mhurhangee/patent-ind-claim-en huggingface dataset:
A defibrillation system for treating cardiac arrhythmia comprising: a defibrillator having a charge storage device for administering electrotherapy to a patient through at least two electrodes ; a memory associated with the defibrillator and configured to store instructions for operation of the defibrillator; and a processor associated with the defibrillator and configured to execute the instructions to perform operations comprising: providing an alternating electrical signal to a patient through the at least two electrodes , estimating the transthoracic impedance of the patient from the alternating electrical signal sampled immediately prior to charging the charge storage device , charging the charge storage device to a target voltage level based on the estimated transthoracic impedance value, selecting a schedule for applying resistance values during the discharge of the charge storage device located external to the patient, and executing the schedule for applying resistance values during the discharge of the charge storage device to control the shape of the waveform during application of electrotherapy to the patient. a defibrillator having a charge storage device for administering electrotherapy to a patient through at least two electrodes ; a memory associated with the defibrillator and configured to store instructions for operation of the defibrillator; and a processor associated with the defibrillator and configured to execute the instructions to perform operations comprising: providing an alternating electrical signal to a patient through the at least two electrodes , estimating the transthoracic impedance of the patient from the alternating electrical signal sampled immediately prior to charging the charge storage device , charging the charge storage device to a target voltage level based on the estimated transthoracic impedance value, selecting a schedule for applying resistance values during the discharge of the charge storage device located external to the patient, and executing the schedule for applying resistance values during the discharge of the charge storage device to control the shape of the waveform during application of electrotherapy to the patient. providing an alternating electrical signal to a patient through the at least two electrodes , estimating the transthoracic impedance of the patient from the alternating electrical signal sampled immediately prior to charging the charge storage device , charging the charge storage device to a target voltage level based on the estimated transthoracic impedance value, selecting a schedule for applying resistance values during the discharge of the charge storage device located external to the patient, and executing the schedule for applying resistance values during the discharge of the charge storage device to control the shape of the waveform during application of electrotherapy to the patient.
A support device for furniture, being the piece of furniture of the type comprising a perimeter edge having a closed contour which is part of a base belonging to said piece of furniture ; wherein said perimeter edge of the base comprises a lower section , an upper section and an intermediate section in which the other two sections, lower and upper , converge; the support device characterized in that it comprises at least one arched part which is configured to rest on a floor surface by a lower face , comprises a channel configured to receive the lower section of the edge of the base of the piece of furniture and comprises a support surface suitable for the lower section of the edge of the base of the piece of furniture to rest; and the arched part comprises a rear portion configured to be in contact with an inner face of the upper section of the edge of the base of the piece of furniture ; and said rear portion is an elevation of an upper face of the arched part along its entire length which is configured to press resiliently against the inner face of the upper section of the edge of the base of the piece of furniture ; and the arched part has at one end a male element materialised by an extension , while the opposite end of the arched part has a female element materialised by a recess ; wherein the extension fits into the recess forming a structure having a closed contour that adapts and adjusts to the perimeter edge of the base of the piece of furniture .
A system for providing information to an information system in a vehicle , the system comprising: - a communication interface adapted to communicate with a server residing outside said vehicle ; - data storage means configured to temporarily store data received from said server via said communication interface ; - data gathering means adapted to obtain, independently of said server, information about a situation or event that is relevant to the operation of the vehicle, the comfort of its passengers, or the services offered to these passengers; - an information system arranged to provide information services to crew and/or passengers or to control systems of said vehicle; and - a processor , operatively connected to said communication interface , said data storage means , and said data gathering means , said processor being configured to provide information to said information system ; wherein said processor is further configured to: - detect whether said communication interface is operationally communicating with said server , - if said communication interface is operational, provide data received from said communication interface as said information to said information system ; and - if said communication interface is not operational, provide data retrieved from said data storage means and adapted on the basis of information obtained from said data gathering means as said information to said information system ; wherein said data gathering means comprises at least one sensor arranged to sense wheel pulses, said processor being configured to determine a current speed and/or a current location on the basis of said wheel pulses. - a communication interface adapted to communicate with a server residing outside said vehicle ; - data storage means configured to temporarily store data received from said server via said communication interface ; - data gathering means adapted to obtain, independently of said server, information about a situation or event that is relevant to the operation of the vehicle, the comfort of its passengers, or the services offered to these passengers; - an information system arranged to provide information services to crew and/or passengers or to control systems of said vehicle; and - a processor , operatively connected to said communication interface , said data storage means , and said data gathering means , said processor being configured to provide information to said information system ; - detect whether said communication interface is operationally communicating with said server , - if said communication interface is operational, provide data received from said communication interface as said information to said information system ; and - if said communication interface is not operational, provide data retrieved from said data storage means and adapted on the basis of information obtained from said data gathering means as said information to said information system ;
An electronic device comprising: a connector including a plurality of terminals for electrically connecting to an external power supply device supplying a power to the electronic device ; and a control circuit , the control circuit being configured to: sense a moisture entering the connector ; said control circuit being characterised by being further configured to change an impedance of at least one specified data terminal among the terminals in response to the sensing of the moisture for having the external power supply device , when connected via the connector, identify the impedance of the at least one specified data terminal and change a level of a voltage depending on the impedance; and receive the voltage whose level is changed from the power supply device . a connector including a plurality of terminals for electrically connecting to an external power supply device supplying a power to the electronic device ; and a control circuit , the control circuit being configured to: sense a moisture entering the connector ; said control circuit being characterised by being further configured to change an impedance of at least one specified data terminal among the terminals in response to the sensing of the moisture for having the external power supply device , when connected via the connector, identify the impedance of the at least one specified data terminal and change a level of a voltage depending on the impedance; and receive the voltage whose level is changed from the power supply device . sense a moisture entering the connector ; said control circuit being characterised by being further configured to change an impedance of at least one specified data terminal among the terminals in response to the sensing of the moisture for having the external power supply device , when connected via the connector, identify the impedance of the at least one specified data terminal and change a level of a voltage depending on the impedance; and receive the voltage whose level is changed from the power supply device .
A method for adding or changing to an assisted serving cell for a user equipment , the method comprising: determining, at a macro cell acting as a serving cell for the user equipment, that the user equipment is close to the assisted serving cell; in response to determining that the user equipment is close to the assisted serving cell, sending a configuration message to the user equipment to perform inter-frequency measurements; in response to sending the configuration message, receiving , at the macro cell an inter-frequency measurement report from the user equipment; based on the inter-frequency measurement report, sending , from the macro cell, a preparation message to the assisted serving cell; receiving , at the macro cell, an acknowledgement from the assisted serving cell; providing , from the macro cell, an assisted serving cell activation message to the user equipment indicating the assisted serving cell is to act as an additional serving cell for the user equipment and is to provide user plane, U-plane, data communications with the user equipment; receiving , at the macro cell, an activation complete message from the user equipment; and sending , from the macro cell to a serving gateway or packet data node gateway, a path switch message to switch user plane data communications of the user equipment to the assisted serving cell, the macro cell remaining a serving cell for the user equipment for providing at least control plane data communications with the user equipment. determining, at a macro cell acting as a serving cell for the user equipment, that the user equipment is close to the assisted serving cell; in response to determining that the user equipment is close to the assisted serving cell, sending a configuration message to the user equipment to perform inter-frequency measurements; in response to sending the configuration message, receiving , at the macro cell an inter-frequency measurement report from the user equipment; based on the inter-frequency measurement report, sending , from the macro cell, a preparation message to the assisted serving cell; receiving , at the macro cell, an acknowledgement from the assisted serving cell; providing , from the macro cell, an assisted serving cell activation message to the user equipment indicating the assisted serving cell is to act as an additional serving cell for the user equipment and is to provide user plane, U-plane, data communications with the user equipment; receiving , at the macro cell, an activation complete message from the user equipment; and sending , from the macro cell to a serving gateway or packet data node gateway, a path switch message to switch user plane data communications of the user equipment to the assisted serving cell, the macro cell remaining a serving cell for the user equipment for providing at least control plane data communications with the user equipment.
Monitoring unit for monitoring a graphical user interface, comprising - a digital image data interface for connection to an image data line for the transmission of computer-generated image data from a computer to a display , in particular an LVDS interface, an HDMI interface or the like; - at least one computing component (41; 42) which implements a safety function and reads out at least parts of the image data via the image data interface; characterized in that the monitoring unit has a two-stage computing architecture with - a first computing component , which is configured to receive computer-generated image data on an input side, and modify at least part of the image data depending on a safety function, which are intended to be displayed in a predetermined image area, and to provide image data on an output side for a display , and with - a second computing component configured to check image data provided by the first computing component by calculating a check code for image data intended to be displayed in the predetermined image area, and - in that the monitoring unit is configured to compare calculated check codes respectively with at least one prestored reference code, in particular for the purpose of checking an intended modification of the image data, such as an intended highlighting, by the first computing component and/or for the purpose of inducing a safety-oriented reaction. - a digital image data interface for connection to an image data line for the transmission of computer-generated image data from a computer to a display , in particular an LVDS interface, an HDMI interface or the like; - at least one computing component (41; 42) which implements a safety function and reads out at least parts of the image data via the image data interface; characterized in that the monitoring unit has a two-stage computing architecture with - a first computing component , which is configured to receive computer-generated image data on an input side, and modify at least part of the image data depending on a safety function, which are intended to be displayed in a predetermined image area, and to provide image data on an output side for a display , and with - a second computing component configured to check image data provided by the first computing component by calculating a check code for image data intended to be displayed in the predetermined image area, and - in that the monitoring unit is configured to compare calculated check codes respectively with at least one prestored reference code, in particular for the purpose of checking an intended modification of the image data, such as an intended highlighting, by the first computing component and/or for the purpose of inducing a safety-oriented reaction.
An automatic travel system to make a work vehicle automatically travel along a scheduled travel path, comprising: a path generation unit that generates the scheduled travel path including a plurality of travel paths (P1) ; an automatic travel control unit configured to make the work vehicle to perform the automatic traveling along the scheduled travel path; an information acquisition unit configured to acquire position information and direction information of the work vehicle ; and a specifying unit configured to specify an automatic traveling candidate path (P4), in order to allow the work vehicle to start automatically traveling on it before the automatic traveling is started by the work vehicle , wherein the specifying unit is further configured to set candidate specification areas (Q1, Q2) on a front side and a rear side of the work vehicle , based on the position information and direction information of the work vehicle acquired by the information acquisition unit , and to specify a travel path included in the candidate specification areas (Q1, Q2) as the automatic traveling candidate path out of the plurality of travel paths. a path generation unit that generates the scheduled travel path including a plurality of travel paths (P1) ; an automatic travel control unit configured to make the work vehicle to perform the automatic traveling along the scheduled travel path; an information acquisition unit configured to acquire position information and direction information of the work vehicle ; and a specifying unit configured to specify an automatic traveling candidate path (P4), in order to allow the work vehicle to start automatically traveling on it before the automatic traveling is started by the work vehicle , wherein the specifying unit is further configured to set candidate specification areas (Q1, Q2) on a front side and a rear side of the work vehicle , based on the position information and direction information of the work vehicle acquired by the information acquisition unit , and to specify a travel path included in the candidate specification areas (Q1, Q2) as the automatic traveling candidate path out of the plurality of travel paths.
A method for performing liquid blow molding using a polypropylene preform 1, comprising the following steps: attaching the preform 1 being heated to a temperature capable of realizing a stretching effect to a molding die, molding the desired container by incorporating the preform 1 in a shape according to the cavity of the molding die by vertically stretching by a stretching rod of a blow molding device and stretching in an expanded state by a pressurizing liquid inserted into the preform 1 by a nozzle given to an opening portion 4 of the preform 1, characterized in that , when measured with a differential scanning calorimeter (DSC), a relationship between the melting start temperature (Ts), melting peak temperature (Tm), and melting enthalpy (Hm) of the preform 1 is (Tm-Ts)/ Hm=0.88-0.95.
A mat comprising: a non-woven layer having first and second major surfaces that are generally opposed to each other, the non-woven layer comprising inorganic fibers and having a basis weight of at least 300 g/m 2 ; and a first polymeric layer attached so as to contact at least some of the inorganic fibers forming the first major surface, with the first polymeric layer comprising at least one vacuum-formed suction hole formed therethrough, wherein the mat is sufficiently flexible to be wrapped around a 7.5 cm diameter rod without breaking. a non-woven layer having first and second major surfaces that are generally opposed to each other, the non-woven layer comprising inorganic fibers and having a basis weight of at least 300 g/m 2 ; and a first polymeric layer attached so as to contact at least some of the inorganic fibers forming the first major surface, with the first polymeric layer comprising at least one vacuum-formed suction hole formed therethrough, wherein the mat is sufficiently flexible to be wrapped around a 7.5 cm diameter rod without breaking.
A stator element of a turbomachine , extending around a longitudinal axis (X), the element comprising at least one first stator vane and at least one second stator vane , circumferentially adjacent to the first stator vane , each first and second stator vanes comprising a platform and a blade extending radially from the platform , the stator element also comprising at least one inter-platform seal , arranged between the platform of the first stator vane and the platform of the second stator vane , characterized in that the inter-platform seal comprises a flat support provided with an upper surface on which a fin extends, and in that the support of the inter-platform seal comprises two adjacent longitudinal parts , each part conforming to the contour of one half of a platform of an adjacent vane .
Swimming pool cleaning apparatus comprising: - a cleaning unit , - at least one hydraulic circuit for liquid circulation between at least one liquid inlet and at least one liquid outlet , through a filtration device of the cleaning unit , - a pump designed to force water to circulate between the water inlet and the water outlet through the filtration device, - driving and guiding means for producing the movements of the cleaning unit, - control means for these driving and guiding means, characterized in that the cleaning apparatus comprises at least one means for detecting debris disposed in the hydraulic circuit of the cleaning unit . - a cleaning unit , - at least one hydraulic circuit for liquid circulation between at least one liquid inlet and at least one liquid outlet , through a filtration device of the cleaning unit , - a pump designed to force water to circulate between the water inlet and the water outlet through the filtration device, - driving and guiding means for producing the movements of the cleaning unit, - control means for these driving and guiding means, characterized in that the cleaning apparatus comprises at least one means for detecting debris disposed in the hydraulic circuit of the cleaning unit .
Method for registering a 3D medical image obtained by an X-ray imaging system with a registration phantom , wherein the registration phantom is positioned onto the patient and comprises a set of radiopaque fiducials having a known position in a coordinate system of said registration phantom , said set of radiopaque fiducials not being detectable in the 3D image, the method comprising the steps of: - obtaining at least two 2D X-ray images acquired by the X-ray imaging system wherein at least one radiopaque fiducial of the registration phantom is detectable in each 2D image; - for each of said at least two 2D images, registering the 2D X-ray image with the registration phantom by detecting and determining the position of the at least one radiopaque fiducial in the respective 2D image; - registering each of said at least two 2D X-ray images with the 3D image using an image-to-image registration technique; - registering the registration phantom with the 3D medical image using said at least two 2D X-ray images. - obtaining at least two 2D X-ray images acquired by the X-ray imaging system wherein at least one radiopaque fiducial of the registration phantom is detectable in each 2D image; - for each of said at least two 2D images, registering the 2D X-ray image with the registration phantom by detecting and determining the position of the at least one radiopaque fiducial in the respective 2D image; - registering each of said at least two 2D X-ray images with the 3D image using an image-to-image registration technique; - registering the registration phantom with the 3D medical image using said at least two 2D X-ray images.
A turbine engine turbine movable ring assembly which is mounted between two successive rotor disks, and of said turbine , said rotors disks and being fixed to one another by bolts, characterized in that it comprises: - a fixing ferrule fixed between the upstream and downstream disks by bolting them, and - a part forming a movable ring , said part bearing radial sealing members and being fixed between the upstream disk and the ferrule . - a fixing ferrule fixed between the upstream and downstream disks by bolting them, and - a part forming a movable ring , said part bearing radial sealing members and being fixed between the upstream disk and the ferrule .