309results about How to "Correction of deformation" patented technology

Bone length adjustment method and system includes a two-part telescopic device connected to bone parts whose length between the connection points is to be adjusted, with each part of the telescopic device being secured to the bone part, and a rod with an embedded permanent magnet which is in threaded engagement at one or both of its ends with one or both of the parts of the telescopic device. The permanent magnet in the rod is excited by an external solenoid arrangement to cause a radial force to develop at the rod thereby causing it to rotate. Rotation of the rod is converted via the threads at one or both of its ends to axial motion or movement of the telescopic parts relative to each other and thereby causes an increase or decrease in the bone length depending on the direction of axial movement between the telescopic parts.

A structure of shoe sole is provided, which is a custom-made shoe sole that is formed according to a user's foot sole so as to improve the effects of support and wrapping of the shoe sole. The shoe sole includes an enclosure and a clay-like thermoplastic material. The enclosure includes upper and lower cover layers that are made of a material showing local stretchability and air permeability. The thermoplastic material is received between the upper and lower cover layers and is a thermoplastic mixture in the form of soft ceramic. With the shoe sole placed in a shoe and the shoe put on a user's foot, the thermoplastic material of the shoe sole may get deformed inside the enclosure according to the contour of the user's foot sole, making the shoe sole shaped to completely match the foot sole of the user.

The present invention significantly modifies “The Overflow Process”. It includes a method and apparatus for measuring glass flow rate and maintaining a constant glass flow rate. It also embodies design features and methods that support and stress the forming apparatus in a manner such that the deformation that results from thermal creep is corrected, thus minimizing the effect of the thermal creep on the thickness variation of the glass sheet. The present invention also embodies design features that change the process from a single step (combined flow distribution and cooling) to a two step process; step one being flow distribution and step two being cooling.

An orthopedic device and method for correcting angular deformation of a bone structure having a growth plate. The device includes first and second hinge members connected together at a hinge joint. The device is adapted for mounting the orthopedic device to the bone structure with the pivot joint positioned over the growth plate. Alignment of the pivot joint with the growth plate promotes asymmetric growth of the growth plate to thereby correct the angular deformation.

A method for manufacturing a PU (polyurethane) polishing pad is provided. Resins containing active hydrogen functional groups such as polyol resins, polyamine resins, and polythiol resins, and polyisocyanate resins containing -NCO functional groups are mixed to form a foamed PU polishing pad with excellent polishing properties by reaction injection-molding under high pressure, low temperature and auxiliary gas-adding. The PU polishing pad in accompany with an abrasive slurry can be widely used to polish high-level products such as wafers and optical glass.

A heat exchange module is disclosed comprising two metal sheets welded along weld lines defining between them a group of channels disposed side by side substantially in a common plane, intended to be passed through by an exchange fluid and, from the fluidic point of view, being in parallel with each other between two connection orifices of the module. The group of channels has a generally U-shape configuration, which connects together the said connection orifices that are laterally separated from each other.

A ring shear and seepage-coupled apparatus and a ring shear and seepage-coupled test system for rock and rock fracture under tension or compression stress are provided, relating to the technical field of mechanical testing devices. As to the ring shear and seepage-coupled apparatus, an axial piston rod is connected with an upper shear box, a torque transferring shaft is connected with a lower shear box, an axial force transducer is provided on the axial piston rod, a torque transducer is provided on the torque transmitting shaft, and a force transferring plate is fixedly connected onto the upper shear box. The force transferring plate is able to transmit a counter force for exerting a torque. Radial and circumferential seepage tests can be achieved by providing a seepage structure. The ring shear and seepage-coupled test system comprises a servo pump and the ring shear and seepage-coupled apparatus as mentioned above.

A fixing apparatus has a belt-shaped rotary member, a pressure member urged against the rotary member to form a nip portion, and a heater for the rotary member. A portion of the rotary member is maintained so that the belt portion has a radius of curvature smaller than an inner diameter of the rotary member, and after the apparatus is stopped, a predetermined time, when the rotary member is rotated again a control sequence in which the portion of the rotary member including the smaller radius of curvature is conveyed and positioned in the nip portion and the heating is performed in a condition that the rotation of the rotary member is stopped is carried out, or, after the apparatus is stopped more than a predetermined time, when the rotary member is rotated again a control sequence is carried out while conveying the portion of the rotary member including the smaller radius of curvature through the nip portion once at a speed smaller than a normal conveying speed.

An earphone with a fixed function includes an earphone housing having a holding portion and an earplug sleeved around the holding portion. The earplug has a sleeved portion, a fixed portion and an abutting portion. The fixed portion extended from a periphery of the sleeved portion has a bent portion and a jamming portion. One end of the bent portion is fixed on the sleeved portion and the other end of the bent portion is bent and extended to form the jamming portion.

A rolling bearing adapted to prevent crack formation in a caulking portion is provided. A rolling bearing assembly includes: a hub shaft having the caulking portion at an axial end thereof, the caulking portion bendably deformed in a radially outward direction; the rolling bearing mounted on an outside surface of the hub shaft; and an annular member spline-engaged with the hub shaft and caulk-fixed to place by the caulking portion. An inner-side axial end of a second male spline formed on the hub shaft is shifted from an inner-side end of the hub shaft toward an outer side far enough to ensure that the second male spline is not susceptible to the plastic deformation of the caulked caulking portion.

A longitudinal member is configured to transmit a part of a collision load occurring in a vehicle head-on collision to a suspension cross member by way of a front portion, a bending portion, and a rear portion. A lower arm, a portion of which is co-fastened to a vehicle body together with a fastening portion, is configured to transmit another part of the collision load occurring in the vehicle head-on collision to the fastening portion from the front portion. Accordingly, the rear end of the sub frame can be properly detached from the vehicle body in the vehicle head-on collision even in a case in which any weak portion extending in a vehicle width direction may not be provided.

FIG. 1 shows an inventive implant 1. It has a central fillet 2 extending along a longitudinal axis L. The fillet 2 has openings 3 which are formed at regular intervals. At the level of the openings 3 and extending at right angles on both sides are clamps 4, which, when the implant is inserted, are brought into mutual engagement with a tubular bone and clamped to it. The fillet 2 is formed so as to be bendable in three-dimensions. It can be bent in two planes relative to the longitudinal axis L of the fillet 2 and torqued about the longitudinal axis L. Thus, a simple implant 1 with an overall regular structure is provided which can be cut with a cutting pliers to a desired length.

The invention provides a vehicle-mounted projection device. When the vehicle-mounted projection device projects a holographic image projected on a screen on a windshield, deformation of the image can be fully corrected even if the multiplying power is raised. According to the vehicle-mounted projection device, phase modulation is carried out on laser through utilization of a phase modulation array to enable the holographic image (70h) to form on the screen. The holographic image (70h) is reflected by a reflector (55a) of a first projection mirror (55) and a reflector (56a) of a second projection mirror (56) on the windshield. A projection ratio is set through utilization of the first projection mirror (55) and the second projection mirror (56), and deformation of the image due to inclination and bending of the windshield is corrected. Correction is realized through utilization of the two projection mirrors, so that deformation of the image can be suppressed even if the projection ratio is raised.

In a tomographic image photographing apparatus, a deformation of a volume image is corrected accurately even if an object to be inspected moves when the volume image is acquired. An image processing apparatus acquires a tomographic image of the object to be inspected from combined light beams of return light beams, which is obtained by irradiating the object to be inspected with a plurality of measuring light beams, and corresponding reference light beams. In the image processing apparatus, a photographing unit obtains a tomographic image of a fundus with the plurality of measuring light beams, and a detection unit detects a retina layer from the tomographic image. Based on the detected retina layer, a fundus shape is estimated. Based on the estimated fundus shape, a positional deviation between tomographic images is corrected.

A signal line connector includes a locknut, a hollow cylindrical casing, which has a coupling neck extended from one end thereof and fitted into the locknut, a locating barrel fitted into the other end of the casing, the locating barrel having a pressure collar and an outside annular flange extended around the periphery thereof for engaging into the hollow cylindrical casing to force the locating barrel to deform at an amount subject to the size of the signal line used, the pressure collar and the outside annular flange of the locating barrel having different outer diameters, and an outside annular groove defined between the pressure collar and the outside annular flange for buffering and compensating the deformation, and a center holding down tube mounted in the casing and secured to the locknut by the casing for holding down a tubular outer conductor and an outer insulative layer of a signal line against the inside wall of the locating barrel, keeping a center conductor of the signal line axially suspended in the locknut.

The invention relates to a multi-beam deformation detecting device which comprises a probe, a digital signal processor DSP, a personal computer PC, a laser group and a prism reflection target, wherein the prism reflection target is arranged on a point to be tested, the probe and the laser group are arranged on a measuring point, a laser beam group emitted from the laser group is reflected through the prism reflection target by adjusting the laser group and then forms an overlapped light spot on the probe, a barycenter of the overlapped light spot is determined by utilizing a photoelectronic tracing macro pixel iteration barycenter method, and the deformation of the point to be tested is further determined through the barycenter offset distance. The invention can effectively avoid the influences on environmental change, air turbulence and stray light, can realize long-term online monitoring, and has accurate measurement data, high detection precision, simple structure, low cost and convenient operation.

Apparatus and method for winding at least one electric wire W on a coil support (10) of a core of a dynamo electric by using a wire dispensing member (19) means (21, 25) for rotating the coil support with respect to the dispensing member (19). It is foreseen to provide a relative movement of the dispensing member (19) with respect to the coil support (10) to maintain the angular orientation constant during winding. Furthermore it is foreseen to press on a portion (WP) of wire wound on the coil support (10) where the portion of wire (WP) is located immediately adjacent to a portion of wire that still has to be wound on the coil support (10). Engaging occurs also of the wire portion (WP) wound on the coils support and that extends to the dispensing member (19) when passage from one turn to another occurs for the stratification; the engagement occurring in opposition to the direction (Z′) of stratification of the wire. Pressing on the wire (W) can be accomplished in a direction (K) having an angle (E) that is more than zero and not perpendicular to an axis of the coil support.

The invention provides an analysis method of a transmission line wind-ice coupling load line breakage effect. The analysis method includes the following steps that 1, geometric parameters and physical parameters of a transmission tower line system are determined, and a transmission tower line system analysis model is established; 2, icing loads of the transmission tower line system are determined; 3, a non-linear analysis method of a transmission tower line system reaction under the effect of the icing loads is established; 4, a wind load model in which the wire icing thickness changes is established; 5, a dynamic analysis method that a transmission wire is broken under the effect of wind-ice coupling loads is established, and the dynamic effect of transmission line icing line breakage is analyzed and calculated. According to the method, the coupling effect of the icing loads and wind loads is considered at the same time, the analysis formula is displayed and expressed, the calculation speed is high, the calculation amount is small, and the defects of existing traditional methods can be effectively overcome. The method is suitable for analysis and calculation of the icing line breakage effect of various transmission tower line systems with different spans and sags under the effect of the ice-wind coupling loads.

Provided in the invention is a half-subarea-segmentation-method-based digital image correlation method. The correlation method comprises: a certain number of measurement points are distributed on a picture before deformation, a deformation field, containing two kinds of deformation modes, of a picture after deformation is obtained by using a sub-pixel digital image correlation method, and measuring points with poor results are selected; a square sample subarea is selected by using each measuring point with a poor result as a center, the subarea is segmented into two half subareas by using one line segment crossing the center point of the subarea, an optimum target subarea among all subareas at different segmentation angles is searched by using an overall-pixel digital image correlation method, and rough measurement displacement and a rough segmentation angle are obtained; and with the rough measurement displacement and rough segmentation angle as initial values, measurement displacement and a segmentation angle are searched precisely by using the sub-pixel digital image correlation method and a convex function extreme seeking method. Compared with the traditional digital image correlation method, the provided digital image correlation method enables displacement of measuring points near a boundary of two kinds of deformation modes to be searched and the application range is expanded.

The invention discloses a manufacturing method for an integral wing-body-fused cabin. The manufacturing method comprises the steps that a wing-body-fused cabin casting is cast and formed based on the graphite type and detected; the wing-body-fused cabin casting is sequentially subjected to machining, datum measuring and the like, a wing body shell blank is formed, and blank 3D scanning detection is conducted; a rough machining datum is machined, and the shell appearance is roughly machined according to the rough machining datum; the shell size of the roughly-machined wing body shell is detected, and the form and location tolerance of the roughly-machined wing body shell is detected through first shape and location 3D scanning; a finish machining datum is machined based on the first shape and location 3D scanning, shell appearance finish machining is conducted on the roughly-machined wing body shell according to the finish machining datum, the shell size of the wing body shell subjected to finish machining is detected, and the form and location tolerance of the wing body shell subjected to finish machining is detected through second shape and location 3D scanning; and skin laser welding and cabin heat treatment are conducted on the wing body shell subjected to finish machining. The manufacturing method effectively solves the technical problem that machining of existing integral wing-body-fused cabin products is hard to control, and accordingly the overall quality of the integral wing-body-fused cabin is guaranteed.

The invention relates to a window frame structure design method based on a car door sealing fine equivalent model. The method is characterized by comprising the steps that S1, a window frame edge of a car door is segmented into a straight segment and a turning segment, and a compression-displacement curve and stiffness coefficients of all sealing strips are obtained; S2, the car door sealing fine equivalent model is established; S3, compression displacement of equivalent spring units is obtained according to clearance between a car door window frame and a door frame side wall, and the deformation amount of the window frame is obtained based on stiffness coefficients of all the equivalent spring units and the corresponding compression displacement; and S4, an optimal stiffness value and an optimal pre-bending amount value of the window frame are obtained according to the deformation amount of the window frame. Compared with the prior art, smaller stiffness meeting a sealing requirement can be obtained, redundant stiffness obtained through a concentrated load method can be remarkably compressed, a more reliable reference can be provided for design of the car window pre-bending amount including a sealing fine reaction, and light minimum car door stiffness optimal design is supported.

The pillow has an orifice of suitable dimensions, which decreases the local pressure exerted on the skull, which is formed by a body of foam or another material deformable under pressure and a fabric coating which protects the core and improves the hold of the head, whose coating has an upper layer and another lower one sewn together in the same orifice and followings its perimeter and at mid height of the foam core, although the fabric, due to its physical, elastic or contraction properties, offers sufficient support and said upper and lower layers do not require being joined together in the perimeter of the orifice. The cavity formed has dimensions which adapt to the natural shape of the newborn baby's head.

The invention discloses a method for monitoring and positioning concrete cracks by using an elastic conducting film sensor and an infrared thermal imaging technique, comprising the following steps: 1)solidifying conductive coatings to form an elastic conducting film, laying the elastic conducting film on a concrete member and arranging leads at two ends of the elastic conducting film to form theelastic conducting film sensor; 2) when discovering cracks on the concrete member or carrying out routine inspection, connecting the leads at two ends of the elastic conducting film to a power supplyto be electrified to generate heat; 3) carrying out scan detection by using an infrared thermal imaging device; and 4) accurately determining the positions, quantity, trends, sizes and other information of the cracks according to the images obtained after scan detection by the infrared thermal imaging device. By the method, the resistivity of the elastic conducting film sensor on the positions ofthe cracks is increased, and the heat output on the positions of the cracks after electrifying is more than that on the common positions. The positions, quantity, trends, sizes and other information of the cracks can be accurately displayed by adopting the infrared thermal imaging device for scanning.