626 results about "Equidistant" patented technology

Pages of books are copied without distortion due to curvature of the page near the book binding or the distortion in a copied page is corrected using the spacing of equidistant bars on tape strips applied to the top and bottom edges of a page before copying. The tape is preferably transparent and rather narrow and easily attached to a page to be copied. The first step in the distortion correction procedure is to locate the bars at the top and bottom of the page. The distortion of the spacing between the imaged bars is computed based on the known distance between the equidistant bars. The computed distortion of the spacing is then input to a distortion correction algorithm. The output of the distortion correction algorithm generates a corrected image. This image may also optionally delete the bars so that they are not printed in the copy. The corrected image is then copied.

A web structure includes a generally hexahedron-shaped frame having a plurality of points or vertices oriented in a manner that no more than three points lie in a common plane. Each pair of the points is connected by a line or frame segment and a plane includes three of the points. One line or frame segment passes through the plane and has first and second ends that are generally equidistant from the plane.

A cutter tooth is carried on an outer peripheral surface of a rotatable cutter adapted for clearing, mulching and grinding trees. The cutter tooth includes a tooth body with a front face, sides, and a rear. The face is recessed inwardly and defines three equally spaced-apart and outwardly diverging cutting tips.

A rotatable drum useful in the manufacture of vehicle tires. A plurality of segments collectively define the outer circumferential surface of the drum. These segments are divided into two sets, one set being disposed on each of the opposite sides of a transverse center plane of the drum, the center plane being oriented normal to the rotational axis of the drum. The two sets of segments are mounted for selective positioning thereof axially of the drum from a location external of the drum to adjust the overall working width of the drum. Further, the segments are selectively positionable between expanded positions radially of the rotational axis of the drum to provide a relatively continuous circumferential outer surface of the drum for the layup of a tire carcass thereon, and collapsed positions radially of the drum to permit the removal of a formed toroidal carcass from the drum. Movement of the plurality of segments of each of the two sets of segments radially of the rotational axis of the drum is effected by "slaving" the two sets of segments off a central mechanism which controls the radial positions of all the segments simultaneously and equidistantly from the rotational axis of the drum, while further providing for axial movement of the two sets of segments relative to one another while the segments are positioned at any given radial location of the segments.

A stereotaxic apparatus for a locking nail which has two oscillating circuits which are disposed along the longitudinal direction of the locking nail. The apparatus has a guide sleeve to place a drill and/or bone screw which, when the stereotaxic apparatus is in an oriented condition, points to a cross-bore in the locking nail. The guide sleeve has three or more oscillating circuits arranged in a first plane that are equidistant each from a first center located in the plane; three or more oscillating circuits are arranged in a second plane extending in parallel with said first plane that are equidistant each from a second center located in said second plane. The first and second planes are arranged towards each other such that a face normal to one of said planes extends through the first and second centers. A pair of oscillating circuits are arranged at a distance from a straight line extending through the centers and the interconnecting straight line of which, in the aligned condition with the locking nail, is substantially perpendicular to the longitudinal direction of the locking nail.

Belt drive assembly for driving accessory parts of an internal combustion engine comprising a reversible electric machine, comprising a belt with a plurality of longitudinal ribs alternating with grooves and with a plurality of cavities spaced at equal distances from each other longitudinally and obtained transversely with respect to the ribs in such a way as to interrupt them; the pulley comprises a plurality of ribs suited to engage the grooves of the belt and a plurality of teeth transverse with respect to the ribs, spaced at equal distances from each other on the circumference and suited to engage the respective cavities of the belt. The cavities of the belt have a depth at the most equal to the height of the ribs of the belt itself, and the ribs of the pulley have a radial height larger than the teeth, so as to cooperate with the belt continuously along the whole winding arc.

A method of resampling medical imaging data from a first spatial distribution of data points onto a second spatial distribution of data points, including determining a matrix of reverse interpolation coefficients for resampling data from said second spatial distribution onto said first spatial distribution, inverting a matrix based on said reverse interpolation matrix to determine forward resampling coefficients for resampling data from said first spatial distribution to said second spatial distribution, and resampling data from said first spatial distribution onto said second spatial distribution using said forward resampling coefficients.

The invention discloses an efficient and easy-to-cut concrete mixing device, which comprises a base, a base plate and a mixing box; the base plate is an L-shaped plate, one end of the base plate is hinged on the base, and the other end is connected with a Lifting device, the lifting device is installed on the base; the mixing box is fixed on the base plate, and the base plate is fixed with a bracket on the right side of the mixing box, and a vertical partition is arranged in the mixing box, and a There are a plurality of through holes, three of which are equidistantly arranged along the height direction of the partition, and the partition divides the inner cavity of the stirring box into two left and right chambers, wherein a stirring shaft is arranged in the left chamber; the stirring shaft It is hollow, and the stirring shaft is inserted with a movable rod that can move freely up and down, and a piston plate is arranged on the movable rod. The invention can effectively solve the problem of bottom sinking in concrete mixing, and at the same time, it is convenient for unloading.

A method of manufacturing a strip of absorbent paper product. The method includes: providing a strip that has a strip width, which has a first dimension, disposed between a first edge and a second edge and a centerline extending in a longitudinal direction equidistant between the first edge and the second edge; imparting a pattern of first design elements in a central region wherein each first design element comprises a visual center point and the pattern has a pattern centerline in the longitudinal direction, the pattern of first design elements being disposed within a central width having a second dimension, the second dimension being less than the first dimension, and the central region extending laterally outwardly on each side of the centerline; and, imparting a plurality of second design elements on the strip, wherein at least one of second design elements is disposed in the central region.

Systems and methods for generating 2D texture coordinates for 3D surfaces meshes may assign initial 2D texture coordinates to each node within a mesh using dead reckoning, compute a conformal mapping solution to revise the texture coordinates dependent on the initial mapping, and store the texture coordinates for subsequent use in a graphics application (e.g., applying a texture and/or re-meshing a surface). The methods may include designating one node as the origin, determining the shortest distance from each other node to the origin, and computing texture coordinates for each other node in order of increasing distance to the origin. The dead reckoning operation may compute texture coordinates of each node dependent on the distance and direction of a vector formed between the node and a neighbor node to which texture coordinates have already been assigned. Isometric terms reflecting stretching or compression may be introduced following convergence by the conformal mapping.

A portable, hand-holdable Blanching Response Tester apparatus (BRT) pressable against the skin of a human patient to provide an indication of a non-blanchable erythema indicative of an incipient pressure sore includes a housing having in a front end wall thereof an optically transmissive window and within the housing a broad-band light source electrically energizable to emit light including energy in the near infrared (0.8μ to 1.5μ) outwards through the window. A first, leading photodetector spaced laterally apart from the light source and a second, trailing photodetector spaced equidistant from the light source in an opposite direction have fields of view which include regions of the skin ahead of an behind a central area of the skin illuminated by the light source. Electronic signal processing circuitry within the BRT housing includes a pair of differential amplifiers having opposite pairs of inputs connected to the pair of photodetectors, one amplifier driving a first, “NO-GO” red, light-emitting diode mounted in an upper wall panel of the housing, and the other amplifier driving a second, “GO” green LED. When the BRT window is pressed against the skin and the light source energized, if light reflected from the skin by leading photodetector over a questionable area of the skin exceeds light reflected from a known healthy sample area of skin beneath the trailing photodetector the red, NO-GO LED is illuminated if the difference in light values exceeds a first threshold values signifying a pressure sore, and if light received by the trailing photodetector exceeds that received by the leading photodetector by a second threshold value, the green, GO LED is illuminated.

The invention is a suspension plate system for providing access to hanks of fiber. The system may include a circular, transparent, plastic disc having a plurality of truncated conic circular bores located equidistant from the center of the disc and being substantially equidistant from each other. Each bore has a larger diameter opening on the top of the disc and a smaller diameter opening on the bottom of the disc. A plurality of generally radial slots equal in number to the number of bores are located on the disc to communicate between each bore and the outer edge of the disc. Each bore provides a device wherein a hank of fiber, cut into substantially equal lengths to other hanks and divided by color and/or nature can be presented for display and use. The hank of fiber of like color and/or nature is bound by a knob-like binder that can be captured in one of the bores, with the hank of fiber suspended down from the disc, thus locking the hank of fiber in place relative to other hanks and to the disc. The binder is captured because its effective diameter is between the diameters of the upper and lower openings of the bore. The slot allows the hank of fiber to be axially placed within the bore without the hank having to be threaded longitudinally into the bore.

A hitch extension apparatus for attaching an implement with a pto driven drive shaft having front and rear universal joints to a tractor drawbar. The apparatus comprises a first member adapted for attachment to the tractor drawbar by insertion of a drawbar pin through the drawbar such that the first member is fixed with respect to the drawbar. An extension member is pivotally attached to the first member about a horizontal pitch axis oriented perpendicular to the travel direction, and about a horizontal roll axis oriented parallel to the operating travel direction. The extension member defines a pivotal attachment location rearward of the draw pin hole adapted for pivotal attachment of the implement about a vertical yaw axis located equidistant from the front and rear universal joints when the drive shaft is connected to the tractor power take off. The pitch axis can be located forward of the yaw axis, and forward of the draw pin hole in order to reduce bending forces on the drawbar.

In one embodiment, a combustion system for an engine is disclosed. The system includes a cylinder block that defines a cylinder bore and opposing pre-chambers located along a circumference of the cylinder bore. The system also includes a fuel injector located equidistant from the circumference of the cylinder bore that injects fuel in a direction perpendicular to a diameter of the cylinder bore. The system further includes spark plugs located within the pre-chambers that ignite at least a portion of the fuel from the fuel injector to direct ignition flames into the cylinder bore.

A small linear ultrasonic motor includes: a vibration element generating ultrasonic vibrations by applying high frequency drive voltage; a slider against which vibration element is pressed and which is relatively moved by the ultrasonic vibrations; a vibration element supporting member retaining the vibration element and relatively moving with respect to the slider; a guide portion guiding a moving direction of the relative movement of the vibration element supporting member; and a pressurizing portion pressing the vibration element against the slider, wherein the guide portion is arranged sandwiching a position at which the vibration element is pressed against the slider, in a plane that includes the moving direction and intersects with a pressurizing direction of a pressurizing force exerted by the pressurizing portion, and at least each part of the pressurizing portion and the guide portion is disposed at a position equidistant from the plane in the pressurizing direction.

The invention provides a driver of a digital confocal microscope optical section collecting device. The driver comprises a single-chip system, a sub-division driver, a stepping motor and a displacement driving device, and the driver arranged on the microscope and controlled by a computer drives a stage to acquire the sequenced optical section images of cells on the stage by an image detector. The method for the driver to acquire the optical section images is to carry out the submicron equidistant stepping control on the stage of the microscope by setting the section distance, collected section number and other parameters. By using the definition-based evaluation for the function value and the change rate thereof as the evaluation standards, the method of the invention is capable of automatically focusing on cells and locating the upper and lower edges, and acquiring the sequenced optical section images of intact cells.

The invention relates to the technical filed of vehicle maintenance and device calibration and discloses a calibration device and method of the center line of a vehicle body. The calibration device comprises a support device and laser devices. The support device comprises a horizontal graduation ruler, and the laser devices are used to be installed on the vehicle body and emit laser beams to the horizontal graduation ruler. When the calibration device of the center line of the vehicle body is used, the two laser devices are arranged on vehicle wheels of the two sides of a vehicle, and two laser beams which are emitted at equal intervals with the vehicle wheel as reference points, are irradiated on the horizontal graduation ruler; according to the scale of the horizontal graduation ruler, the support device can be moved to an appropriate position, and the center line of the vehicle can be conveniently calibrated.

A trap includes a generally U-shaped spring element with a first and a second arm extending in the same general direction, the arms ending in a set of jaws, the spring element implemented such that with the spring relaxed the jaw set is closed, a trigger linkage comprising a first link pivoted on the first arm of the spring element and a second link pivoted on the second arm of the spring element, with the first link positioned in front of the second link toward the jaw set, and pivoted to the second link at a point between the arms about equidistant from each arm, wherein the length of the links is such that, with the spring element relaxed the linkage is folded, and with the spring element arms urged apart with the arms approximately parallel, the links are essentially collinear, a constraint mechanism rigidly attached to the second link and having an extension over the first link, such that, with the spring element positioned horizontally, the linkage mechanism is constrained to a specific magnitude of folding downward, but is not constrained in folding upward except by the closing of the jaw set, and a paddle attached to an underside of one of the first link and extending toward the jaw set, the paddle having an upward curvature at an end away from the first link and closer to the jaw set.

The invention discloses bionic honeycomb cotton. The bionic honeycomb cotton comprises a plurality of bionic honeycomb cotton sub-layers which are sequentially laminated back and forth in a Z-shaped way in a vertical direction, the bionic honeycomb cotton sub-layers are sequentially connected in an end-to-end way, and a sub-layer angle is formed between every adjacent bionic honeycomb cotton sub-layers; the sub-layer angles are acute angles, and equidistant and side-by-side filaments are arranged on the positive and inverse surfaces of the bionic honeycomb cotton sub-layers in a width direction. When the bionic honeycomb cotton is produced, fiber materials are mixed, opened and combined to mesh so as to produce the bionic honeycomb cotton sub-layers, the bionic honeycomb cotton sub-layers are made from an upper fiber mesh, an elastic fiber mesh and a lower fiber mesh which are sequentially overlapped from up to down, and then the filaments are arranged on the positive and inverse surfaces of the bionic honeycomb cotton sub-layers, and are finally dried, trimmed and wound sequentially to form the bionic honeycomb cotton. The bionic honeycomb cotton provided by the invention is high in elasticity, simple in structure and low in cost, and is environmental-friendly.

A crown, for a medical vial opening, has a top portion and a skirt surrounding the top portion. The skirt terminates at a lower edge defined in a first horizontal plane. An opener assembly is mounted to a portion of the top. A first scoring line extends from the portion of the top to which the opener assembly is mounted to the lower edge of the skirt in a continuous radial direction, and a second scoring line provides an upper radial segment extending from the opener assembly to the skirt along a radial axis, and a lower annular segment that extends circumferentially along the skirt in an annular direction and extending from a terminus of the upper radial segment. The lower annular segment is defined in a second horizontal plane equidistant to the first horizontal plane associated with the lower edge of the skirt.

The invention provides a device for estimating two-dimensional direction of arrival (DOA) of coherent signals based on an L array and a method thereof. The method is characterized by carrying out communication connection on a longitudinal x-direction equidistant linear subarray antenna, a vertical z-direction equidistant linear subarray antenna, an instantaneous correlation computation device, an instantaneous correlation matrix computation device, a linear operation sub-estimation device, a DOA estimation device and a DOA angle pairing device, utilizing a subarray averaging technology to carry out decorrelation on the incident signals, simultaneously implementing linear operation on cross-correlation matrices of L array received data to obtain null space, firstly estimating an angle of pitch and an azimuth angle respectively, then paring the angle of pitch and the azimuth angle and finally obtaining the azimuth angle according to the geometrical relationship, and the method dispenses with eigen-decomposition and has high computation efficiency.

A magnifying spot mirror releasably attachable to a flat surface includes a circular concave mirror plate mounted on the front surface of a lenticular-shaped support body which has a convex, arcuately curved rear surface from which protrude satellite suction cups that have circular bases which lie in a convex plane and are radially spaced equidistant from the center of the support body and an optional center suction cup. Applying finger pressure to the center of the mirror causes a pair of centrally located suction cups and/or the optional center cup to hermetically grip a flat surface with the mirror parallel to the surface. Pressing on the mirror at a location offset from the center exerts a tensional unsealing force on radially inwardly located suction cups, and compressional sealing forces on outer satellite suction cups, thus re-positioning the mirror at a different orientation angle.