126 results about "Design modification" patented technology

A method of generating a customized image includes forming a first design including a first pattern having a first color and a second color. The method also includes receiving input from a user using a design modification element. The method further includes forming a second design including a second pattern including a third color and a fourth color. A change from the first design to the second design is proportional to the input received from the user using the design modification element.

A universal rake receiver architecture includes modular independent processing units that can be flexibly programmed to support different modes of operation. The processing units are capable of performing the basic correlation calculations of DS-CDMA and each unit has an internal local memory and controller that controls its mode of operation. Each unit performs the required synchronization and demodulation operations for a multipath of a signal in the digital domain using all-digital frequency and timing correction techniques. Frequency feedback need not be supplied to the analog section of the receiver. Interpolation most preferably is used to find the optimum sampling position of each incoming chip. This independence allows the receiver to be used with one to several antennas without design modifications.

An external mix air atomizing spray nozzle assembly comprising a nozzle body having liquid and air flow passages, and an air cap formed with an air chamber communicating with said air passage and a plurality of angled pressurized air discharge passages communicating with said chamber at an angle to a central axis of said spray nozzle assembly for directing pressurized air onto a liquid flow stream discharging from said liquid passage. The angled air discharge passages each are defined by a conical indentation in a front face of the air cap and a cylindrical bore communicating in perpendicular relation to a side surface of the conical indentation. The design of the angled air discharge passages permits easy manufacture and design modification for particular spray applications.

An apparatus and method for manufacturing and refurbishing a conductive polishing pad assembly for performing an electrochemical process on a substrate is disclosed. The conductive polishing pad assembly is formed using a contact surface as a foundation that is coated with a metallic coating to create a conductive contact surface. In one embodiment, the metallic coating is a high purity tin/zinc alloy that is sprayed on the contact surface. The contact surface contains abrasive particles while the metallic coating provides at least conductive qualities to the contact surface.

A computer-based method used by certified aging-in-place specialists and/or licensed medical professionals to evaluate and recommend universal, accessibility, adaptability, visitability and/or aging-in-place design modifications to residential or commercial property to satisfy independence, safety, and/or quality of life needs of an occupant of the property. The occupant may be a resident, care giver, or owner. The computer-based method employs a computer program that recommends the design modifications in response to specific environmental, disease, disability, or aging impairments of the occupant. The computer program is part of a wide area network accessible by a remote device such as a laptop computer, a tablet computer, or a hand-held computer via a secured Internet connection.

The invention discloses an integrated device for testing voltage and internal resistance of batteries and shaping and cutting battery lugs. Two groups of positive and negative probes are added on a strip-shaped press block which shapes the battery lugs, and the two groups of positive and negative probes are respectively connected to slots for an external test pen at the periphery of the device through leads; two positive slots and two negative slots are connected to positive test pens and negative test pens of an internal resistance tester; the shaping press block can be a Teflon component; the interval of the probes embedded in the shaping press block can be correspondingly adjusted according to different intervals of battery core lugs; before the battery lugs are cut, the shaping press blocks flatten the lugs, the positive and negative test probes are also pressed on the positive and negative lugs, and the voltage and internal resistance of the battery can be tested simultaneously; and scanning gun holding racks are respectively disposed at right side and left side of the device. According to the device, by designed modification, the divided operations of testing the voltage and internal resistance of the battery and shaping and cutting battery lugs can be combined; the production efficiency is improved; and the labor intensity is reduced.

The flat, topless sock is are re-usable, machine washable/dryable, sock/stocking alternative that is inserted into a shoe or sandal, adhering to the shoe's insole so it can be worn in place of traditional socks to give the wearer the “no-sock” look while providing the benefits of wearing a sock. The preferred embodiment of the flat, topless sock consists of a soft, durable, absorbent surface in contact with the skin on the bottom of the foot and an adhesive/anti-slip surface on the opposite side which is in contact with/adheres to the insole of the shoe or sandal. Optional features may include but are not limited to: the addition of extra layer(s) for added comfort, shock and/or sweat absorption; the addition of an anti-microbial agent; a design modification to allow for use in a thong sandal; and an unlimited variety of decorative material designs, colors, textures, stitching patterns or appliqués.

An LCD device capable of preventing damage of an LC panel by an impact damping member or through a design modification of a functional member when a functional plate such as a touch panel or the functional member is attached onto the LC panel. The LCD device comprises an LC panel, a backlight unit disposed below the LC panel for providing light, a functional member disposed on the LC panel within a size range of the LC panel, and an impact damping member disposed to be spacing from one or more sides of the functional member for absorbing an impact of the functional member when the LC panel moves.

An impedance of a power supply wire is calculated based on design data of a semiconductor integrated circuit, a frequency characteristic of the calculated impedance is obtained, and a design of the semiconductor integrated circuit is changed based on the obtained frequency characteristic. As the above-described impedance, an impedance between power supplies that are different in potential such as a power supply and a ground may be calculated, or an impedance between power supplies that are substantially the same in potential such as a power supply and an N-well power supply may be calculated. By a design modification, a wiring method, the number of pads, separation of power supplies, a type of package, a characteristic of an inductance element, a substrate structure, a distance between wires, a decoupling capacitance, a length of a wire, and a characteristic of a resistance element, for example, are changed.

The present invention relates to stackable projectiles having a warhead and a propulsion unit. An adaptor enables the warhead to be coupled to propulsion units made of different materials. Furthermore, an adaptor couples different profiles of warheads and propulsion units and allows projectiles to be stacked without need for design modifications. The assembled projectile can be fired electrically or mechanically.

Provided are new high strength 6xxx aluminum alloys and methods of making aluminum sheets thereof. These aluminum sheets may be used to fabricate components which may replace steel in a variety of applications including the transportation industry. In some examples, the disclosed high strength 6xxx alloys can replace high strength steels with aluminum. In one example, steels having a yield strength below 340 MPa may be replaced with the disclosed 6xxx aluminum alloys without the need for major design modifications.

The invention provides a substitution method for inclusive final-stage cache and relates to a substitution method for inclusive final-stage cache in a processor. In the case of not sacrificing simplicity of a consistency protocol of the inclusive final-stage cache, the substitution method is capable of improving performances of the inclusive final-stage cache and includes the steps of predicting the locality of the entering block when a cache block enters a final-stage cache; putting the cache block into a high discharge priority list if the locality prediction of the cache block is poor; otherwise, putting the cache block into a low discharge priority list; determining cache blocks in the high discharge priority list in substitution; and substituting a cache block which is in a high discharge priority list outside an inner cache as a victim for the final-stage cache. The substitution method for the inclusive final-stage cache has the advantages of improving performances of the inclusive final stage cache and requiring minimal hardware overhead and design modifications.

Disclosed are methods for designing vanes that, in use, are expected to be exposed to vibratory loading, in particular rotor or stator vanes for aero engines or turbomachinery. A quantitative characteristic (modeshape) is used which is a measure of correlation between the excitation force to which the vane is to be subjected in use and a vibrational mode of the vane, corresponding to a characteristic frequency of the excitation. The modeshape of the first design is determined. Then the first design is modified to give a second design, by one or more of leaning, sweeping or twisting the blade design, or by altering the local shape of the design, or by altering the material of the design. Then the modeshape of the second design is determined. The design modification gives rise to a reduction in the forced response levels.

A method for analyzing a system for safety to personnel is disclosed comprising: identifying at least one operating parameter of a first subcomponent of said product; identifying an inherent hazard of said first subcomponents based on an analysis of the at least one operating parameter; identifying features of the structure or operation of the subcomponent corresponding to the inherent hazard; identifying design modifications for the identified features that would mitigate the inherent hazard; identifying safety instrumented control functions and their probability of failure requirements that would mitigate the inherent hazard; prioritizing the identified features with respect to the effect that each of said features has on safety of the product; and determining whether an unsafe condition could result from the inherent hazard.

The invention provides a valve body optimization design method. A three-dimensional geometrical model is established through a parameter method, thereby facilitating optimization design and greatly shortening design modification time. Through an established stress evaluation rule, various types of stresses which generate different failures are considered. A plurality of evaluation conditions are used for evaluating the stress. Whether the structural strength of the valve body satisfies a safety requirement can be comprehensively and integrally evaluated. Furthermore the economical performance of the structure is evaluated through a stress result. According to an economical performance evaluation standard, contributions of different types of stresses to the structural strength are sufficiently considered, and furthermore a difference between design and reality is considered. When the structure of the valve body satisfies safety evaluation and furthermore satisfies economical performance evaluation, not only is high safety of the valve ensured, but also the material can be saved maximally and the bearing potential of the structure is sufficiently exerted, thereby reducing weight of the valve body, saving material, reducing cost, and making the designed structure more reasonable and more economical.

The invention discloses a material distributing method and equipment of polished tiles. The method is characterized by comprising the following steps of: a. preparing materials: respectively distributing line materials and plus materials into a line material feeding hopper and a plus material feeding hopper which are arranged in the moving direction of a main conveyor belt; b. after the line materials are sieved by a vibration sieve, distributing the sieved line materials on the main conveyor belt to form a banded thin-layered line material, and distributing the plus materials on the main conveyor belt by virtue of the intermittent opening and closing of the plus material feeding hopper to form a banded thick-layered plus material; c. enabling the banded thick-layered plus material to be formed into linear lamellar patterns with lines by virtue of the intermittent blocking action of a linear baffle, and warping the linear material layer into a wavy material layer by virtue of the intermittent blocking action of a wavy baffle; and d. transferring the effect of the wavy material layer into a press mould by virtue of a texture fidelity feeding grate. In the invention, natural and delicate texture effects with rich layers in imitation of natural stones are formed by virtue of the combination of the formula and process provided by the invention; the equipment is easy to modify, so the equipment can be flexibly suitable for design modification requirements of products; and the product conversion cycle is shortened, and the loss and production cost are reduced.

An engineering simulation tool uses boundary regions of proposed design modifications to a finite design element to assess the impact of those proposed design modifications. This tool allows a designer to incorporate a new design feature into a proposed model and generate simulated performance results for the proposed design without re-execution of finite element method.