Meanwhile, when α > α0, the correction unit (44) conducts a transition correction wherein the correction angle (φ) is calculated using errors (Errθ) just prior thereto.
The inspection chip (2) is configured so as to satisfy the following relationships: Angle (A) < Angle (B) < Angle (C); Angle (A) < Angle (D); Angle (D) < Angle (B).
The joint angle is variable over an angular range that includes a first angle and a second angle.
The first or inner cord helix angle is greater than a second or outer cord helix angle.
The second angle is greater than the first angle.
The third opening angle (α3) is smaller than the second opening angle (α2), which is in turn smaller than the seating angle (β) of the valve seat (9), whereby the first opening angle (α1) is larger than the seating angle (β).
A relief volume primary angle may be provided at a desired angle, and a seal retention volume primary angle may be provided at a desired angle.
The top parts of the teeth are designed into a rounded angle, a flat angle, or a wave arc angle, which avoids damages to the surface of the flange caused by the conventional closed-angle teeth.
The turbomachine rotor blade is characterised in that the first root angle is smaller than the second root angle and the second root angle is substantially equal to the third root angle.
A first angle, which is the angle of the first controlled object around the first axis, is controlled according to the aforementioned angular velocity, the detection result of the first angle, and a target angle of the first angle.
These stops determine an angle, in particular a right angle, for accommodating a right-angled corner of the printed sheet whilst the stack is being formed.
A first corner angle and a second corner angle within the channel are non-equivalent.
The window glass has a sharp angle matching this corner.
10 % flat-rate correction and one-off correction
Correction of effect of flat rate correction on one-off correction
In addition to the conventional C1 correction which is an error correction on one sector basis, a C2 correction is added for correction between sectors.
The correction processor reads the correction factor from the correction coefficient storage and performs correction calculations.
The erroneous correction detection means compares the image before and after the correction and judges whether the correction means has not performed erroneous correction.
With those offset compensation amounts, all offset amounts that might potentially be generated in an error correction encoder can be compensated for.
The level detector (202) determines whether the digital sample requires compensation.
The compensator (204) generates a compensated sample at least when the digital sample requires compensation.
The nail correcting tool includes a first correcting member, a second correcting member, and a fixing part.
A luminance-correction circuit draws upon a stored digital luminance correction factor and applies a luminance correction to the driver, the luminance correction factor being stored contiguous to the pixels.
A feedforward filter (20) has a plurality of feedforward filter taps (23a-23g), including a feedforward filter reference tap (23d).
The reference tap of the feedforward filter is positioned proximate a center position of the feedforward filter.
Then reverse correcting means (5) reversely corrects the data output from the leak coefficient multiplying means (4) to restore the correction made by the range correcting means (3).
A correction process detection section (1009) compares the sequence diagram (300) before the correction to the sequence diagram (301) after the correction and detects correction processes (827a, 828a).
The flicker correction signal sending unit (13) obtains the flicker correction signal DCU so as to reduce the correction error according to the correction error signal DER.
A scale correction process is divided into a rough correction step and a fine correction step, and the second half of a pseudo-rotation process is done in parallel with the fine scale correction.
A spectral density of the second patch generated according to the second patching algorithm is higher than a spectral density of a first patch generated according to the first patching algorithm.
A spill-over correction unit (66) and a backscatter correction unit (68) derive spill-over correction data and backscatter correction data from the extended FOV image representation.
The correction values calculation device (18) outputs correction devices to a zero point correction device (26) or a sensitivity correction device (28), so as to eliminate these differences.
A correction value calculation unit (214) calculates an internal resistance correction value (Rc) by correcting the internal resistance referred value (Rt) using the correction coefficient (α).
A correction-amount compressing section (2) compresses the correction amount generated by the correction-amount generating section (1) by subjecting the correction amount to a predetermined compression process.
Frequencies of correction pairs in a pool of correction pairs are calculated, and the correction pairs appearing in the pool most frequently are stored in a correction log.
The method and system implement a correction scheme that may initially set a period for manual correction, if possible, then initiate automatic correction if correction is required.
A black correction/white correction unit (31) performs black correction and white correction on the initial image FDM, and outputs a shading-corrected image SDM.
That block is configured to provide a dummy magnitude correction and a dummy phase correction; and a memory block is configured to store the dummy magnitude correction and the dummy phase correction.
The noise correction unit (22) performs noise correction on the image data subjected to color mixture correction by the color mixture correction unit (20).
A signal correction unit (20) adjusts the first correction amount and the second correction amount according to the degree of obliqueness, and corrects a luminance signal by using the adjust ed correction amounts.
A difference is made between a direct correction of the pilot-control and an indirect correction, for example, additional correction of said pilot-control.
A correction processing unit (53) performs a correction processing to the image data and temporarily stores the correction result in a memory (RAM).
The resulted correction is such that corrected output quantities correspond to the image of a photolithography stepper or scanner, said correction being made by reconvolution and the measured correction values being taken into account for the correction.
An error correction method for performing error correction to an error correction unit block containing interleaved main data.
A correction pattern adjustment processor (54) selects a correction pattern from a family of stored correction patterns based on the at least one characteristic.
Correction is made by multiplying the drive duty by the correction value shown in the duty correction map (42).
It is known for grid correction, e.g. convergence correction, to measure and store correction values for certain pixels.
Subtractive-type color correction is performed using three 3 element correction equations, or three 9 element correction equations.
Then, a Doppler correction factor is estimated having a real part representing amplitude correction and an imaginary part representing phase correction.
The differential correction signals include range error correction signals and range rate error correction information.
A shading correction circuit performs a shading correction to a digital image signal using the correction data outputted from the microcomputer.
Spatial correction is carried out on pixels values within the correction window at correction positions during said scan.
In the secondary correction means, the execution frequency of the secondary correction can be varied according to the generated secondary correction control signal.
The correction (3) of the irregularities of the characteristics includes, for example, a black level correction (9) and a sensitivity correction (10).
A correction unit (233) performs correction to suppress a correlation difference value from the correlated value of the position other than the detected position.
A second level correcting section (13) performs level correction by multiplying the signal level of the corrected music signal by (1/the correction factor).
The lens distortion correction means (2) divides the inputted image into multiple regions and performs lens distortion correction for each of the regions with different distortion correction strength.
When a user selects more than one correction process, the order of the correction processes are decided [correction process order decision process 4].
Furthermore, the ECC circuit performs third error correction on the result of the second error correction using a third error correction code (RS code).
The video processing may include at least on of color correction, contrast correction, gamma correction, sharpness enhancement, and edge enhancement.
A correction section (14) corrects the input image by using the correction amount calculated by the correction amount calculating section (13).
After the initial correction values are determined, a temporal filter is applied to the initial correction values to generate final correction values.
When the one peak correction coordinate is specified by the operator, the correction peak detection processing (5) performs the correction peak detection processing.
A correction characteristic setting unit (130) sets a correction characteristic used when the disparities are corrected in the disparity correction unit (150).
A real correction amount and a real correction phase are set on the basis of the real correction vector (S5).
The correction unit is provided with a plurality of correction regulation units, which reduce the correction amount when a prescribed driving state is determined.
The error correction performed by the error correcting processor (407) then performs the error correction taking the reliability values into account.
A correction part (67) with a correction head is fitted to the robot arm (20a, 21a) of a correction robot (20, 21).
The object-side imaging subsystem includes a secondary correcting group having at least one secondary correcting lens having an aspheric secondary correcting surface.
Together, the optimized refractive correction (ablation) and the complementary refractive correction (LIOB) equal the desire refractive correction (dreqd = d1 + d2).
A correction unit corrects the processing instruction position by using the correction value obtained by the correction value calculation unit (93).
An image correction unit (1) obtains the correction coefficient corresponding to the coordinate of pixel data and performs color correction.
In the present invention, a balance correction apparatus is provided with a first balance correction unit, a second balance correction unit, and a control unit.
An addition computation unit (98) creates a composite correction signal wherein the first correction signal and the second correction signal are composited.
The correction signal generation unit generates a correction signal by subtracting the correction band extraction signal from an input signal.
A correction table storage unit (122) stores a correction table indicating the correspondence relationship of the luminance values before and after correction.
The correcting unit (22) corrects the color signals of the other primary colors using the correction signals generated by the correction-signal-generating unit.
The correction coefficient outputted from the correction coefficient output unit (35) is outputted to a transmission signal correction unit (36).
The correction shall take place in accordance with the correction to allowances process set out in Annex IX.
Most countries use lower correction factors or no correction factor at all.
A correction is generated, and the approximation is modified with the correction.
The invention relates to a corrective orthesis (1) for correcting malarticulations.
throat thickness (concave fillet weld)
The second angle can be a sharper angle than the first angle, and the hinged portion can be predisposed to assume the second configuration.
The second conduction angle is a conduction angle of 120 to 180 degrees, inclusive, and is greater than the first conduction angle.
a horizontal viewing angle of 120° and a vertical viewing angle of 100°
Entrance angle (symbol β), the angle from the illumination axis to the reference axis.
The direction (24) comprises an azimuth angle (26) and an altitude angle (30).
A wide-angle digital camera system (40) captures at least one wide-angle image.
The orientation of the second helical angle is opposite to the orientation of the first helical angle.
The angle 20 is less than an angle of repose 23 of the granulated material 16.
The first viewing angle (107) is different from the second viewing angle (109).
Next, in S902, an electric angle θm by a motor rotation angle is read in.
A new alpha firing angle is calculated which is dependant upon the initial alpha firing angle.
The first angle is formed relatively greater than the second angle.
An angle of attack for the first rollers is greater than an angle of attack for the second rollers.
The first angle (a) is greater than the second angle (b).
The wiping angle must be limited so that the blade travels through a predetermined wiping angle.
A wide-angle lens (12) produces a distorted wide-angle optical image.
The second angle of divergence is less than the first angle of divergence.
The off-set between each of the anti-rotation elements is an angle other than 180°.
The first angle may be larger than an acceptance angle of the objective lens (212).
The first pitch angle is opposite the second pitch angle.
The subtraction module determines a difference between the first and second angles.
A wide-angle camera will collect wide-angle images.
This angle is referred to as “angle of a display section.” Only when the angle of a display section is in the range from 100° to 150°, a video is displayed on the display section (5).
The first profile angle and the second profile angle may be different.
The first tilt angle (α) is set to be smaller than the second tilt angle (β).
The second crossing angle is equal to the first crossing angle.
Here, the first (φ1) and the second angle (φ2) are not equal to 0°.
The third axis (A3) makes with the second axis (A2) an angle different from a right angle.
The first (φ1) and the second (φ2) angles are each not equal to 0°.
The first angle may be larger than an acceptance angle (306) of the objective lens.
The first angle (α1) is smaller than the second angle (α2).
≤ beam angle 20°
≤ beam angle 15°
Approach angle (na): … degrees
dwell angle (of contact points) [ignition distribution]
face angle of a grinding wheel
face angle of a grinding wheel
angle of impact of a vehicle
angle at which the progressive flooding occurs
Ramp angle  ( g14
Departure angle (nb): … degrees
Ramp angle (nc): … degrees
Cam phase shift angle: …
angle of incidence of the line of sight
angle of incidence of the line of sight
angle of incidence of the line of sight
angle of incidence of wanted signal