Abstract: An access gate device includes one or more 3D cameras arranged at least on an entry side of the access gate device and a control unit. Each of the one or more 3D cameras is configured to provide 3D depth data of a view range of said 3D camera. The control unit is configured to: define at least two consecutive volumetric detection zones in front of the access gate device at least on the entry side, detect a presence of at least one user inside at least one of the volumetric detection zones on the entry side based on the 3D depth data obtained from at least one of the at least one or more 3D cameras arranged on the entry side, and generate detection data in response to the detection of the presence of the at least one user for controlling access of users via the access gate device. A method for controlling an access gate device is also disclosed.

Abstract: A system and method of performing prospective and retrospective on-line adaptive radiotherapy. The method includes performing, during a treatment delivery session, delivery of a dose of radiation to an anatomical volume. The method includes detecting, during the treatment delivery session, a current state of the anatomical volume. The method includes predicting a future change in the current state of the anatomical volume during the treatment delivery session. The method includes adjusting, while the anatomical volume is in the current state, the treatment delivery to anticipate the future change in the anatomical volume.

Abstract: A system and method of performing prospective and retrospective on-line adaptive radiotherapy. The method includes performing, during a treatment delivery session, delivery of a dose of radiation to an anatomical volume. The method includes detecting, during the treatment delivery session, a current state of the anatomical volume. The method includes predicting a future change in the current state of the anatomical volume during the treatment delivery session. The method includes adjusting, while the anatomical volume is in the current state, the treatment delivery to anticipate the future change in the anatomical volume.

Abstract: An acceleration transducer for measuring acceleration data of a target device. The acceleration transducer includes a transducer body, an electronic assembly arranged inside the transducer body, a fastener having a cavity, an accelerometer arranged into the cavity, and a communication means connecting the accelerometer with the electronic assembly for transmitting acceleration data of the target device to the electronic assembly. The fastener is arrangeable into the portion of the target device in a manner that the fastener is substantially fitted into the portion of the target device.

Abstract: A system for configuring a wireless network device. The system includes the wireless network device which further includes a wireless radio processing unit having a first memory and a radio frequency circuit having a second memory. The wireless radio processing unit has a first configuration data pre-programmed in the first memory. The radio frequency circuit is configured to be powered using energy harvesting, and to receive a second configuration data pertaining to the wireless network device in the second memory from an external computing device.

Abstract: A radiation treatment delivery system, includes a linear accelerator (LINAC) and a multileaf collimator (MLC), coupled with the distal end of the LINAC, wherein the MLC has two banks of leaves, organized into a plurality of opposing leaf pairs. The system further includes a processing device, operatively coupled to the LINAC and the MLC, to control the plurality of leaf pairs of the MLC such that for each of a plurality of radiation beam delivery positional sections corresponds to a range of radiation beam positions over a discrete time interval that constrains an overall treatment time and wherein each leaf pair of the plurality of opposing leaf pairs is open to a fixed opening for a fraction of time in the discrete time interval and closed for the remaining fraction of time in the discrete time interval, while a radiation beam of the radiation treatment system is active.

Abstract: An acceleration transducer for measuring acceleration data of a target device. The acceleration transducer includes a transducer body, an electronic assembly arranged inside the transducer body, a fastener having a cavity, an accelerometer arranged into the cavity, and a communication means connecting the accelerometer with the electronic assembly for transmitting acceleration data of the target device to the electronic assembly. The fastener is arrangeable into the portion of the target device in a manner that the fastener is substantially fitted into the portion of the target device.

Abstract: A radiation treatment delivery system, includes a linear accelerator (LINAC) and a multileaf collimator (MLC), coupled with the distal end of the LINAC, wherein the MLC has two banks of leaves, organized into a plurality of opposing leaf pairs. The system further includes a processing device, operatively coupled to the LINAC and the MLC, to control the plurality of leaf pairs of the MLC such that for each of a plurality of radiation beam delivery positional sections corresponds to a range of radiation beam positions over a discrete time interval, wherein each leaf pair of the plurality of opposing leaf pairs is open to a fixed opening for a fraction of time in the discrete time interval and closed for the remaining fraction of time in the discrete time interval, while a radiation beam of the radiation treatment system is active.

Abstract: A radiation treatment delivery system, includes a linear accelerator (LINAC) and a multileaf collimator (MLC), coupled with the distal end of the LINAC, wherein the MLC has two banks of leaves, organized into a plurality of opposing leaf pairs. The system further includes a processing device, operatively coupled to the LINAC and the MLC, to control the plurality of leaf pairs of the MLC such that for each of a plurality of radiation beam delivery positional sections corresponds to a range of radiation beam positions over a discrete time interval that constrains an overall treatment time and wherein each leaf pair of the plurality of opposing leaf pairs is open to a fixed opening for a fraction of time in the discrete time interval and closed for the remaining fraction of time in the discrete time interval, while a radiation beam of the radiation treatment system is active.

Abstract: A radiation treatment delivery system, includes a linear accelerator (LINAC) and a multileaf collimator (MLC), coupled with the distal end of the LINAC, wherein the MLC has two banks of leaves, organized into a plurality of opposing leaf pairs. The system further includes a processing device, operatively coupled to the LINAC and the MLC, to control the plurality of leaf pairs of the MLC such that for each of a plurality of radiation beam delivery positional sections corresponds to a range of radiation beam positions over a discrete time interval, wherein each leaf pair of the plurality of opposing leaf pairs is open to a fixed opening for a fraction of time in the discrete time interval and closed for the remaining fraction of time in the discrete time interval, while a radiation beam of the radiation treatment system is active.

Abstract: A method transfers image information from a camera module (1) to an electronic device, such as a mobile station (23). In the camera module (1), an image is formed by an image sensor (2) having pixels, where the light to which the pixel (P1,1-Pm,n) is exposed is converted into an analog signal which is converted into digital image information. The image information is transferred in serial form, and the transfer of the image information is controlled by the electronic device (23).

Abstract: A multi-service mobile station according to the invention comprises means (42) for connecting the device by radio to telecommunication network in order to utilize typical mobile station services, such as speech and data services. Additionally, the multi-service mobile station provides means (41, 40, 47) for using various information processing services (P1, P2), such as telefax service and electronic mail service. When using information processing services, the information processed by the user is automatically saved in the memory means (40, 47) of the multi-service mobile station when a certain criterium is met. The criteria are e.g. shifting from one service to another, going over to current saving mode, or, in a two-section multi-service terminal device, folding the device together.

Abstract: A multi-service mobile station according to the invention comprises means (42) for connecting the device by radio to telecommunication network in order to utilize typical mobile station services, such as speech and data services. Additionally, the multi-service mobile station provides means (41, 40, 47) for using various information processing services (P1, P2), such as telefax service and electronic mail service. When using information processing services, the information processed by the user is automatically saved in the memory means (40, 47) of the multi-service mobile station when a certain criterium is met. The criteria are e.g. shifting from one service to another, going over to current saving mode, or, in a two-section multi-service terminal device, folding the device together.

Abstract: A multi-service mobile station comprises a module (42) for connecting the device by radio to a telecommunication network in order to utilize typical mobile station services, such as speech and data services. Additionally, the multi-service mobile station provides processing memory (41, 40, 47) for using various information processing services (P1, P2), such as telefax service and electronic mail service. When using information processing services, the information processed by the user is automatically saved in the memory (40, 47) of the multi-service mobile station when a certain criterium is met. The criteria are, e.g., shifting from one service to another, going over to current saving mode, or, in a two-section multi-service terminal device, folding the device together.

Abstract: The method relates to minimizing power consumption in a computing device, which executes the requested tasks in a high power mode, in which it has normal processing power and, correspondingly, normal power consumption, and which, after it has executed the requested tasks, is switched to a low power mode, in which it has limited processing power and, correspondingly, a considerably lower power consumption. In the method of the invention, the power consumption of a computing device is decreased by lengthening the time during which the device remains in the low power mode in such a way that the device is not switched to a high power mode immediately when the user starts the input, but the switching is delayed.

Abstract: A method for diagnosing and monitoring osteoporosis includes the steps of obtaining volumetric bone mineral density and cross-sectional area information of a bone of a patient utilizing computerized tomography, displaying the information in matrix image form wherein each pixel indicates the density of the bone tissue in the image area at that point, distinguishing pixels depicting bone tissue from the rest of the image utilizing a lower-limit criteria, calculating the mass distribution of bone tissue meeting and exceeding the criteria, and quantifying the condition of the patient's bone tissue as a function of the calculated mass distribution of bone tissue.

Abstract: A multi-service mobile station according to the invention comprises means (42) for connecting the device by radio to telecommunication network in order to utilize typical mobile station services, such as speech and data services. Additionally, the multi-service mobile station provides means (41, 40, 47) for using various information processing services (P1, P2), such as telefax service and electronic mail service. When using information processing services, the information processed by the user is automatically saved in the memory means (40, 47) of the multi-service mobile station when a certain criterium is met. The criteria are e.g. shifting from one service to another, going over to current saving mode, or, in a two-section multi-service terminal device, folding the device together.