mhurhangee/patent-ind-claim-en huggingface dataset:
A system that assists in treatment, the system comprising a control section configured to generate three-dimensional body data of a patient using data obtained from a three-dimensional measurement unit , which includes a depth sensor, wherein the three-dimensional body data is a three-dimensional model related to a body shape having information related to a body surface, obtain a tomographic image of the patient from a body tomographic measurement apparatus , wherein the system further comprises a treatment planning device , which is configured to extract contours using the tomographic image to produce a contour extraction result, characterised in that : the control section is further configured to generate body contour data in a format that is the same as the tomographic image based on the three-dimensional body data, execute an examination assist process, which aligns the three-dimensional body data with the tomographic image, i.e. the body contour data with the contour extraction result of the tomographic image, generate combination data in which the body contour data is combined with the tomographic image, execute a treatment plan assist process, which makes a treatment plan using the tomographic image and the three-dimensional body data that are aligned with each other, namely the combination data, wherein the treatment plan specifies a treatment performed by a treatment apparatus to an affected region of the tomographic image and a posture of the patient when treatment is performed, and execute a treatment assist process, which outputs a treatment instruction based on the posture of the patient specified in the treatment plan, wherein the control section is configured to execute a process for aligning the posture of the patient formed during an examination with the posture of the patient formed during the treatment and to provide the treatment plan for the treatment apparatus . the control section is further configured to generate body contour data in a format that is the same as the tomographic image based on the three-dimensional body data, execute an examination assist process, which aligns the three-dimensional body data with the tomographic image, i.e. the body contour data with the contour extraction result of the tomographic image, generate combination data in which the body contour data is combined with the tomographic image, execute a treatment plan assist process, which makes a treatment plan using the tomographic image and the three-dimensional body data that are aligned with each other, namely the combination data, wherein the treatment plan specifies a treatment performed by a treatment apparatus to an affected region of the tomographic image and a posture of the patient when treatment is performed, and execute a treatment assist process, which outputs a treatment instruction based on the posture of the patient specified in the treatment plan, wherein the control section is configured to execute a process for aligning the posture of the patient formed during an examination with the posture of the patient formed during the treatment and to provide the treatment plan for the treatment apparatus .
Apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy beam that is guided inside a process chamber of the apparatus , wherein the apparatus comprises a determination device that is arranged inside the process chamber and adapted to determine at least one parameter of the energy beam , preferably during an additive manufacturing process, in particular during a process step of the additive manufacturing process in which build material is applied onto a build plane of the apparatus , characterized in that the determination device comprises a beam splitter , a first determination unit, and a second determination unit, the beam splitter being adapted to split the energy beam into a first and a second sub-part , wherein the beam splitter is further adapted to guide the first sub-part to the first determination unit and the second sub-part to the second determination unit , wherein the first determination unit is adapted to determine a focal position of the energy beam and the second determination unit is adapted to determine a lateral position, in particular a position in the x- and y-plane, of the energy beam .
A method of stabilizing a protein contained in a specimen derived from a living body, the method comprising a step of causing the protein contained in the specimen derived from the living body to coexist with an arylboronic acid, wherein the protein contained in the specimen derived from the living body is at least one type selected from a group consisting of hemoglobin, haptoglobin, and a hemoglobin-haptoglobin complex.
A gas turbine engine comprising a case having an exterior surface, an accessory gearbox , and a mount attaching the accessory gearbox to the exterior surface of the case of the gas turbine engine , said mount comprising: a bracket adapted for fixed attachment to said exterior surface of said engine case ; a link adapted for connection to said accessory gearbox and said mounting bracket ; said link being connected to said mounting bracket by a fastener received within said link and mounting bracket ; characterised in that said fastener is disposed within a frangible fuse bushing received within said link and mounting bracket . a bracket adapted for fixed attachment to said exterior surface of said engine case ; a link adapted for connection to said accessory gearbox and said mounting bracket ; said link being connected to said mounting bracket by a fastener received within said link and mounting bracket ; characterised in that said fastener is disposed within a frangible fuse bushing received within said link and mounting bracket .
Procedure for detecting a droplet of condensation on a heated temperature sensor of a thermal flowmeter designed to measure the flow of a fluid, characterized by the following procedure steps: Determination of the largest value of a measure for a transfer of heat from the heated temperature sensor to the fluid in a first time window of a predefined length; Checking of the values of the measure for the transfer of heat in the first time window for values of the measure for the transfer of heat before and after the largest value of the measure for the transfer of heat that are smaller than the difference between the largest value and a predefined value Δ 1 ; Use of the result of the check to detect the droplet of condensation. Determination of the largest value of a measure for a transfer of heat from the heated temperature sensor to the fluid in a first time window of a predefined length; Checking of the values of the measure for the transfer of heat in the first time window for values of the measure for the transfer of heat before and after the largest value of the measure for the transfer of heat that are smaller than the difference between the largest value and a predefined value Δ 1 ; Use of the result of the check to detect the droplet of condensation.
A cannula fixation device for insertion at a surgical incision, the cannula fixation device comprising: a sleeve comprising a passage configured to receive a cannula ; characterized by : a clamp configured to rotatably couple the cannula to the sleeve and to maintain an axial position of the cannula relative to the sleeve during rotation of the cannula relative to the sleeve . a sleeve comprising a passage configured to receive a cannula ; characterized by : a clamp configured to rotatably couple the cannula to the sleeve and to maintain an axial position of the cannula relative to the sleeve during rotation of the cannula relative to the sleeve .
A method for monitoring the tyre pressure of a vehicle by means of a tyre pressure monitoring unit comprising a pressure sensor for measuring the tyre pressure, an acceleration sensor , and a transmitter for wireless transmission of tyre pressure data, and an evaluation unit of the vehicle comprising a receiver , wherein the tyre pressure monitoring unit switches as a function of signals of the acceleration sensor between a drive mode, in which pressure data is sent regularly, and a parking mode, in the parking mode the tyre pressure is regularly measured by means of the pressure sensor , the measured tyre pressure is compared with a threshold value and, if the measured pressure value falls below the threshold value, the tyre pressure monitoring unit passes from the parking mode to a warning mode in which pressure data is then sent by the tyre pressure monitoring unit at predetermined time intervals, characterised in that the threshold value is calculated from a tyre pressure, which has been determined during the time in which the tyre pressure monitoring unit was last in drive mode. tyre pressure monitoring unit switches as a function of signals of the acceleration sensor between a drive mode, in which pressure data is sent regularly, and a parking mode, in the parking mode the tyre pressure is regularly measured by means of the pressure sensor , the measured tyre pressure is compared with a threshold value and, if the measured pressure value falls below the threshold value, the tyre pressure monitoring unit passes from the parking mode to a warning mode in which pressure data is then sent by the tyre pressure monitoring unit at predetermined time intervals, characterised in that the threshold value is calculated from a tyre pressure, which has been determined during the time in which the tyre pressure monitoring unit was last in drive mode.
A radio train control system that controls a train on a track on which a track circuit is built, the radio train control system comprising: a ground radio device to perform radio communication with the trains and acquire position information of the train ; a field device to acquire track circuit state information indicating whether the track circuit is ON or OFF; a ground base device to receive the position information and the track circuit state information and transmit control information to the train ; and an on-track vehicle control device to manage on-track information including at least either of the position information or the track circuit state information, wherein the ground radio device and the field device have a transmission path connected with the on-track vehicle control device without using the ground base device , the on-track vehicle control device , when the ground base device is out of order, is capable of transmitting the control information to the train through the transmission path and performing operation as the ground base device , and the ground radio device , when the ground base device is out of order, wirelessly transmits train control information transmitted from the on―track vehicle control device to the train and transmits the position information received from the train to the on―track vehicle control device . a ground radio device to perform radio communication with the trains and acquire position information of the train ; a field device to acquire track circuit state information indicating whether the track circuit is ON or OFF; a ground base device to receive the position information and the track circuit state information and transmit control information to the train ; and an on-track vehicle control device to manage on-track information including at least either of the position information or the track circuit state information, wherein the ground radio device and the field device have a transmission path connected with the on-track vehicle control device without using the ground base device , the on-track vehicle control device , when the ground base device is out of order, is capable of transmitting the control information to the train through the transmission path and performing operation as the ground base device , and the ground radio device , when the ground base device is out of order, wirelessly transmits train control information transmitted from the on―track vehicle control device to the train and transmits the position information received from the train to the on―track vehicle control device .
Authentication device for authenticating a person, comprising: an illumination source , which is configured to illuminate a skin area of the person with an illumination light in a predetermined wavelength range, in which the illumination light at least partially penetrates the skin area, wherein the predetermined wavelength range is a wavelength range in the infrared; a detector for detecting a detection image of the skin area in the predetermined wavelength range; and a processor for authenticating the person based on the detection image, wherein the detector is configured to detect a pattern in the detection image to authenticate the person, wherein the processor is configured to compare the detected pattern with a reference pattern to authenticate the person, wherein the authentication device is a card authentication device and comprises a card body in which the illumination source , the detector and the processor are integrated; characterized in that the predetermined wavelength range is a wavelength range in the near infrared, the authentication device has a positioning device for positioning the skin area of the person, the detected pattern is a speckle pattern and the reference pattern is a reference speckle pattern. an illumination source , which is configured to illuminate a skin area of the person with an illumination light in a predetermined wavelength range, in which the illumination light at least partially penetrates the skin area, wherein the predetermined wavelength range is a wavelength range in the infrared; a detector for detecting a detection image of the skin area in the predetermined wavelength range; and a processor for authenticating the person based on the detection image, wherein the detector is configured to detect a pattern in the detection image to authenticate the person, wherein the processor is configured to compare the detected pattern with a reference pattern to authenticate the person, wherein the authentication device is a card authentication device and comprises a card body in which the illumination source , the detector and the processor are integrated; characterized in that the predetermined wavelength range is a wavelength range in the near infrared, the authentication device has a positioning device for positioning the skin area of the person, the detected pattern is a speckle pattern and the reference pattern is a reference speckle pattern.
An adsorbent comprising activated alumina and a salt of alkali metals, said adsorbent provided by a process comprising the steps of: activating aluminum hydrate to provide activated alumina powder; pelletizing the activated alumina powder with the salt to provide activated alumina pellets, wherein the salt constitutes from 0.5 to 10 wt % of the adsorbent comprising physically mixing the activated alumina powder and the salt with at least 0.4 liter of water per kg of solids; aging the activated alumina pellets to provide aged pellets comprising heating the activated alumina pellets at a temperature of up to 100°C and a relative humidity of up to 100% for up to 12 hours; and reactivating the aged pellets to provide the adsorbent, comprising heating the aged pellets to a temperature from 100 to 500°C wherein the process is conducted without adding an aqueous mixture of promoter solids to the activated alumina and the adsorbent has a surface area of at least 250 m 2 /g. activating aluminum hydrate to provide activated alumina powder; pelletizing the activated alumina powder with the salt to provide activated alumina pellets, wherein the salt constitutes from 0.5 to 10 wt % of the adsorbent comprising physically mixing the activated alumina powder and the salt with at least 0.4 liter of water per kg of solids; aging the activated alumina pellets to provide aged pellets comprising heating the activated alumina pellets at a temperature of up to 100°C and a relative humidity of up to 100% for up to 12 hours; and reactivating the aged pellets to provide the adsorbent, comprising heating the aged pellets to a temperature from 100 to 500°C wherein the process is conducted without adding an aqueous mixture of promoter solids to the activated alumina and the adsorbent has a surface area of at least 250 m 2 /g.
A method for generating a jet of fluid with a high atomic density, characterized in that it comprises the operation of creating, via a fast high-pressure solenoid valve , of the order of 400 bars and more, followed by a nozzle mounted on the outlet opening of the solenoid valve, a pulsed jet of fluid (F) with submillimeter dimensions and an atomic density greater than 10 20 cm -3 .
A method of forming a wrapped article, comprising the steps of: forming a continuous stream of material; moving the continuous stream of material along an elongated path; compressing the continuous stream of material to reduce the cross-sectional area thereof until a predetermined cross-sectional dimension is achieved; drawing the compressed continuous stream of material through a rod-forming arrangement , the rod-forming arrangement having a non-contact displacement transducer associated therewith; folding at least one web longitudinally around the compressed continuous stream of material to form a continuous rod of material; and detecting variations in rod density within the rod-forming arrangement from a signal obtained from the non-contact displacement transducer . forming a continuous stream of material; moving the continuous stream of material along an elongated path; compressing the continuous stream of material to reduce the cross-sectional area thereof until a predetermined cross-sectional dimension is achieved; drawing the compressed continuous stream of material through a rod-forming arrangement , the rod-forming arrangement having a non-contact displacement transducer associated therewith; folding at least one web longitudinally around the compressed continuous stream of material to form a continuous rod of material; and detecting variations in rod density within the rod-forming arrangement from a signal obtained from the non-contact displacement transducer .
An electric motor, in particular canned motor, with a connection housing which is arranged outside on the motor housing , receives electrical connections as well as electronic components and is designed of at least two individual housings which are constructed in a multi-part manner, wherein at least two components of the individual housings consist of materials which differ in thermal conductivity by at least a power of ten and an individual housing is designed as an axial housing and connects onto the motor housing in the axial direction and the other individual housing is designed as a radial housing and connects radially onto the motor housing , wherein the radial housing comprises a metallic base body which is provided with cooling ribs and in which a circuit board comprising power electronics is arranged, whose power components are connected to the base body in a heat-conducting manner, wherein the power components are arranged in the regions on the base of the base body which are lateral with respect to the longitudinal axis of the motor , wherein cooling ribs of the radial housing are directed towards the motor housing and are arranged transversely to the motor axis and extend in a free space which is formed between the base of the base body of the radial housing , and the motor housing , wherein the radial housing is extended beyond the base body in the axial direction of the motor and is designed as a cooling body in the extended region.
A method, performed in a node in a radio network, of determining radio coverage of at least one small cell base station in a wireless communications network, the method comprising the steps of: - receiving (S1, S10) at a wireless device and/or sending to a wireless device an indication to initiate determination of radio coverage of the at least one small cell base station; - receiving at the wireless device and/or sending (S1c) at least one predefined path to the wireless device, along which radio condition measurements are to be performed; - obtaining (S2, S11) radio condition measurements along the at least one predefined path, wherein a respective first time value is associated to each radio condition measurement; - obtaining (S3, S12) position estimates defining the position of the wireless device performing the radio condition measurements along the at least one predefined path, wherein a respective second time value is associated to each position estimate; and - determining (S4a, S13) radio coverage by correlating each radio condition measurement to one of the obtained position estimates using the first and second time values. - receiving (S1, S10) at a wireless device and/or sending to a wireless device an indication to initiate determination of radio coverage of the at least one small cell base station; - receiving at the wireless device and/or sending (S1c) at least one predefined path to the wireless device, along which radio condition measurements are to be performed; - obtaining (S2, S11) radio condition measurements along the at least one predefined path, wherein a respective first time value is associated to each radio condition measurement; - obtaining (S3, S12) position estimates defining the position of the wireless device performing the radio condition measurements along the at least one predefined path, wherein a respective second time value is associated to each position estimate; and - determining (S4a, S13) radio coverage by correlating each radio condition measurement to one of the obtained position estimates using the first and second time values.
A brush seal having an annular shape and comprising: a low-pressure-side plate including a low-pressure-side recessed portion radially recessed and circumferentially extending; a high-pressure-side plate including a high-pressure-side recessed portion positioned to face the low-pressure-side recessed portion , the high-pressure-side recessed portion being radially recessed and circumferentially extending; a brush body including a plurality of wire rods, the brush body being supported between the low-pressure-side plate and the high-pressure-side plate ; characterized by a fixing member inserted into a space formed by the low-pressure-side recessed portion and the high-pressure-side recessed portion in a circumferential direction. a low-pressure-side plate including a low-pressure-side recessed portion radially recessed and circumferentially extending; a high-pressure-side plate including a high-pressure-side recessed portion positioned to face the low-pressure-side recessed portion , the high-pressure-side recessed portion being radially recessed and circumferentially extending; a brush body including a plurality of wire rods, the brush body being supported between the low-pressure-side plate and the high-pressure-side plate ; characterized by a fixing member inserted into a space formed by the low-pressure-side recessed portion and the high-pressure-side recessed portion in a circumferential direction.
A method of reconstituting a reconstitutable teverelix-TFA composition having a molar ratio of teverelix (Ac-D-Nal-D-pClPhe-D-Pal-Ser-Tyr-D-Hci-Leu-Lys(iPr)-Pro-D-Ala-NH 2 ) to trifluoroacetate below the molar ratio required for microcrystal formation, wherein said molar ratio of teverelix to trifluoroacetate (TFA) is between 1:1 and 1:1.85, said method comprises adding an aqueous reconstitution solution to the reconstitutable teverelix-TFA composition and adjusting the molar ratio of teverelix to trifluoroacetate to at least 1:2.1 by adding trifluoroacetate.