Kabushiki Kaisha Morita Seisakusho

J. Morita Manufacturing Corporation

Eiichi Arai

Takahiro Yoshimura

Keisuke Mori

Masanori Otsuka

Kouichi Sonobe

Takao Makino

Masaki Odaka

Yoshihide Okagami

Minoru Watanabe

Kozo Nakano

Akira Yuba

Kazuyuki Fujita

Kohzo Nakano

Takeshi Kusunoki

Takashi Bessho

To enhance the controllability of input operation of radiographic conditions, allowing to select the desired radiographic mode easily out of multiple radiographic modes. An operation panel 19 is provided in a patient frame 3 which incorporates a chin rest for holding the head of a patient, and this operation panel 19 comprises display means 63 for displaying the radiographic conditions, and input means 64 for entering the radiographic conditions. The input means 64 further comprises plural keys 52, 55 to 61, 66 to 69 for selecting radiographic modes, up and down cursor keys 70, 71 for selecting plural setting conditions corresponding to a selected radiographic mode, and left and right cursor keys 72, 73 for setting parameters of every setting condition. In a display unit 51 of the display means 63, there are display regions 130, 131, 132 for radiographic mode, setting conditions and parameters, respectively.

Radiographic apparatus and supporting device and method for the same

A medical X-ray apparatus capable of indicating the center of radiation cone of X-ray, regardless of the positioning distance or angle, always with high visibility on the irradiation surface of the patient,

Medical x-ray apparatus, irradiation tube, medical position indicating

A planigraphic X-ray apparatus comprising a rotation mechanism for rotating a support member which supports an X-ray generator and an X-ray detection surface to rotate the X-ray generator and the X-ray detection surface around a subject, a position adjustment mechanism for setting the position of the rotation center of the support member rotated by the rotation mechanism and a linear movement means for moving the support member in the direction approximately perpendicular to the direction of the X-ray irradiated from the X-ray generator, whereby the X-ray detection surface is driven in the direction opposite to the movement of the linear movement means and the X-ray generator is rotated toward the X-ray detection surface in synchronization with the movement of the linear movement means. The position adjustment mechanism and the rotation mechanism are used only to set the position and direction of the support member with respect to the subject, and planigraphic photographing is possible only by moving the support member using a linear movement means exclusively provided for the support member, thereby facilitating the positioning operation of the support member with respect to a given planigraphic plane, simplifying the control program and making the entire apparatus compact and inexpensive.

Planigraphic X-ray apparatus

A rotational tomographic X-ray apparatus is disclosed as having an X-ray detection surface disposed parallel to a planigraphic plane selected as a subject to be photographed, and comprising a mechanism for linearly moving the X-ray generator and the X-ray detection surface of the apparatus in relatively opposite directions parallel to the planigraphic plane with the head of a patient positioned therebetween, and for controlling the irradiation direction of X-rays so that the irradiated X-rays always pass the same specific region in the planigraphic plane and are incident on the X-ray detection surface in synchronization with the linear movement. With this apparatus, clear planigraphic photographing with no distortion is possible and the magnifying ratios of X-ray images can be changed easily.

Rotational tomographic X-ray apparatus with planigraph function

A pre-ignition type X-ray apparatus including a mode changeover switch which changes a pre-heat mode to an X-ray irradiation mode and vice versa, a tube current control circuit for feedback control of the X-ray tube's filament heating current to a target value, and pre-heat control circuit for controlling the filament heating current in the pre-heat mode to a target value lower than the target value in the X-ray irradiation mode. The pre-heat control circuit includes a differential amplifier which amplifies the difference between the detected voltage corresponding to a source voltage and the reference voltage determining the lower target value, so that the control signal is outputted from the differential amplifier.

X-ray diagnostic apparatus

This disclosure relates to a small-sized, high-power micromotor with built-in cooling medium pipes for medical treatment. The motor which is structurally of the type wherein the stator of the motor includes a permanent magnet and a magnetic yoke encircling the magnet is improved in that the cooling medium pipes are incorporated into the motor by providing at least one cooling medium pipe receptor portion in the magnetic poles of the yoke or in the vicinity of the yoke without reducing motor performance nor increasing the diameter of the motor.

Growing community of inventors

Kyoto, Japan

Eiichi Arai