35results about How to "Easy and accurate setting" patented technology

A motor/generator is arranged radially outward of a middle portion of a front cover of a torque converter so that at least a part of the motor/generator axially overlaps the torque converter, with a predetermined gap (C) between the front cover and the rotor of the motor/generator. The rotor of the motor/generator is supported by either the torque converter or an engine crankshaft or by any two of the torque converter, a motor housing and the crankshaft. The rotor is not affected by the torque converter and the efficiency of the motor is not reduced.

Each of an ultrasonic diagnostic apparatus and an image processing apparatus according to the present invention is characterized by comprising image acquisition means for acquiring image data by scanning a patient into whom an ultrasonic contrast medium has been injected, with ultrasonic beams, same-part correspondence means for bringing same parts into correspondence with each other, between a plurality of images concerning the same parts of the identical patient and acquired by the image acquisition means, arithmetic operation means for arithmetically operating image information items on changes of intensities between the plurality of images by using the intensities of those corresponding pixels of the plurality of images which have been brought into correspondence by the pixel correspondence means, and display means for displaying results operated by the arithmetic operation means. According to the construction, it is possible to provide the ultrasonic diagnostic equipment and the image processing apparatus which can compare the images before and after injection of a vasodilator drug, more accurately in contrast echo imaging.

A robot includes a movable part, and the movable part performs an action based on a position of a first marker obtained using first position and attitude of the movable part when a first image containing the first marker is captured by an imaging unit provided in the movable part and second position and attitude of the movable part when a second image containing the first marker is captured by the imaging unit.

The invention discloses a brake friction, heating and vibration coupling test table frame which comprises a base. A first support, a second support, a third support, a fourth support, a fifth support and a brake caliper assembly installing support are sequentially arranged on the base from left to right. Each component of a power driving device is respectively arranged on the first support, the second support, the third support, the fourth support and the fifth support, a brake of a braking device is arranged on the brake caliper assembly installing support, the output end of the power driving device is connected with the input end of the braking device, sensor parts of a collecting measuring device are respectively arranged on the power driving device and the brake of the braking device, and the collecting measuring device is connected with a controller. A test table is compact in layout and easy to measure and control, an advanced testing technology and a control method can be fully utilized, test working conditions are convenient and accurate, and measurement of a brake friction, heating and vibration physical field is targeted.

When zoom keys for changing a magnification by a predetermined unit each time, not only setting of a fixed magnification is bothersome, but also setting a magnification in the vicinity of the fixed magnification is very troublesome. A zoom up key and a zoom down key for changing a magnification by a predetermined unit, e.g., 1%, each time to set to a desired magnification are provided. By operating either one of the keys, a set magnification is zoomed up or down, while displaying that condition in an LCD display which serves as a display portion. While the set magnification shifts, when the set magnification becomes a fixed magnification or a magnification close to the same, a sub message as well is displayed which indicates an optimal combination of original and paper sizes with which processing at that fixed magnification is possible. Referring to the displayed sub message, the desired magnification is set by operating the zoom up key or the zoom down key.

When an area desired to be displayed with high accuracy and an area desired to be inspected and measured with high accuracy in a measuring object are smaller than a photographing range, the entire area of a composite image is displayed and designation of an area is received, to thereby generate an image of the entire area in which composition processing of optimizing luminance of pixels included in this area is performed. Therefore, an input part is provided for receiving the setting of a designated area in image data, a composite luminance distribution is calculated based on the size of a standardized luminance distribution value in the designated area, and composite image data is generated.

When a first image capturing apparatus installed in an image capturing room is selected and a power supply switch of a radiation converter used in the first image capturing apparatus is turned on, a controller generates an image capturing apparatus identification signal for specifying the image capturing apparatus, and sends the identification signal together with ID information of the selected image capturing apparatus stored in an ID memory to a console in the image capturing room via a transceiver by wireless communications. The console reads image capturing conditions for the selected image capturing apparatus from an image capturing condition storage unit, and supplies the conditions to a radiation generator for recording a radiographic image in the radiation converter. The radiation generator controls a radiation source according to the supplied conditions to emit radiation for recording a desired radiographic image on a radiation conversion panel of the radiation converter.

The present invention discloses a high-precision digital phase measurement method based on a quadrature phase demodulation technology. The method comprises the following steps of: (1) performing datasampling of signals to be measured to obtain digital signals; (2) constructing first reference signals and second signals according to the digital signals, and respectively multiplying by digital signals, performing filtering of the signals after multiplying to allow the signals to only retain difference frequency items, and dividing the two signals after filtering, performing solution of an arc tangent or arc cotangent to obtain phase values of the signals after division; and performing phase unwrapping and removal of linear drift to obtain phase data of the signals to be measured. The wholeflow arrangement, the key steps and the concrete processing process of the measurement method are improved to achieve a high-precision digital measurement method with more convenient parameter regulation and simpler implementation of the phase measurement principle and system and a corresponding system so as to effectively solve the phase measurement precision problem in the scientific research such as precision measurement.

The invention provides a cycle testing device and a testing method for a motor positive and negative rotation power module. The testing device comprises a testing power source input module, a voltage reducing, rectification and voltage stabilization module, a peripheral interface controller (PIC), and a signal switching control module, wherein the voltage of the power source input module provides working voltage for the PIC and the signal switching control module after the voltage reducing, rectification and voltage stabilization module, the PIC is connected with the signal switching control module which is connected with the motor positive and negative rotation power module to be tested, and the PIC is utilized to control the regular switch of motor positive and negative input signals. According to the cycle testing device and the testing method for the motor positive and negative rotation power module, the testing process is automatic without manual operation to switch testing input signals; the cycle testing mode can be programmed, and the working mode is set by key pressing, the testing requirements of different motor loads are more adapted; and a liquid crystal display (LCD) can be used to display the working mode so that accurate and convenient setting of working mode and modularization of testing mode are facilitated.

The invention relates to a spatial positioning device based on a local coordinate system and a system and a method thereof. The device comprises a shell. The surface of the shell is provided with key units and a display unit. A range finding calibrated scale is marked on the surface of the shell. The shell is internally provided with an ultrasonic transmitter, an ultrasonic receiver, a master controller, a wireless transceiver and a battery pack. The key units, the display unit, the ultrasonic transmitter, the ultrasonic receiver and the wireless transceiver are electrically connected with the master controller. The ultrasonic transmitter, the ultrasonic receiver, the master controller and the wireless transceiver are connected with the battery pack. According to the spatial positioning device based on the local coordinate system and the system and the method thereof, range finding is performed through the ultrasonic receiver and the ultrasonic transmitter so that indoor accurate positioning can be realized, the coordinate orientation of any one point in local space can be directly displayed, the size is small, carrying is convenient, operation is convenient and measurement accuracy is high, and thus the spatial positioning device based on the local coordinate system and the system and the method thereof are quite suitable for accurate positioning in local space.

In a rotary electric device for a power working machine capable of being braked by a brake mechanism, a cover having a bottomed cylindrical shape and covering a yoke of the device, includes: a cover cylindrical portion concentrically surrounding an outer peripheral surface of a cylindrical portion of the yoke with an annular clearance therebetween, and having an outer peripheral surface with which a brake shoe is capable of being placed in pressure contact; and a cover bottom wall portion continuous to one end of the cover cylindrical portion, and connected to a bottom wall portion of the yoke. A ventilation clearance communicating with the annular clearance is formed between the bottom wall portion and the cover bottom wall portion. Vent holes communicating the ventilation clearance with an outside of the yoke are provided through the bottom wall portion and the cover bottom wall portion.

The invention discloses an engineering machinery management method. The method is characterized by including: engineering machinery management and auxiliary equipment basic information maintenance which includes adding, deleting, modifying and inquiring; engineering machinery production dispatching which allows a dispatcher to change the production or maintenance task of the engineering machinery according to production plans or maintenance plans and dispatch the engineering machinery the optional positions, defined in a mining database, of a refuse dump, a crushing station, an excavator, a workshop and a road and indicate the tasks; when dispatching takes effect, a system transmits the dispatching information through a special network and displays the same on a terminal. The method has the advantages that production process operation replay and display of all equipment or part of equipment in optional time intervals can be performed, replay speed can be controlled manually, mine production process analysis is benefited, mine production plans are optimized, production potential is exploited, accident causes are traced, and historical data is statistically counted and inquired.

A valve position indicator/method comprising a main rotation axle operably connected with a valve. Repositioning the valve provides rotation of the main axle with a main axle disc with at least one tooth for cooperation with a gear wheel. The main axle disc has a toothless portion substantially not interfering with the gear wheel. The at least one tooth provides a rotation of the gear wheel and the toothless portion provides no rotation of the gear wheel upon rotation of the main axle disc. The gear wheel is on a secondary axle with an indication means.

The invention discloses a high voltage electrostatic generator. The high voltage electrostatic generator is characterized in that the generator comprises a power control circuit, a single chip microcomputer system, a power amplification circuit, a boosting transformer, a voltage doubling rectification circuit and an output feedback device; the single chip microcomputer system comprises a single chip microcomputer, a keyboard, a digital display and an alarm; after a high-frequency voltage generated by the single chip microcomputer system is amplified by the power amplification circuit and boosted by the boosting transformer, a high direct voltage of 0-200 KV is output through the voltage doubling rectification circuit, and the output voltage is sent to the single chip microcomputer system through the output feedback device. The high voltage electrostatic generator has the advantages of being simple in circuit, convenient to use and maintain, stable in performance, capable of enabling parameters to be set conveniently, continuous and adjustable in voltage, capable of achieving an overload alarm function and a protection function, and suitable for environment-friendly dust removing, electrostatic spraying, electrostatic seed treatment, electrostatic flocking and the like.