mhurhangee/patent-ind-claim-en huggingface dataset:
An automated external defibrillator, AED, comprising: a defibrillation module , configured to administer a defibrillation shock; a sensor , configured to make an electrocardiogram, ECG, measurement of a heart; a connectivity module , configured to communicate with a remote processing device to transmit the ECG measurement and receive a first classification of the ECG measurement; and a processor configured to: determine, using a local shock advice algorithm, SAA, a second classification of the ECG measurement, wherein the second classification is selected from a second list comprising at least a shockable classification and a non-shockable classification; and if at least one of the first classification and the second classification of the ECG measurement is a shockable classification, either: cause the defibrillation module to administer the defibrillation shock; or advise a user to administer the defibrillation shock, characterised in that the connectivity module is configured to transmit the ECG measurement to the remote processing device only when the second classification of the ECG measurement is not the shockable classification. a defibrillation module , configured to administer a defibrillation shock; a sensor , configured to make an electrocardiogram, ECG, measurement of a heart; a connectivity module , configured to communicate with a remote processing device to transmit the ECG measurement and receive a first classification of the ECG measurement; and a processor configured to: determine, using a local shock advice algorithm, SAA, a second classification of the ECG measurement, wherein the second classification is selected from a second list comprising at least a shockable classification and a non-shockable classification; and if at least one of the first classification and the second classification of the ECG measurement is a shockable classification, either: cause the defibrillation module to administer the defibrillation shock; or advise a user to administer the defibrillation shock, determine, using a local shock advice algorithm, SAA, a second classification of the ECG measurement, wherein the second classification is selected from a second list comprising at least a shockable classification and a non-shockable classification; and if at least one of the first classification and the second classification of the ECG measurement is a shockable classification, either: cause the defibrillation module to administer the defibrillation shock; or advise a user to administer the defibrillation shock, cause the defibrillation module to administer the defibrillation shock; or advise a user to administer the defibrillation shock, characterised in that the connectivity module is configured to transmit the ECG measurement to the remote processing device only when the second classification of the ECG measurement is not the shockable classification.
A method of controlling a beverage dispensing system , said system comprising: a base unit comprising a control unit , a base-device transceiver in communication with the control unit and at least a first and a second visual indicator controlled by the control unit ; at least a first and a second module mounted in or on the base unit , each module comprising a dispensing arrangement for dispensing beverage from a beverage reservoir ; and a computing device configured to communicate with the base-device transceiver ; wherein the method comprises the steps of: receiving an input from a user at the computing device ; sending a dispense instruction signal to the control unit of the base unit via the base-device transceiver ; and in a first dispense event, in response to the control unit of the base unit receiving the dispense instruction signal, controlling the first visual indicator to indicate the first module for a first predetermined time period, the first predetermined time period being based upon a first fixed beverage flowrate and a first desired beverage volume, wherein the first fixed beverage flowrate is the same for all dispense events relating to the first module ; and in a second dispense event after the first dispense event, controlling the second visual indicator to indicate the second module for a second predetermined time period, the second predetermined time period being calculated based upon a second fixed beverage flowrate and a second desired beverage volume, wherein the second fixed beverage flowrate is the same for all dispense events relating to the second module . a base unit comprising a control unit , a base-device transceiver in communication with the control unit and at least a first and a second visual indicator controlled by the control unit ; at least a first and a second module mounted in or on the base unit , each module comprising a dispensing arrangement for dispensing beverage from a beverage reservoir ; and a computing device configured to communicate with the base-device transceiver ; receiving an input from a user at the computing device ; sending a dispense instruction signal to the control unit of the base unit via the base-device transceiver ; and in a first dispense event, in response to the control unit of the base unit receiving the dispense instruction signal, controlling the first visual indicator to indicate the first module for a first predetermined time period, the first predetermined time period being based upon a first fixed beverage flowrate and a first desired beverage volume, wherein the first fixed beverage flowrate is the same for all dispense events relating to the first module ; and in a second dispense event after the first dispense event, controlling the second visual indicator to indicate the second module for a second predetermined time period, the second predetermined time period being calculated based upon a second fixed beverage flowrate and a second desired beverage volume, wherein the second fixed beverage flowrate is the same for all dispense events relating to the second module .
A collagenous marine invertebrate extract for use in the treatment of Epidermolysis Bullosa, wherein the source of the extract is jellyfish, wherein the collagenous extract comprises collagen in a hydrolysate form.
A method for producing an organic tellurium compound, the method comprising the steps of: (A) reacting metallic tellurium with a compound represented by a general formula below; and (B) reacting a compound obtained by the step (A) with an organic halogen compound, the metallic tellurium having a copper content of not less than 0.1 ppm and less than 100 ppm and an oxygen content of not less than 0.1% and less than 3%, M(R 1 )m ... Formula where R 1 represents an alkyl group having 1 to 8 carbon atoms, an aryl group or an aromatic heterocyclic group, M represents an alkali metal or an alkaline earth metal, m represents 1 when M is an alkali metal, and m represents 2 when M is an alkaline earth metal.
Stacked lamination comprised of sheet metal lamellae for rotors and/or stators of electric motors and generators, with pockets for that serve to receive magnets , that pockets are angled to each other and having a rectangular outline, with a startup cage that is manufactured in a diecasting process, arranged on the periphery of the stacked lamination , and inwardly or outwardly envelops the stacked lamination , and with cavities that run axially between adjacent pockets and have a smaller radial distance from the startup cage than the pockets , characterized in that the cavities at both ends are each closed by at least one end-side sheet metal lamella of the stacked lamination and have a trapezoidal outline.
A system for igniting an air/fuel mixture in an internal combustion engine, the system comprising: an ignition plug comprising an igniter ; and an enclosure comprising a plug receptacle that receives the ignition plug , enclosure defining an outer chamber about an end of the igniter that is larger in volume than a fluid containing interior chamber of the ignition plug, the outer chamber comprising a jet passage between an interior and an exterior of the enclosure , the outer chamber curved to direct flow incoming through the jet passage to circulate in the outer chamber and recombine with the incoming flow, characterized in that the enclosure comprises an engine coolant passage around the plug receptacle, and the enclosure comprises a first part comprising the jet passage and the outer chamber and a second part coupled to the first part defining the plug receptacle, wherein the first part is made substantially of a first material and the second part is made substantially of a second material, the first material having a lower thermal conductivity than the second material. an ignition plug comprising an igniter ; and an enclosure comprising a plug receptacle that receives the ignition plug , enclosure defining an outer chamber about an end of the igniter that is larger in volume than a fluid containing interior chamber of the ignition plug, the outer chamber comprising a jet passage between an interior and an exterior of the enclosure , the outer chamber curved to direct flow incoming through the jet passage to circulate in the outer chamber and recombine with the incoming flow, characterized in that the enclosure comprises an engine coolant passage around the plug receptacle, and the enclosure comprises a first part comprising the jet passage and the outer chamber and a second part coupled to the first part defining the plug receptacle, wherein the first part is made substantially of a first material and the second part is made substantially of a second material, the first material having a lower thermal conductivity than the second material.
Method for calculating flatness deviations when treating band-shaped material , in particular when hot rolling a steel band, wherein an image is recorded of an area of the material transverse to and/or along the direction of movement of the material by means of a TOF camera arranged above the band-shaped material .
Portable synchronisation station for an inhaler , preferably for an electronic cigarette product, comprising the following components: - a first energy store , - a first data store , - a first processor , - a receptacle for inserting the inhaler , and - an inhaler interface which is designed to establish a data connection with the inhaler when the inhaler is inserted into the receptacle , wherein - a wireless interface is provided as a further component, which is designed to transmit data to a remote base station , wherein - the synchronisation station is designed to control the wireless interface in such a way that automatic connection attempts with the base station are made regularly, and a defined data volume of the data stored in the first data store is transmitted to the base station as soon as a connection with the base station exists, characterised in that - the synchronisation station is designed to provide the data stored on the first data store with a time stamp, wherein - the data comprise one or more of the following system reliability parameters: - operating time of the inhaler , - usage cycles of the inhaler , - operating temperature of the inhaler , - charging cycles of the inhaler , - charging state of the inhaler , - operating pressure of the inhaler , and/or - flow rate of the inhaler . - a first energy store , - a first data store , - a first processor , - a receptacle for inserting the inhaler , and - an inhaler interface which is designed to establish a data connection with the inhaler when the inhaler is inserted into the receptacle , wherein - a wireless interface is provided as a further component, which is designed to transmit data to a remote base station , wherein - the synchronisation station is designed to control the wireless interface in such a way that automatic connection attempts with the base station are made regularly, and a defined data volume of the data stored in the first data store is transmitted to the base station as soon as a connection with the base station exists, characterised in that - the synchronisation station is designed to provide the data stored on the first data store with a time stamp, wherein - the data comprise one or more of the following system reliability parameters: - operating time of the inhaler , - usage cycles of the inhaler , - operating temperature of the inhaler , - charging cycles of the inhaler , - charging state of the inhaler , - operating pressure of the inhaler , and/or - flow rate of the inhaler .
An on-line health management device for an insulated gate bipolar transistor, wherein the on-line health management device comprises: a sampling module, configured to sample the operating condition parameters of the insulated gate bipolar transistor; an extremum detection module, configured to detect whether the operating condition parameters each are within a corresponding extremum range or not, wherein if the operating condition parameters each are within a corresponding extremum range, the operating condition parameters are sent to the electrothermal detection module; an electrothermal detection module, configured to detect a junction temperature and a temperature rise of the insulated gate bipolar transistor based on operating condition parameters of the insulated gate bipolar transistor in combination with a structure of the insulated gate bipolar transistor; a degradation detection module, configured to detect a performance degradation degree of the insulated gate bipolar transistor based on the operating condition parameters, the structure, the junction temperature and the temperature rise of the insulated gate bipolar transistor; and a lifetime detection module, configured to detect a consumed lifetime of the insulated gate bipolar transistor based on the performance degradation degree thereof. a sampling module, configured to sample the operating condition parameters of the insulated gate bipolar transistor; an extremum detection module, configured to detect whether the operating condition parameters each are within a corresponding extremum range or not, wherein if the operating condition parameters each are within a corresponding extremum range, the operating condition parameters are sent to the electrothermal detection module; an electrothermal detection module, configured to detect a junction temperature and a temperature rise of the insulated gate bipolar transistor based on operating condition parameters of the insulated gate bipolar transistor in combination with a structure of the insulated gate bipolar transistor; a degradation detection module, configured to detect a performance degradation degree of the insulated gate bipolar transistor based on the operating condition parameters, the structure, the junction temperature and the temperature rise of the insulated gate bipolar transistor; and a lifetime detection module, configured to detect a consumed lifetime of the insulated gate bipolar transistor based on the performance degradation degree thereof.
A window or door fitting with a hand lever having a non-rotatable polygonal shaft attached thereto, which passes through a borehole of the casement and protrudes into a driving device of a drive rod fitting and is coupled therewith, wherein the polygonal shaft , at least in certain areas, engages with a socket coaxially positioned to the polygonal shaft , which is rotatably, but axially non-displaceably mounted in a housing , wherein the housing is fastened offset along the axis of rotation of the polygonal shaft in parallel to the drive direction and the socket has effective means for form- or friction-fit coupling with the polygonal shaft in the axial direction, characterized in that a shaft washer and a sleeve are allocated to the polygonal shaft , wherein the polygonal shaft and a reduced-diameter section of the sleeve penetrate the borehole .
A method for sending to a second client device at least one file as an email attachment, the method comprising, at a client device : receiving a selection of at least one file to be included as an email attachment for an email; identifying a condition in which to include, within the email, a link for the second client device to download the at least one file in lieu of including the at least one file as the email attachment for the email; in response to identifying the condition, providing, to a file server , information about the at least one file and receiving from the file server an indication that the at least one file is already stored on the file server ; when the client device identifies that the at least one file is not already stored on the file server , providing the at least one file to the file server ; receiving the link from the file server , wherein the link provides access to the at least one file; embedding the link in the email; and sending the email. receiving a selection of at least one file to be included as an email attachment for an email; identifying a condition in which to include, within the email, a link for the second client device to download the at least one file in lieu of including the at least one file as the email attachment for the email; in response to identifying the condition, providing, to a file server , information about the at least one file and receiving from the file server an indication that the at least one file is already stored on the file server ; when the client device identifies that the at least one file is not already stored on the file server , providing the at least one file to the file server ; receiving the link from the file server , wherein the link provides access to the at least one file; embedding the link in the email; and sending the email.
A magnetic balance type current sensor comprising: a magnetoresistance effect element whose resistance value changes owing to the application of an induction magnetic field from a current to be measured; a feedback coil disposed in the vicinity of the magnetoresistance effect element and generating a cancelling magnetic field cancelling out the induction magnetic field; a magnetic field detection bridge circuit comprising the magnetoresistance effect element and including two outputs causing a voltage difference to occur, the voltage difference corresponding to the induction magnetic field; and a magnetic shield attenuating the induction magnetic field and enhancing the cancelling magnetic field, wherein a current is applied to the feedback coil on the basis of the voltage difference and, on the basis of the current flowing through the feedback coil at the time of an equilibrium state in which the induction magnetic field and the cancelling magnetic field are cancelled out, the current to be measured is measured, wherein the feedback coil , the magnetic shield , and the magnetic field detection bridge circuit are formed on a same substrate , characterised in that the feedback coil is disposed between the magnetic shield and the magnetic field detection bridge circuit , and the magnetic shield is disposed on a side near the current to be measured, and the feedback coil is configured using a planar coil, and the planar coil is provided so that both the induction magnetic field and the cancelling magnetic field occur in a plane parallel to a forming surface of the planar coil. a magnetoresistance effect element whose resistance value changes owing to the application of an induction magnetic field from a current to be measured; a feedback coil disposed in the vicinity of the magnetoresistance effect element and generating a cancelling magnetic field cancelling out the induction magnetic field; a magnetic field detection bridge circuit comprising the magnetoresistance effect element and including two outputs causing a voltage difference to occur, the voltage difference corresponding to the induction magnetic field; and a magnetic shield attenuating the induction magnetic field and enhancing the cancelling magnetic field, wherein a current is applied to the feedback coil on the basis of the voltage difference and, on the basis of the current flowing through the feedback coil at the time of an equilibrium state in which the induction magnetic field and the cancelling magnetic field are cancelled out, the current to be measured is measured, wherein the feedback coil , the magnetic shield , and the magnetic field detection bridge circuit are formed on a same substrate , characterised in that the feedback coil is disposed between the magnetic shield and the magnetic field detection bridge circuit , and the magnetic shield is disposed on a side near the current to be measured, and the feedback coil is configured using a planar coil, and the planar coil is provided so that both the induction magnetic field and the cancelling magnetic field occur in a plane parallel to a forming surface of the planar coil.
A seal for sealing a rotational shaft extending inside a tubular member , such as in a caission for housing a pump in a container, the seal comprising - a tubular member , - a division element dividing the interior of the tubular member in an upper section and a lower section , - a shaft extending from a position in the upper section of the tubular member through a through-going opening in the division element and into the lower section ; - a first element sealingly arranged in a fixed position on the shaft in the upper section and having a first sealing surface encircling the shaft and facing towards the internal division element , - a second element slidingly arranged on the shaft below the first element , the second element having a second sealing surface facing towards the first sealing surface , the second element has a section extending through the through going opening and a seal element is provided in-between said section and the through going opening , - an actuator for sliding the second element along the shaft , characterised in that said actuator is a solenoid, pneumatic and/or hydraulic actuator arranged to slide the second element along the shaft . - a tubular member , - a division element dividing the interior of the tubular member in an upper section and a lower section , - a shaft extending from a position in the upper section of the tubular member through a through-going opening in the division element and into the lower section ; - a first element sealingly arranged in a fixed position on the shaft in the upper section and having a first sealing surface encircling the shaft and facing towards the internal division element , - a second element slidingly arranged on the shaft below the first element , the second element having a second sealing surface facing towards the first sealing surface , the second element has a section extending through the through going opening and a seal element is provided in-between said section and the through going opening , - an actuator for sliding the second element along the shaft ,
A conically formed wire thread insert comprising a body having a plurality of helically wound windings , in which the plurality of helically wound windings comprises a first end winding and a second end winding delimiting the body at opposite axial ends, and the first end winding has a first integral form fitting means in a first end section and the second end winding has a second integral form fitting means in a second end section, so that, in an installed state of the wire thread insert , a form-fit rotation-inhibiting connection with an adjacent component structure can be produced via the first and the second integral form fitting means respectively, wherein the first and the second integral form fitting means of the wire thread insert of a bolt thread are oriented radially inwards with respect to the windings of the wire thread insert and the first and the second integral form fitting means of the wire thread insert of a nut thread are oriented radially outwards with respect to the windings of the wire thread insert , characterized in that the first form fitting means comprises a latching hook adjacent to a recess in the first end section and the second form fitting means comprises an end tang in the second end section .