first panel. A third panel is now brought into the second row and into the first position in relation to the first panel. In this position, there is a mutual distance between the adjacent edges of the second and third panel. In a second step the second and third panel are angled into the third mutual position in relation to the first panel. Thereby, the second and third panel each achieve the possibility of easy displacement in the third direction in relation to the first panel. In a third step one or both of the second and third panel are moved in relation to the first panel. By this displacement the second and third panel get in a second position in relation to each other. An additional intermediate step may be employed between the first and the second step. In this intermediate step the second and third panel are angled down into the second mutual position in relation to the first panel.

Disclosed herein is an optical position adjustment method of a head mounted display, the head mounted display including (a) an eyeglass type frame worn on the head of a viewer, and (b) two image display devices for the right and left eyes attached to the frame, and each of the image display devices including (A) an image forming device, and (B) an optical device adapted to receive, guide and emit light emitted from the image forming device, wherein the optical position adjustment method includes the step of: controlling an image signal that is supplied to the image forming device making up at least one of the image display devices so as to control the position of the image displayed on the optical device making up at least one of the image display devices and adjust the mutual positions of the two images.

The invention provides a method and a device for realizing augmented reality. The method comprises the following steps of obtaining a real scene, and obtaining interest points in a preset range and corresponding interest point information according to a camera site and a viewing direction of the real scene; establishing a virtual plane, mapping the obtained interest points on the virtual plane according to a mutual position relation among the interest points, and adding corresponding interest point information labels at positions, at which the interest points are mapped; forming an augmented reality view by overlaying the virtual plane, to which the interest point information labels are added, in the real scene, wherein the virtual plane is in parallel to a horizontal plane in the real scene based on visual sense; outputting and showing the augmented reality view, and adjusting the virtual plane according to real-time information of the real scene to enable that the virtual plane always is in parallel to the horizontal plane in the real scene based on the visual sense. According to the method and the device for realizing the augmented reality, the distance relation among the interest points and the mutual position relation between the interest points and the users can be more intuitively shown for the users.

The invention discloses a TFDS fault automatic recognition method. The method is formed by a two-stage cascaded convolution neural network model based on a deep learning theory: the first stage is a network model with multi-class fault region synchronous positioning, and with the combination of space mutual position relation constraint of multi-fault regions, synchronous and accurate positioning of the multi-fault target regions is realized; and the second stage is a fault determination network model, and determination of faults and non-faults for the regions located by the first stage is realized. According to the TFDS multi-class fault synchronous and automatic recognition method, the design of recognition methods for different faults is not needed, features are adaptively extracted through a learning training mode by the convolution neural network theory in deep learning, synchronous positioning and fault determination of multiple faults can be performed, and high effectiveness and high robustness are achieved.

Floor panel in a board shape having at least at two opposite edges coupling parts enabling several of the panels to be coupled to each other, wherein the coupling parts have contact portions forcing the floor panels in the coupled condition with a tension force at least laterally towards each other. The coupling parts also include support portions, which, in the coupled condition of floor panels, create a fixation in the mutual position of the contact portions cooperating under tension.

The invention provides a coarse alignment method for a fiber optic gyro strapdown inertial navigation system based on single axis rotation. The coarse alignment method comprises the following steps: (1) determining initial position parameters of a carrier by a GPS; (2) collecting the data output by a fiber optic gyroscope and a quartz accelerometer and processing the data; (3) determining a transfer matrix Ti<n> of a navigation coordinate system and an inertial coordinate system according to the mutual position relation of the coordinate systems; (4) allowing a single axis of an inertial measurement unit to continuously rotate, setting superposition of an initial time IMU coordinate system s and a carrier coordinates b, then allowing the inertial measurement unit to continuously rotate around a positive direction of an azimuth axis ozb of the carrier coordinate system with an angular velocity Omega=6 degrees/s; (5) determining the relative position relation of the inertial coordinate system and a base inertial coordinate system; and (6) determining an expression of a strapdown matrix after coarse alignment is over according to the calculated relative conversion relation of the coordinate systems calculated in step (3), (4) and (5). The coarse alignment method can help obtain higher coarse alignment precision under a swinging interference condition.

The invention relates to electronic equipment. The equipment includes camera means for forming data from an object located in the imaging direction, in which case the said camera means include at least two camera units (CAM1, CAM2) and data-processing means, which are arranged to process the data formed using the camera means, in a manner corresponding to the currently selected imaging mode, to form image information. In the equipment, the mutual position of the camera units (CAM1, CAM2) relative to each other is arranged to be altered to correspond to the current imaging mode.

System for simulating events in a real environment containing static objects and dynamic objects: a) position locating unit for continuously determining the real environment the position of the dynamic objects in relation to the static objects within a time period in which the even takes place; b) storage elements for storing data describing the dynamic and static objects of the environment; c) processing elements for processing (b1) data from the storage elements describing the static and dynamic objects (b2) data from the position locating unit indicating at a certain moment the mutual positions of the static and dynamic objects of the environment, the processing elements being loaded with simulation software; d) display elements for displaying a simulated view from a selected viewpoint on the simulated environment as a result of the processing by the processing elements; e) control elements to repeat the functioning of the processing and display elements for a range of consecutive time moments which together determine the above-mentioned time period wherein the position locating unit includes a satellite navigation system, or a thereto-related system.

The invention provides a construction method for assembling steel box girders, which is used for the hoisting construction of the steel box girders during the road and bridge construction. The method comprises the steps as follows: a first steel box girder section is hoisted; a second steel box girder section is hoisted and suspended on the soleplate of the first steel box girder section; a connecting clamp plate is arranged at the top plate of the first steel box girder section and the second steel box girder section and is respectively suspended on top of the first steel box girder section and welded on the top of the second steel box girder section; hoisting equipment is removed; the mutual position of the steel box girder sections is adjusted and the steel box girder sections are welded to each other; the connecting clamp plate is removed; the temporary pier is removed; and the assembly is completed. As the residual assembly is adopted, the steel box girder construction under complex construction environment has large elasticity, thus ensuring the assembly precision and quality; the loading form is adopted to carry out the assembly of the steel box girder, thus solving the problem that the temporary pier is difficult to be arranged when the site is restricted; the construction time of hoisting equipment and the use of the temporary piers are reduced; and the whole assembly process is simple, feasible, safe, reliable, economical and reasonable.

The invention relates to gaming devices, in particular to toys

The device contains a body which moving parts are coupled with. Inductance coils are attached to the inside of the body and the moving parts. The device is equipped with a means of measurement of mutual induction between the coils connected with a computing means designed for determination of mutual position of the specified inductance coils based on mutual induction values, and the computing means is connected to a means designed for creating effects perceivable by the user based on information on mutual position of inductance coils. The gaming device in another variant is physically divided into a controlling part which includes the said body and moving parts in which coils and a means of measurement of mutual induction between coils are located, and a controlled part which includes a means designed for creation of effects perceivable by the user.

An apparatus and a method that can be used for qualitative or quantitative determination of the three-dimensional location of two bodies relative to one another which can be used, for example, to determine the mutual position of two bodies according to angular or translational coordinates. Furthermore, the apparatus and method can be used in a measurement robot or in a coordinate measurement device. The device composed of a device for emitting a light beam which is fanned in several planes and at least three, preferably four or more, optoelectronic line sensors or linear sensors for determination of the incidence points of the light beam which has been flared in several planes on the line sensors or an upstream target surface.

The present invention relates to a lithography system comprising: means for generating a plurality of light beamlets, and an electron source, arranged to be illuminated by said light beamlets, said electron source comprising a plurality of converter elements at an element distance from each other for converting a light beamlet impinging onto it into an electron beamlet directed towards and focussed on an object plane, said lithography system further comprising control means for manipulating the mutual positions of the light beamlets with respect to the converter elements. These control means can be of optical, thermal, mechanical or magnetical nature, and work on for instance the micro lens array, the converter plate, and the mask.

The invention provides a method for preparing preset cracks in a hydrofracture simulation specimen. The simulation specimen is formed by splicing a plurality of internal chunks. The method comprises the following steps: firstly determining sizes, shapes and mutual positions of internal chunks for forming the simulation specimen according to crack morphology of a to-be-simulated stratum; manufacturing an internal chunk module according to the size and shape of each internal chunk; selecting a casting material to cast the internal chunks; then splicing and combining the internal chunks according to the mutual positions, wherein preset cracks are formed by contact surfaces among the intern chunks; casting a cladding layer on the periphery of the spliced combined component, thus forming a simulation specimen containing a plurality of preset cracks. The method can set the preset cracks in any quantity and any shapes in the simulation specimen so that the simulation specimen is more similarto the actual stratum so as to improve the accuracy of the simulation test.

A method for determining the geometry and/or the localisation of an object comprising the steps of:

• • sending one or more signals by using one transmitter;
  • receiving by one or more receivers the transmitted signals and the echoes of the transmitted signals as reflected by one or more reflective surfaces
  • building by a computing module a first Euclidean Distance Matrix (EDM) comprising the mutual positions of the receivers;
  • adding to the EDM matrix a new row and a new column, the new row and a new column comprising time of arrivals of said echoes and computing its rank or distance to an EDM matrix
  • determining the geometry and/or the position of the object based on said rank or distance.

The invention discloses a clustering map creating method and a repositioning method based on matching of a clustering map and a position descriptor. The invention provides a three-dimensional visual laser SLAM system with a complete system structure and a cluster map creating method. The repositioning method of the unmanned vehicle is designed based on the clustering map and the position descriptor. A clustering map consistent with the scale of a real scene is created for an urban dynamic environment. A position descriptor used for describing point cloud clustering position characteristics isdesigned, and reliable repositioning of the unmanned vehicle in the urban environment is achieved through matching and screening of the position descriptor. By ignoring the change of the shape of a single object and focusing on the mutual position relation between different objects, the repositioning method provided by the invention can effectively cope with the adverse change of various scene conditions, realizes higher repositioning success rate, and has wider application prospect and higher research value.

The invention relates to a device for measuring a taper hole, which is composed of a base (2), a slide rod (5), a slide core (8), a contact (1) and a dial indicator (6), wherein the contact (1) is installed in a hole at the lower end of the slide rod (5) and the slide core (8) is installed in the slide rod (5); the dial indicator (6) is installed at the upper end of the slide rod (5) through an expansion ring (10); a locking screw (4) on the slide rod (5) is used for limiting a mutual position of the slide core (8) and the slide rod (5); the contact (1) is reliably contacted with the slide core (8) by springs (7 and 9) in the slide rod (5); the slide rod (5) is installed in the middle of the base (2) and the slide rod (5) can be observed from a window (3) on the side surface of the base (2); scales are arranged on the window (3) of the base and the slide rod, and a vernier depth gauge is formed by the base (2) and the slide rod (5). According to the device, the requirements on the measurement precision of the taper hole can be met and the requirements on an operator are not high; and the device provided by the invention can be used in a process after machining and a machining process, and has the characteristics of wide adaptability, convenience for manufacturing and the like.

The invention discloses a method for laser powder-filled welding of an aluminum/steel dissimilar metal joint without a brazing flux, belonging to the technical field of high-power laser processing. The method comprises the following steps of: utilizing a laser powder-filled welding method and a synchronous powder feeding technique; enabling a joint arrangement form as follows: arranging an aluminum plate above a galvanized steel sheet and laying a layer of brazing material between two layers of plates; regulating the size of a laser spot and the size of a powder beam to be matched, and regulating the mutual position relationship of the powder beam and the laser spot so that a front half part is arranged in a back half part of the laser spot; and welding by optimal powder-filled welding process parameters so that an aluminum alloy and one side of the brazing material are molted and infiltrated with the galvanized steel sheet to form brazing connection on the premise of ensuring the galvanized steel sheet not to be melt. According to the method for the laser powder-filled welding of the aluminum/steel dissimilar metal joint without the brazing flux, disclosed by the invention, the brazing flux does not need to be used; added metal powders during welding can effectively increase the absorptivity of a workpiece on laser and the utilization rate of the laser; and in addition, the added powders can further effectively restrain heat cracks of the aluminum alloy during welding and improve the quality of the joint.

Floor panel of the type having, at least at two opposite sides, coupling means enabling two of such floor panels to be locked in a mutual position at which the upper edges of the respective floor panels are located substantially in the same horizontal plane, with a space being present at the level of the upper edges between the respective sides and where the respective coupled floor panels in said mutual position are mutually locked free from play at least in the horizontal direction. The space between the sides defines a mutual distance of one to three millimeters between the upper edges.

The invention relates to a vehicle-road cooperation auxiliary driving method based on a road surface grid system; the method is characterized by comprising the following steps: A, dividing a road into grids in forwarding and lateral directions; B, arranging a plurality of groups of video monitoring devices on roadsides, wherein each group of monitoring devices are formed by a plurality of cameras, thus realizing visual field coverage in certain road section scope; C, monitoring vehicles in a visual field domination area in real time, determining vehicle occupied road grids, transmitting vehicle positions and grid occupation information between the plurality of monitoring devices in real time, and determining the vehicle positions and sizes according to the vehicle occupied road grids; D, transmitting the road surface grid information to a plurality of vehicles in real time, and combining with the vehicle auxiliary driving system so as to cooperatively determine mutual position relations and relative speed vectors of surrounding vehicles. The method can grid the existing road so as to provide a fixed coordinate system for vehicle real time positioning determination, and the grid occupied distribution conditions can serve as simplified indexes, thus providing high efficiency support for vehicle-road cooperation works.

The invention discloses a substance shape measuring device with micro inertial navigation, which comprises a probe group for shape data collecting, a strapdown inertial navigation system and a data storage; the probe group for shape data collecting consists of a row of stretchable probes with pressure sensors, the strapdown inertial navigation system consists of a micro inertia measuring unit and a navigation computer, implements alignment and then measures one surface of a substance, and further implements the alignment and the measurement till the end, and the substance shape is computed by processing software. The substance shape measuring device with micro inertial navigation has free movement, can measure the internal and external shape of the substance with a convenient posture, and has small volume, convenient operation, low cost and easy application generalization. The substance shape measuring device with micro inertial navigation is applicable for the accurate measurement of the size, shape and mutual position of three-dimensional complicated substances in the field of machinery, construction, aviation, spaceflight, war industry, automobiles and commercial manufacture, etc., particularly for the reverse engineering of various substances.