Abstract: A dental treatment tool guiding device (1) is a device for guiding a dental treatment tool (3) to a treatment target position (g) of a tooth (a) to be treated. The dental treatment tool guiding device (1) is provided with a guiding tool (2) that has an inlet port (2a), a hollow portion (2b), and an outlet port (2c) for inserting the dental treatment tool (3) therethrough, and that guides the dental treatment tool (3). The outlet port (2c) is open in a direction different from the introducing direction of the dental treatment tool (3). The hollow portion (2b) extends in a direction from the inlet port (2a) to the tip of the guiding tool (2), and has a tip side curved in the direction of the outlet port (2c).

Abstract: Provided is a lateral branch detection probe whereby the condition of a lateral branch can be detected merely by inserting the lateral branch detection probe to an apex. A lateral branch detection probe detects, after insertion thereof into a root canal of a tooth, the presence/absence of a lateral branch and the position of the lateral branch in the root canal axis direction, the lateral branch detection probe being provided with a plurality of measurement electrodes extending to different positions in the root canal axis direction at predetermined intervals. The measurement electrodes constitute a measurement terminal group in which each measurement electrode is covered with an insulator except for one end portion, and another end portion thereof is connectable to a detection-purpose power supply on a detection device side.

Abstract: A handpiece with a built-camera includes a micromotor-driven handpiece body which includes a cutting tool attached to a head portion thereof, a light receiving port at a position near the cutting tool, a grip portion detachably connected to the handpiece body and a color camera module which is stored inside the handpiece body. The handpiece with the built-in camera further includes an objective lens which faces the light receiving port and a rod fiber which is attached to an inner wall portion of the handpiece body with an incidence end of the rod fiber facing the objective lens and an exit end of the rod fiber facing a condensing lens unit.

Abstract: An X-ray imaging device wherein a control section rotates an arcuate movement arm by actuating a turn-driving unit, turns an X-ray source and an X-ray sensor around a subject, and actuates a shifting unit to simultaneously shift the transmission part of the subject, through which an X-ray flux detected by the X-ray sensor passing. Thus provided is an X-ray imaging device in which an X-ray imaging unit having a comparatively narrow detection area can be used to reduce costs, the imaging operation efficiency can be improved, and the vibration of moved members, such as the X-ray imaging unit, can be reduced.

Abstract: The present invention provides a wireless transmission unit for use in a dental instrument with a built-in camera, which is capable of wirelessly transmitting camera images to various destination apparatuses and achieving an improvement in visibility of an affected part while improving operability for a dentist or the like during treatment, and the promotion of patient understanding of the contents of treatment.

Abstract: [Problem] The present invention provides a dental treatment implement with an anomaly site detection function, capable of accurately detecting an anomaly site on a tooth and gingiva (marginal part) in an oral cavity using an image, accurately treating the site on the basis of the image, and performing MI and PMTC in an efficient and reliable manner.

Abstract: The present invention provides an image pick-up window defogging function-equipped built-in camera hand piece having a function of treating an affected area and an image observation function of observing the affected area or the like with a camera and capable of defogging the outer surface of an image pick-up window by preventing adhesion of cutting waste and water droplets to the image pick-up window.

Abstract: An X-ray imaging device wherein a control section rotates an arcuate movement arm by actuating a turn-driving unit, turns an X-ray source and an X-ray sensor around a subject, and actuates a shifting unit to simultaneously shift the transmission part of the subject, through which an X-ray flux detected by the X-ray sensor passing. Thus provided is an X-ray imaging device in which an X-ray imaging unit having a comparatively narrow detection area can be used to reduce costs, the imaging operation efficiency can be improved, and the vibration of moved members, such as the X-ray imaging unit, can be reduced.

Abstract: A handpiece is provided with a built-in camera which allows a treatment to be performed while viewing a clear color image of a treatment site, which is difficult to be seen normally, such as a distal wall of a tooth.

Abstract: An X-ray photographing device comprising a turning means for turning an x-ray source and an X-ray sensor around a subject is provided with an arcuate movement means for arcuately moving the X-ray sensor around an arcuate movement center axis, and a control unit. The control unit continuously performs a first photographing step for detecting an X-ray flux while turning the X-ray sensor in a first arcuate movement range around the arcuate movement center axis by the arcuate movement means, a shifting/turning step for shifting/turning an arcuate movement arm around the subject by the turning means, and a shifting/photographing step for detecting the X-ray flux while turning the X-ray sensor in a second arcuate movement range around the arcuate movement center axis by the arcuate movement means in the state shifted from the first arcuate movement range by a very small angle in the shifting/turning step.

Abstract: A dental clinical apparatus having a function which conventional instruments for dental treatment have not had and having a novel constitution. The dental clinical apparatus includes a syringe which has a fluid jetting system for dental treatment and a plasma jet applying means for producing a plasma jet from the end by allowing a low-frequency high-voltage power supply to apply a low-frequency high voltage between electrodes on the outer peripheral surface of a rare gas tube through which a rare gas having a low dielectric breakdown voltage under the atmospheric pressure is flowed, and thereby causing electrical discharge.

Abstract: An X-ray photographing device (1) comprising a turning means (3) for turning an x-ray source (11) and an X-ray sensor (12) around a subject (K) is provided with an arcuate movement means (4) for arcuately moving the X-ray sensor (12) around an arcuate movement center axis (C2), and a control unit (8). The control unit (8) continuously performs a first photographing step for detecting an X-ray flux (L) while turning the X-ray sensor (12) in a first arcuate movement range (d1) around the arcuate movement center axis (C2) by the arcuate movement means (4), a shifting/turning step for shifting/turning an arcuate movement arm (2) around the subject (K) by the turning means (3), and a shifting/photographing step for detecting the X-ray flux (L) while turning the X-ray sensor (12) in a second arcuate movement range (d2) around the arcuate movement center axis (C2) by the arcuate movement means (4) in the state shifted from the first arcuate movement range (d1) by a very small angle in the shifting/turning step.

Abstract: A dental clinical apparatus having a function which conventional instruments for dental treatment have not had and having a novel constitution. The dental clinical apparatus includes a syringe which has a fluid jetting system for dental treatment and a plasma jet applying means for producing a plasma jet from the end by allowing a low-frequency high-voltage power supply to apply a low-frequency high voltage between electrodes on the outer peripheral surface of a rare gas tube through which a rare gas having a low dielectric breakdown voltage under the atmospheric pressure is flowed, and thereby causing electrical discharge.