mhurhangee/ep-ind-claims huggingface dataset:
A method for the ultrasonic measurement of the running time and quantity of a flowing fluid, in which the running time of an ultrasonic signal counter to and in the direction of the flow is measured and the flow rate of the fluid is determined therefrom, wherein the reflections of the ultrasonic signal on particles in the fluid are also detected in order to determine the concentration of the particles therefrom, characterized in that for generating the ultrasonic signal in an ultrasonic transducer (32a, 32b, 34a, 34b, 36a, 36b, 38a, 38b), use is made of an electric transmission signal, which consists of an excitation part and a damping part and wherein the damping part has a phase shift (φ) relative to the excitation part so that it counteracts the post-oscillation of the ultrasonic transducer.
A brachytherapy system, comprising: a brachytherapy applicator comprising an applicator body and a radiation source configured to deliver radiation to a tumor, wherein at least a portion of the applicator body is configured to conform to at least a portion of a patient's anatomy; and at least one ultrasound element, element array, or probe coupled to the applicator body, wherein the brachytherapy applicator comprises a gynecological applicator having two ovoids (26, 28), and wherein ultrasound elements (18, 20) are positioned on the ovoids (26, 28) on the frontal side looking forward and on a free side of the ovoid over at least 90 degrees relative to the axial forward direction. a brachytherapy applicator comprising an applicator body and a radiation source configured to deliver radiation to a tumor, wherein at least a portion of the applicator body is configured to conform to at least a portion of a patient's anatomy; and at least one ultrasound element, element array, or probe coupled to the applicator body, wherein the brachytherapy applicator comprises a gynecological applicator having two ovoids (26, 28), and wherein ultrasound elements (18, 20) are positioned on the ovoids (26, 28) on the frontal side looking forward and on a free side of the ovoid over at least 90 degrees relative to the axial forward direction.
A method of measuring an isotope ratio of a continuous sample in an isotope ratio optical spectrometer comprising: a) measuring at least one sample isotope ratio over a measurement time period t s n (n≥1) in the spectrometer; b) measuring a sample concentration C s n over at least a part of the measurement time period t s n, the sample concentration C s n varying over the measurement time period t s n; c) matching a reference gas concentration C ref n for the spectrometer to the measured sample concentration C s n; d) measuring an isotope ratio of the reference gas at the matched reference gas concentration C ref n in the spectrometer; e) calibrating the at least one isotope ratio of the sample measured during the measurement time period t s n, having a sample concentration C s n, using the measured isotope ratio of the reference gas at the corresponding reference gas concentration C ref n; iteratively repeating steps (a) to (e) for n=n+1, n+2... so that, during a certain measurement time period t s n (n≥1), the concentration of the reference gas during that certain measurement time period t s n is matched to the measured sample concentration during that certain measurement time period t s n; and f) determining a plurality of calibrated isotope ratios and a plurality of sample gas concentration measurements, each of the plurality of calibrated isotope ratios and the plurality of sample gas concentration measurements being for a different, respective time, wherein the step e) of calibrating comprises interpolation between two isotope ratio measurements of the reference gas. a) measuring at least one sample isotope ratio over a measurement time period t s n (n≥1) in the spectrometer; b) measuring a sample concentration C s n over at least a part of the measurement time period t s n, the sample concentration C s n varying over the measurement time period t s n; c) matching a reference gas concentration C ref n for the spectrometer to the measured sample concentration C s n; d) measuring an isotope ratio of the reference gas at the matched reference gas concentration C ref n in the spectrometer; e) calibrating the at least one isotope ratio of the sample measured during the measurement time period t s n, having a sample concentration C s n, using the measured isotope ratio of the reference gas at the corresponding reference gas concentration C ref n; iteratively repeating steps (a) to (e) for n=n+1, n+2... so that, during a certain measurement time period t s n (n≥1), the concentration of the reference gas during that certain measurement time period t s n is matched to the measured sample concentration during that certain measurement time period t s n; and f) determining a plurality of calibrated isotope ratios and a plurality of sample gas concentration measurements, each of the plurality of calibrated isotope ratios and the plurality of sample gas concentration measurements being for a different, respective time, wherein the step e) of calibrating comprises interpolation between two isotope ratio measurements of the reference gas.
A method of providing an electronic content item, said method comprising the acts of: encrypting an electronic content with a symmetric key; encrypting the symmetric key with a cryptographic hash of corresponding metadata; embedding the encrypted symmetric key in the electronic content item; receiving, via a network, a communication, said communication comprising a uniform resource locator and originating from a first computing device, said uniform resource locator having information that at least identifies the electronic content item, said information including a security level indicating a level of protection required for the electronic content, said information being included in said uniform resource locator in an encrypted form; decrypting said encrypted information; determining said level of protection that the electronic content is to receive; and when a given level of protection is determined, providing said electronic content item, containing said encrypted electronic content, said corresponding metadata and said encrypted symmetric key, to said first computing device. encrypting an electronic content with a symmetric key; encrypting the symmetric key with a cryptographic hash of corresponding metadata; embedding the encrypted symmetric key in the electronic content item; receiving, via a network, a communication, said communication comprising a uniform resource locator and originating from a first computing device, said uniform resource locator having information that at least identifies the electronic content item, said information including a security level indicating a level of protection required for the electronic content, said information being included in said uniform resource locator in an encrypted form; decrypting said encrypted information; determining said level of protection that the electronic content is to receive; and
Pneumatic nailer with • a working piston which is connected to a driving plunger for driving in a fastener, and which is contacted by compressed air when a driving process is triggered, • a triggering device that has a manually-operated trigger, a contact sensor, and a force-transmitting device which controls a control valve that triggers a driving process in single triggering mode resulting from an actuation of the trigger when the contact sensor is actuated, and • a switching device which can change the force-transmitting device for contact triggering mode into contact triggering position in which the force-transmitting device controls the control valve when the trigger is actuated as a result of the actuation of the contact sensor, wherein • the switching device has a first position assigned to single triggering mode, and a second position assigned to contact triggering mode, and • when a driving process is triggered the switching device is moved into the second position, • the switching device has a control piston which can move between the first position and the second position and is designed to move the force-transmitting device into the contact triggering position, or hold it in the contact triggering position, wherein • the control piston is guided in a control cylinder which has a control volume, wherein the control piston is moved into the first position when a set pressure in the control volume is undershot or exceeded, characterized in that, • upon triggering a driving process the control volume is filled with air or vented by the control valve. • a working piston which is connected to a driving plunger for driving in a fastener, and which is contacted by compressed air when a driving process is triggered, • a triggering device that has a manually-operated trigger, a contact sensor, and a force-transmitting device which controls a control valve that triggers a driving process in single triggering mode resulting from an actuation of the trigger when the contact sensor is actuated, and • a switching device which can change the force-transmitting device for contact triggering mode into contact triggering position in which the force-transmitting device controls the control valve when the trigger is actuated as a result of the actuation of the contact sensor, wherein • the switching device has a first position assigned to single triggering mode, and a second position assigned to contact triggering mode, and • when a driving process is triggered the switching device is moved into the second position, • the switching device has a control piston which can move between the first position and the second position and is designed to move the force-transmitting device into the contact triggering position, or hold it in the contact triggering position, wherein • the control piston is guided in a control cylinder which has a control volume, wherein the control piston is moved into the first position when a set pressure in the control volume is undershot or exceeded, characterized in that, • upon triggering a driving process the control volume is filled with air or vented by the control valve.
Holding device for a bogie with two system parts (1A, 1B), which comprise each a lifting device, with which the bogie can be lifted, characterised in that the system parts (1A, 1B) hold each two bearing devices in such a way, that the two bearing devices (2A; 2B) of each system part (1A, 1B) are displaceable on one hand vertically along the related lifting device as well as preferably towards one another and on the other hand against the neighbouring system part (1B or 1A) and that in each of the bearing devices a facing wheel of the bogie, which is positioned between the system parts (1A, 1B), can be supported and that each of the bearing devices comprises a bearing bar with bearing elements (211, 212), on which the a facing wheel can be seated and that a clamping lever, which is pivotally connected to the bearing bar, is provided, which comprises at least one clamping element that can be guided against the wheel, which is seated on the bearing elements (211, 212), in order to clamp it.
A smoking substitute device comprising: a tank for containing a vaporisable e-liquid; a heating element for heating the vaporisable e-liquid; an electrical power source for providing electrical power to the heating element; and a flavour delivery article for a smoking substitute device, the flavour delivery article comprising: a flavourant source comprising a fragranced fluid; characterized in that the flavour delivery article further comprises a flavour generator configured to agitate the fragranced fluid to thereby release the fragranced fluid from the flavour delivery article for olfactory flavour delivery to a user separately from delivery of e-liquid vapour to the user. a tank for containing a vaporisable e-liquid; a heating element for heating the vaporisable e-liquid; an electrical power source for providing electrical power to the heating element; and a flavour delivery article for a smoking substitute device, the flavour delivery article comprising: a flavourant source comprising a fragranced fluid; characterized in that the flavour delivery article further comprises a flavour generator configured to agitate the fragranced fluid to thereby release the fragranced fluid from the flavour delivery article for olfactory flavour delivery to a user separately from delivery of e-liquid vapour to the user. a flavourant source comprising a fragranced fluid; characterized in that the flavour delivery article further comprises a flavour generator configured to agitate the fragranced fluid to thereby release the fragranced fluid from the flavour delivery article for olfactory flavour delivery to a user separately from delivery of e-liquid vapour to the user.
Integrated electronic component (10; 10') suitable for broadband biasing, comprising: - a substrate having two substrate surfaces which are planar and parallel; - a trench network comprising a plurality of trenches which extend into the substrate from one of said substrate surfaces called trench opening surface; - at least one layered capacitor structure, having layers which extend into the trenches and between at least some of said trenches, said layers of said layered capacitor structure are comprising at least two capacitor electrode layers (4, 6) and at least one dielectric layer; and - at least one inductor comprised of an electrically conducting wire arranged so as to form one or several turns with turn sections which increase from a narrow end of the inductor to a large end of the inductor opposite said narrow end; and - at least three electrical terminals, comprising an input terminal connected electrically to the narrow end of the inductor and one of the capacitor electrodes (4, 6), a bias terminal connected electrically to the large end of the inductor, and an output terminal connected electrically to the other one of the capacitor electrodes, wherein at least one crater extends into the substrate from one of said substrate surfaces called crater opening surface, down to a bottom level of the crater, with a section of the crater which decreases from the crater opening surface to the crater bottom level, and the inductor wire is formed by a continuous track of an electrically conducting material which is supported by a slanted peripheral wall of the crater and arranged so that the turns are parallel to the crater opening surface with the turn sections decreasing from the crater opening surface to the crater bottom level, the narrow and large inductor ends (NE, LE) being situated at the crater bottom level and crater opening surface, respectively. - a substrate having two substrate surfaces which are planar and parallel; - a trench network comprising a plurality of trenches which extend into the substrate from one of said substrate surfaces called trench opening surface; - at least one layered capacitor structure, having layers which extend into the trenches and between at least some of said trenches, said layers of said layered capacitor structure are comprising at least two capacitor electrode layers (4, 6) and at least one dielectric layer; and - at least one inductor comprised of an electrically conducting wire arranged so as to form one or several turns with turn sections which increase from a narrow end of the inductor to a large end of the inductor opposite said narrow end; and - at least three electrical terminals, comprising an input terminal connected electrically to the narrow end of the inductor and one of the capacitor electrodes (4, 6), a bias terminal connected electrically to the large end of the inductor, and an output terminal connected electrically to the other one of the capacitor electrodes,
A method for producing a shaped body (i) with the main components (ia) lime component in the form of burnt lime, burnt dolomite, limestone and/or dolomite stone, and (ib) black mass in the form of coke, anthracite and/or hard coal, (ii) with at least one adjuvant that acts as a briquetting aid in the form of cellulose fibre material and (iii) with a binding agent wherein the lime component is mixed with the black mass and with between 0.5 and 5% by weight, based on the mixture of the blank, of cellulose fibre material and with between 0.1 and 5% by weight, based on the mixture of the blank, of binding agent and then pressed to form the blank, wherein the lime component - calculated on the basis of the CaO equivalent - and the black mass - calculated on the basis of the C equivalent - is added in a weight ratio of 70-50 to 30-50, wherein the mixing and pressing are performed with a moisture content of not more than 5% by weight, the black mass having a standard particle size of between 0 and 5 mm. (i) with the main components (ia) lime component in the form of burnt lime, burnt dolomite, limestone and/or dolomite stone, and (ib) black mass in the form of coke, anthracite and/or hard coal, (ia) lime component in the form of burnt lime, burnt dolomite, limestone and/or dolomite stone, and (ib) black mass in the form of coke, anthracite and/or hard coal, (ii) with at least one adjuvant that acts as a briquetting aid in the form of cellulose fibre material and (iii) with a binding agent wherein the lime component is mixed with the black mass and with between 0.5 and 5% by weight, based on the mixture of the blank, of cellulose fibre material and with between 0.1 and 5% by weight, based on the mixture of the blank, of binding agent and then pressed to form the blank, wherein the lime component - calculated on the basis of the CaO equivalent - and the black mass - calculated on the basis of the C equivalent - is added in a weight ratio of 70-50 to 30-50, wherein the mixing and pressing are performed with a moisture content of not more than 5% by weight, the black mass having a standard particle size of between 0 and 5 mm. wherein the lime component is mixed with the black mass and with between 0.5 and 5% by weight, based on the mixture of the blank, of cellulose fibre material and with between 0.1 and 5% by weight, based on the mixture of the blank, of binding agent and then pressed to form the blank, wherein the lime component - calculated on the basis of the CaO equivalent - and the black mass - calculated on the basis of the C equivalent - is added in a weight ratio of 70-50 to 30-50, wherein the mixing and pressing are performed with a moisture content of not more than 5% by weight, the black mass having a standard particle size of between 0 and 5 mm.
A fire suppressant discharge device for connection to a mounting frame and/or to fire suppressant distribution pipework, comprising: a discharge valve; an electrical firing circuit configured to cause fire suppressant to be discharged from the discharge valve if triggered; characterised in that the fire suppressant discharge device further comprises: at least one arming switch in the firing circuit that is movable between an open position in which it prevents the firing circuit being triggered and a closed position in which the firing circuit is capable of being triggered; wherein the arming switch is arranged on the device and configured so as to be automatically moved to said closed position by connection of the device to a mounting frame and/or to fire suppressant distribution pipework. a discharge valve; an electrical firing circuit configured to cause fire suppressant to be discharged from the discharge valve if triggered; characterised in that the fire suppressant discharge device further comprises: at least one arming switch in the firing circuit that is movable between an open position in which it prevents the firing circuit being triggered and a closed position in which the firing circuit is capable of being triggered; wherein the arming switch is arranged on the device and configured so as to be automatically moved to said closed position by connection of the device to a mounting frame and/or to fire suppressant distribution pipework. at least one arming switch in the firing circuit that is movable between an open position in which it prevents the firing circuit being triggered and a closed position in which the firing circuit is capable of being triggered; wherein the arming switch is arranged on the device and configured so as to be automatically moved to said closed position by connection of the device to a mounting frame and/or to fire suppressant distribution pipework.
Holding device for fastening a strap winder to a vertical surface, in particular of a window frame or a door frame or a wall, using holes (11, 12) already present in the vertical surface, wherein the Holding device has two holding elements, of which a first holding element is designed and intended to be fastened to the strap winder, and of which the second holding element is designed and intended to be fastened to the vertical surface, characterized in that the first holding element can be secured and/or is secured displaceably on the second holding element, wherein the holding device can be adapted individually to the distance between the holes (1, 12) which are present.
A method for forming a printhead, comprising: depositing a conductor layer over a starting wafer, wherein the starting wafer comprises control electronics for a printhead; etching a single elongated window in the conductor layer to form a single resistor window across the wafer; depositing a resistor layer over the conductor layer and resistor window; etching the resistor layer and conductor layer to form traces and resistors; depositing a passivation film over the traces and resistors; depositing an anticavitation film over the passivation film; forming a primer layer over the passivation film; forming flow structures over the primer layer; and forming caps and nozzles over the flow structures, wherein the etching comprises: etching the single elongated window at a substantially uniform width to form resistors of substantially the same length, or etching the single elongated window at two different alternating widths for the single elongated window to form resistors of alternating length. depositing a conductor layer over a starting wafer, wherein the starting wafer comprises control electronics for a printhead; etching a single elongated window in the conductor layer to form a single resistor window across the wafer; depositing a resistor layer over the conductor layer and resistor window; etching the resistor layer and conductor layer to form traces and resistors; depositing a passivation film over the traces and resistors; depositing an anticavitation film over the passivation film; forming a primer layer over the passivation film; forming flow structures over the primer layer; and forming caps and nozzles over the flow structures, wherein the etching comprises: etching the single elongated window at a substantially uniform width to form resistors of substantially the same length, or etching the single elongated window at two different alternating widths for the single elongated window to form resistors of alternating length. etching the single elongated window at a substantially uniform width to form resistors of substantially the same length, or etching the single elongated window at two different alternating widths for the single elongated window to form resistors of alternating length.