Abstract: A dental unit, which comprises connections for instruments and a control device and a microprocessor, which is arranged to control the dental unit. According to the invention, the microprocessor is arranged to control the dental unit according to a user specific user profile and the dental unit comprises a function for reading the user profile or a part of the user profile from an external record. The external record can be e.g. an USB memory stick or a record readable via a data network.

Abstract: The method is for controlling a measurement process of blood glucose of a patient. At least one repeatedly occurring even is selected within a period of time. A blood glucose measurement difference data is obtained that is associable to the event. Trend data is calculated from the difference data. The measurement process is controlled by using the trend data. Also an arrangement, computer program product and a device are disclosed.

Abstract: Dental unit, which comprises at least one connection for at least one ancillary device, a drive-power and feed system for providing drive power or feed to said at least one ancillary device, and a control system for controlling the drive-power and feed system as well as the at least one ancillary device. For its part, the control system comprises at least one programmed function, which includes at least one predefined control operation directed to at least one ancillary device. In addition, at least one trigger is defined for each programmed function within the control system, in response to which said programmed function is performed. According to the invention, the dental unit comprises configuration means, which are arranged to receive control commands from the user in order to configure at least one programmed function and to configure said at least one programmed function according to control commands received from the user.

Abstract: The method is for controlling a measurement process of blood glucose of a patient. At least one repeatedly occurring even is selected within a period of time. A blood glucose measurement difference data is obtained that is associable to the event. Trend data is calculated from the difference data. The measurement process is controlled by using the trend data. Also an arrangement, computer program product and a device are disclosed.

Abstract: Dental unit, which comprises at least one connection for at least one ancillary device, a drive-power and feed system for providing drive power or feed to said at least one ancillary device, and a control system for controlling the drive-power and feed system as well as the at least one ancillary device. For its part, the control system comprises at least one programmed function, which includes at least one predefined control operation directed to at least one ancillary device. In addition, at least one trigger is defined for each programmed function within the control system, in response to which said programmed function is performed. According to the invention, the dental unit comprises configuration means, which are arranged to receive control commands from the user in order to configure at least one programmed function and to configure said at least one programmed function according to control commands received from the user.

Abstract: A dental unit, which comprises connections for instruments and a control device and a microprocessor, which is arranged to control the dental unit. According to the invention, the microprocessor is arranged to control the dental unit according to a user specific user profile and the dental unit comprises a function for reading the user profile or a part of the user profile from an external record. The external record can be e.g. an USB memory stick or a record readable via a data network.

Abstract: The invention relates to a shield structure (1) against flying pieces, such as bullets, fragments, and other similar bodies, in order to stop them or to reduce their impact force, formed of a hollow structure (1), which is filled with, or can be filled with a medium, and with its aid brought into an operating state. The shield structure is compartmentalized (3) and contains an absorbent material (4), which is able to absorb the medium. The invention also relates to a method, with the aid of which it is possible to stop flying bodies, or to reduce their impact force.

Abstract: The present invention relates to directing an x-ray beam to image data receiver attached to a holder, especially to such systems used in dental x-ray imaging. In prior art it is known to use an assembly including a sensor holder and an aiming arm attached together, to be attached to the x-ray source in order to aim and orientate the x-ray beam correctly to the sensor. Such systems have proven to be difficult to use in practice, however, because of e.g. the troubles involved in keeping the sensor in place inside the patient's mouth while making the connection between the aiming arm and the x-ray device. The invention provides an enhancement by providing an aiming arm with a handle, which may be used for not only helping handling the thin aiming arm but also in positioning, aiming and orientating the x-ray beam.