39 results about "Dimension Product" patented technology

Methods, systems, computer-readable media, and apparatuses for presenting a representation of an augmented real-world setting are presented. In some embodiments, a method includes presenting a representation of an augmented real-world setting. The method includes capturing a plurality of images of a real-world setting. The method also includes analyzing one or more real-world objects within the plurality of images of the real-world setting. The method further includes receiving information pertaining to a real-world product, wherein the information is indicative of first physical dimensions of the real-world product during a first mode of operation and second physical dimensions of the real-world product during a second mode of operation and overlaying an augmented reality object depicting the real-world product during the first mode of operation, and having the first physical dimensions, within at least one of the plurality of images of the real-world setting, based at least in part on the analyzing step.

A two-piece, adjustable width merchandising tray for the organized display of multiple product containers. Two L-shaped tray sections, formed of plastic material. The bottom portions of the two L-shaped sections are provided with laterally extending, interengaging fingers that enable the width of the tray to be adjusted for different product sizes while maintaining substantial continuity to the surface of the bottom structure for containment of product leakage. An asymmetrical side wall arrangement with a forwardly projecting hand grip at the front of one of the side walls enables individual trays to be removed and replaced from a closely packed array of trays arranged in side-by-side fashion. The trays can be conveniently lifted and carried for product restocking, reorganizing, tray cleaning, etc. A simple pull strip and paddle arrangement enables product to be fronted at all times. Double stacking of product containers is also accommodated. Densely stacked, attractive, and efficiently serviced product displays are facilitated.

The method is for coded marking of a product of small size, such as horological or jewelry product (10). The method consists in carrying out a first mathematical operation of encrypting an identifier (13), such as a serial number of the product to be marked using a specific security algorithm key to obtain a first authenticator. The first authenticator includes a first data length defined by a first large number of alphanumerical characters. This first authenticator is encrypted using a second mathematical operation using a Hash type function into a second authenticator. This second authenticator includes a second data length defined by a second reduced number of alphanumerical characters shorter than the first number of characters. The second authenticator is converted into a coded image, which is preferably a two dimensional barcode (11) so as to be placed on the product as the coded mark in order to allow said product to be authenticated.

A high pressure fuel injection pipe is provided for a diesel engine and has excellent internal pressure fatigue resisting characteristics, vibrational fatigue resisting characteristics and cavitation resisting property and sheet face flawing resisting property, and can be made thin and light in weight. In the high pressure fuel injection pipe, pipe extension and heat treatment are repeated by using a header manufactured by transformation induced plastic type strength steel, and processing for depositing residual austenite is then performed and final pipe extension processing is performed, and a joint portion is molded and bending processing is performed without performing perfect annealing at the size of a product.

The invention relates to a combined nesting die-cutting process for nesting and combining products with different sizes with one another and processing a plurality of types of products in turn. The combined nesting die-cutting process overcomes the defect that layout die cutting is performed on each product singly and a large number of raw materials are wasted in the prior art. The combined nesting die-cutting process comprises the following steps of: 1, selecting a product combination capable of being nested for die cutting; 2, designing a nested combination arrangement; 3, customizing a cutting die; and 4, performing machine die cutting according to the arrangement combination design of the step 2 and the cutting die customized by the step 3. The combined nesting die-cutting process enlarges the existing method which uses a single product as a visual field to take a layout design into account in to a mode which uses all products with the same or partially same materials ad structures as the visual field to take the layout design into account; besides, the combined nesting die-cutting process ensues that discharged wastes of a hollow part of a big product can be used as a raw material of a small product so as to improve the utilization ratio of the raw materials and save the cost by nesting, combining and arranging a plurality of products with different sizes and non-overlapping edges together and then performing the die cutting in an order from inside to outside or from outside to inside.

The invention discloses a two-dimensional linear graphic coding counter-forgery method that can be printed on the surface of products directly. The method has the advantages of strong randomness, being difficult to be decoded, and suitability for small-sized products. The method includes generation, printing, and validation of linear graphs. As for the generation of linear graphs, a computer generates a code at least including linear angle information, and draws the linear corresponding with each code in the rectangle base frame; as for the identification of linear graphs, a picture collection device obtains the pictures of linear graphs, and obtains their black-and-white edge pictures after the pre-treatment, and then obtains each straight line's slope and interception information according to black-and-white edge pictures, and eventually calculates the corresponding code. The code is generated by the computer. At last, product information is validated through the code database of the validation system.

The present invention relates to a flexible and reusable wrapping product and system for promoting the same and creating a kit at a point of purchase for enwrapping a consumer item. In one embodiment, a series of at least for elastic panels are interconnected forming a bounded region with a concealable or concealed opening depending upon manufacturer option. During use, the present invention allows ready insertion of a product-to-be-wrapped into an interior of the system with the flexible material adapting to non-uniform or non-standard product dimensions and concealing the product from an unexpected review.

The invention relates to a manufacturing method for a large-dimension high-precision samarium-cobalt magnet. The manufacturing method comprises the steps of trimming, roughly grinding, vertically grinding, scribing lines, horizontally grinding, assembling and excircle grinding. According to the manufacturing method, assembling and gluing steps are performed; small-dimension products are manufactured firstly; then the small-dimension products are glued into large-dimension products; the problem of difficulty in manufacturing the large-dimension magnet is solved; geometrical tolerance of perpendicularity, depth of parallelism and cylindricity and the like is ensured through the processes of excircle grinding, horizontally grinding and the like; meanwhile, a technological method for marking magnetic pole boundary under a non-magnetic state is provided; and therefore, a feasible manufacturing scheme is provided for products with relatively large dimensions and relatively high requirement on tolerance.

A support for utensils and napkins. This support has three sections with each able to hold at least one utensil without touching the eating surface. The individual sections are connected to each other along the long sides. There are two support walls attached at the outer ends. All three sections are raised from the surface resulting in no contact with dirty or wet surfaces. The side walls are angled slightly outward for easy gripping and to better support the stacking of devices. The napkin section is below the utensil sections. The device will have two basic product sizes, one for an individual user with single sized utensil holder and one to hold utensils for many people. The device can be made of paper, cardboard, plastic, glass, or Styrofoam. When the device is made from glass or plastic, it can be made re-usable and dishwasher safe.

An apparatus for manufacturing a light guide film may comprise a feed roller, a receiving roller, a separating device, a hot press printing device and a recombining device. Firstly, the separating device may separate a protective layer from a substrate layer of the light guide film. Secondly, a surface of the substrate layer to be manufactured may be impressed with light guide dots by the hot press printing device, and the recombining device recombine the peeled protective layer to the substrate layer. And lastly, the finished light guide film is recycled by the receiving roller. The apparatus may have advantages such as high output and low cost, and it may manufacture a large dimensioned product.

The invention provides a PIN needle position degree detection method for a large-size product with sub-pixel precision. By fixing positions of a camera and a light source and using a servo system to drive the product to move, the product is divided into a plurality of subsections used to respectively acquire images of each subsection. The common pixel points in each image are used to unify the image coordinate system of each subsection image. At the same time, a new reference coordinate system is established, and finally, the calculated distance between the needle point of the PIN needle and the new reference is compared with a set tolerance value, and therefore qualified products and non-qualified products are distinguished. According to the invention, the method of obtaining a size of alarge-size product by adopting an image stitching method is abandoned, and therefore errors caused by splicing can be greatly reduced, and the processing pixel has a sub-pixel function. In addition, the detection method is suitable for cameras of different brands, can be applied to detection of different products, and is high in universality and compatibility.

A system and method for measuring the degree of a wobble of an image display device are disclosed. The system can quantitatively measure the degree of a wobble of a screen module of an image display device, resulting in the implementation of increased reliability of measured wobble data. The system can adjust the height of the image display device irrespective of the appearance of the product model, such that it can be widely applied to a variety of product models. The system is loaded on the support, and moves to another location, such that it can be easily adapted to measure the wobble of a large-sized product having difficulty in motion, resulting in greater convenience of use.

The invention provides a CCD adhesive attachment machine which comprises a product conveying belt. A product locating platform is arranged on the product conveying belt. A CCD alignment platform and a plurality of adhesive piece feeding mechanisms are arranged on one side of the product locating platform. A four-axis linkage mechanical arm freely moving above the product conveying belt, the product locating platform, the CCD alignment platform and the multiple adhesive piece feeding mechanisms is arranged on the other side of the product locating platform. The product locating platform comprises two fixed check blocks and two movable check blocks. Each fixed check block and the corresponding movable check block are arranged in a relatively parallel manner. According to the CCD adhesive attachment machine, attachment operation of single-sided adhesives and double-sided adhesives of products of different sizes can be achieved only through one set of equipment, and attachment operation of single-sided adhesives and double-sided adhesives in different shapes and different sizes and at different positions can be achieved on the same product; product quality and production efficiency are greatly improved; normal operation of a machine table is operated only with one person; and production personnel are saved for enterprises well.

The invention discloses the metallic synthetic resin window sectional material and its surface coater. It covers ultraviolet solidified coat on at least one exterior surface of the common synthetic resin window sectional material. It coats the thermosetting resin and the metallic ultraviolet solidified coating on the common synthetic resin window sectional material to achieve good endurance and external aesthetic while processing the windows. The surface coater provided by this invention can realize the continuous coating and solidifying on the surfaces of two or three dimension products, which can improve the working efficiency and extend its application range.

According to the scheme, the processing method for preparing a shape memory product comprises the following steps of 1, preparing an initial product with an initial shape by using a thermotropic shapememory polymer material according to a conventional processing method; 2, adjusting the deformation machining temperature according to the size requirement after recovery, deforming the initial product continuously at the temperature till the deformed shape meets the preset requirement, cooling, and obtaining a temporary shape product; and 3, heating the installed temporary shape product, and generating different deformations after the temporary shape product returns from the deformed shape to the initial shape so as to obtain preset shape memory products with different sizes. The invention provides a simple processing method for preparing products with different sizes, which only needs to control the deformation processing temperature and does not need multi-size molds or modeling design. The preparation method is suitable for the thermotropic shape memory polymer with crystallinity and has universality, and the prepared product is particularly suitable for special conditions of larger space range or shape difference during installation and use.

The invention discloses a 3D printing method and device for one-way large-dimension products. Special treatment is conducted on codes which are formed after a model of the products to be printed is subjected to segmentation processing, the situation that a printing head and a printing base readjust the printing position automatically in the printing process can be achieved, and accordingly the printing range is ensured. The printing base is of a combined structure, and movable printing plates can be freely connected and spliced so as to form the integrated printing base meeting the one-way dimensional requirement finally. The printing base can cooperate with the printing head in the printing process to realize automatic shifting of the movable printing plates. By means of the 3D printing method and device for the one-way large-dimension products, the problem that the one-way printing dimension of existing 3D printing equipment is limited is solved, automatic integrated 3D printing of the one-way large-dimension products is achieved, the performance and dimension precision of the large-scale products are ensured accordingly, and a quick and effective solution is provided for manufacturing of one-way large-dimension parts in various fields.

This invention relates to a parallel iteration decode method for product codes in a communication field, which selects a method of decoding in all dimension directions simultaneously or alternately decoding in time division at all dimensional directions or partly decoding simultaneously partly decoding alternately in time division according to the proportion of the number of the sub-codes decoders and dimension numbers of the product codes including: N sub-code decoders carry out sub-code decoding at N directions of N dimensional product codes simultaneously, or one decoder decodes at N directions of N dimension product codes alternately in time division, which can start from any dimensional direction of the N dimensions, or when the number of the decoders M is smaller then M, M is smaller than N, they work at the same time or partly work to finish the decode at N directions of N dimension product codes.

The invention discloses an online measuring method used during optical fiber alignment base array manufacturing with the silicon substrate technology. The method comprises the steps of manufacturing a photolithography mask, manufacturing a measuring scale graph beside a hole of the graph of an optical fiber alignment base array, setting the line width of each line of the measuring scale graph to be smaller than the size of the hole of the graph of the optical fiber alignment base array by two orders of magnitudes, and making the line width and intervals of the lines of the measuring scale graph unchanged; transferring the graph of the photolithography mask to a silicon wafer; measuring a first numerical flag value corresponding to the first end of the hole of the optical fiber alignment base with numerical flags of the measuring scale graph in a line width measuring machine table; measuring a second numerical flag value corresponding to the second end of the hole of the optical fiber alignment base with numerical flags of the measuring scale graph in the line width measuring machine table; obtaining the diameter of the hole of the optical fiber alignment base based on the difference between the first numerical flag value and the second numerical flag value. According to the method, the measurement accuracy of the size of the optical fiber alignment base array can be improved by two orders of magnitudes, and high-accuracy online line width measurement of large products can be achieved.

A system and method of stocking an automatic retail device including receiving seller identification information of a seller including financial institution information of the seller, receiving proposed product information of a product to be offered for sale by the seller, assigning a lease space in the automatic retail device for stocking of the product, determining whether the assigned leased space in the automatic retail device is available, acquiring product information of the product using the automatic retail device, and indicating a location of the leased space in the automatic retail device for stocking the product. The proposed information of the product may include a description of the product, a size of the product, or a weight of the product. The acquired product information may include an image of the product or a weight of the product.

A press for large-size ceramic products comprises a modular structure (2) defined by a plurality of annular plates (3), aligned in succession one after the other, and provided with a through seat (4) which has a lower portion (5) and an upper portion (6) opposite one another, a bed (7) supported by the annular plates (3) at the lower portion (5) and a head (8) connectable to the upper portion (6), wherein the bed (7) and the head (8) delimit a work chamber (9) for housing power elements (10) suitable for carrying out the operations of pressing a material to be pressed, and a conveyor belt (12) that passes through the through seat (4) along a longitudinal direction (C) of the modular structure (2), wherein the power elements (10) comprise at least one upper punch (14), first lateral holding elements (15) and second lateral holding elements (16) for the powder material to be pressed, movable with respect to one another and suitable for delimiting during use a work chamber where such powder material is pressed.