mhurhangee/patent-ind-claim-en huggingface dataset:
A non-transitory storage medium storing instructions readable and executable by an electronic processor to perform a predictive maintenance alerting method comprising: receiving time stamped machine log data and time stamped service log data for a medical imaging device via an electronic network ; deriving features from the received time stamped machine log data and time stamped service log data, including deriving at least one of (i) built failure mode features each comprising a combination of two or more features that together represent a failure mode of a component and (ii) built failure resolution features each comprising a combination of two or more features that together represent a failure of a component and a resolution of the failure of the component; characterized by applying a set of models of component groups to the derived features to generate maintenance alerts wherein each component of the medical imaging device is exclusively a member of a single component group; and transmitting the generated maintenance alerts to a service center via the electronic network. receiving time stamped machine log data and time stamped service log data for a medical imaging device via an electronic network ; deriving features from the received time stamped machine log data and time stamped service log data, including deriving at least one of (i) built failure mode features each comprising a combination of two or more features that together represent a failure mode of a component and (ii) built failure resolution features each comprising a combination of two or more features that together represent a failure of a component and a resolution of the failure of the component; characterized by applying a set of models of component groups to the derived features to generate maintenance alerts wherein each component of the medical imaging device is exclusively a member of a single component group; and transmitting the generated maintenance alerts to a service center via the electronic network.
A nozzle configured to be mounted to a nozzle holder having a nozzle mounting hole having a right cylindrical shape, an outlet port connected to a bottom surface of the nozzle mounting hole , and a mounting internal thread disposed at the outlet port , the nozzle comprising: a mounting external thread disposed at a first end, the mounting external thread being a parallel thread that fits with the mounting internal thread ; a cylindrical portion configured to fit with the bottom surface and a side surface of the nozzle mounting hole ; a first introducing passage disposed coaxially with the cylindrical portion ; a cylindrical choke portion disposed coaxially with the cylindrical portion , the cylindrical choke portion having a smaller diameter than the first introducing passage ; and a conical portion connecting the first introducing passage to the cylindrical choke portion , wherein the nozzle mounting hole has a first restraining plane , and the cylindrical portion has a first abutting plane that is configured to, in use, come in contact with the first restraining plane , and wherein the cylindrical portion is configured to, in use, be in contact with the side surface of the nozzle mounting hole . a mounting external thread disposed at a first end, the mounting external thread being a parallel thread that fits with the mounting internal thread ; a cylindrical portion configured to fit with the bottom surface and a side surface of the nozzle mounting hole ; a first introducing passage disposed coaxially with the cylindrical portion ; a cylindrical choke portion disposed coaxially with the cylindrical portion , the cylindrical choke portion having a smaller diameter than the first introducing passage ; and a conical portion connecting the first introducing passage to the cylindrical choke portion , the nozzle mounting hole has a first restraining plane , and the cylindrical portion has a first abutting plane that is configured to, in use, come in contact with the first restraining plane , and wherein the cylindrical portion is configured to, in use, be in contact with the side surface of the nozzle mounting hole .
A tailgate for automotive vehicle, the tailgate comprising an inner panel , an outer panel and a reparability panel , the reparability panel comprising an upper edge and a lower edge , the tailgate being characterized in that the outer panel is divided according to the vertical direction in three zones, namely a lower zone , a middle zone and a higher zone , and in that the upper edge of the reparability panel is fixed on the outer panel in the middle zone of said outer panel so that the lower zone of the outer panel is covered by the reparability panel , characterized in that the outer panel comprises a lower edge and an upper edge , the lower zone of the outer panel extending between the middle zone and the lower edge , and the outer panel is sloped in its lower zone so that its lower edge is fixed to the inner panel at an inferior height relative to the middle zone , and that the reparability panel shows a recessed area intended to receive a license plate and in that the upper edge of the reparability panel is arranged above said recessed area according to the vertical direction, the inner panel shows a fixing interface for fixing the lower edge of the outer panel , said fixing interface being arranged at the same height than the top of the recessed area shown by the reparability panel or facing the said recessed area .
A tissue resection device, comprising: a handle portion ; a clamping mechanism extending from the handle portion and which defines a confined region sized to receive a tissue region of interest therebetween, wherein the clamping mechanism comprises at least two distally extending members each defining a curvature or angle extending away relative to one another and which define the confined region, and wherein each of the at least two distally extending members terminate in a piercing tip which extends distally in a direction of the extending members for insertion directly into the tissue region of interest; and an elongate coring needle defining a lumen and having a distal end which defines a cutting mechanism , wherein the coring needle is translatable along the distally extending members such that the coring needle envelops the confined region, wherein the curvature or angle of the extending members extends radially such that the extending members are urged towards one another when the coring needle is translated distally over the extending members , and wherein the elongate coring needle is rotatable about the at least two distally extending members as the coring needle is translated distally relative to the at least two distally extending members such that advancement of the coring needle actuates the extending members to clamp upon the tissue region between the distally extending members and envelop the confined region while cutting tissue via the cutting mechanism . a handle portion ; a clamping mechanism extending from the handle portion and which defines a confined region sized to receive a tissue region of interest therebetween, wherein the clamping mechanism comprises at least two distally extending members each defining a curvature or angle extending away relative to one another and which define the confined region, and wherein each of the at least two distally extending members terminate in a piercing tip which extends distally in a direction of the extending members for insertion directly into the tissue region of interest; and an elongate coring needle defining a lumen and having a distal end which defines a cutting mechanism , wherein the coring needle is translatable along the distally extending members such that the coring needle envelops the confined region, wherein the curvature or angle of the extending members extends radially such that the extending members are urged towards one another when the coring needle is translated distally over the extending members , and wherein the elongate coring needle is rotatable about the at least two distally extending members as the coring needle is translated distally relative to the at least two distally extending members such that advancement of the coring needle actuates the extending members to clamp upon the tissue region between the distally extending members and envelop the confined region while cutting tissue via the cutting mechanism .
Key module comprising: - a cover element with a circular opening, - a tappet comprising a cam nose , wherein the tappet is supported to be movable along a movement axis by the cover element , wherein the tappet comprises a cylindrical keycap supporting portion in a passage area in which it projects through the circular opening of the cover element and comprises at least one rib on a guiding portion adjacent to the an keycap supporting portion on an outside ; - a contactor unit formed and arranged to be taken along by the cam nose ; - a contact piece formed and arranged for establishing electric contact with the contact nose ; and - a housing element for accommodating the contact piece , the contactor unit and the tappet , wherein the housing element comprises, for accommodating the guiding portion of the tappet , at least one accommodating bowl with at least one recess for accommodating the at least one rib of the tappet . - a cover element with a circular opening, - a tappet comprising a cam nose , wherein the tappet is supported to be movable along a movement axis by the cover element , wherein the tappet comprises a cylindrical keycap supporting portion in a passage area in which it projects through the circular opening of the cover element and comprises at least one rib on a guiding portion adjacent to the an keycap supporting portion on an outside ; - a contactor unit formed and arranged to be taken along by the cam nose ; - a contact piece formed and arranged for establishing electric contact with the contact nose ; and - a housing element for accommodating the contact piece , the contactor unit and the tappet , wherein the housing element comprises, for accommodating the guiding portion of the tappet , at least one accommodating bowl with at least one recess for accommodating the at least one rib of the tappet .
An implant comprising a metallic and/or ceramic component and an osseointegrative and osteoinductive surface (multi)layer structure on the surface of the metallic and/or ceramic component, wherein the surface (multi)layer structure comprises at least one osseointegrative and osteoinductive layer wherein the osseointegrative and osteoinductive layer comprises strontium aluminate.
A method for classifying a tissue sample obtained from a tumour, comprising - determining a stiffness value for each of a plurality of points on said sample with a spatial resolution of at least 100 μm, resulting in a stiffness distribution, - assigning a probability of malignancy to said sample, wherein a sample exhibiting a heterogeneous stiffness distribution having a frequency maximum below 1 kPa, is assigned a high probability of being malignant, wherein the heterogeneous stiffness distribution is an n-modal distribution having n maxima with n being an integer > 1, wherein - said method is applied to a first sample and a second sample, said first sample is a primary tumour sample, and said second sample is a sample taken from a lymph node adjacent to said sampling site of said first sample or an axillary lymph node, and - said second sample is classified as a lymph node metastasis if said first sample and said second sample both show a heterogeneous stiffness distribution having a frequency maximum below 1kPa, wherein the heterogeneous stiffness distribution is an n-modal distribution having n maxima with n being an integer > 1, and the frequency maximum of the second sample is the same as the frequency maximum of the first sample, wherein the stiffness value of the frequency maximum of the second sample is the same as the stiffness value of the of the frequency maximum of the first sample. - determining a stiffness value for each of a plurality of points on said sample with a spatial resolution of at least 100 μm, resulting in a stiffness distribution, - assigning a probability of malignancy to said sample, wherein a sample exhibiting a heterogeneous stiffness distribution having a frequency maximum below 1 kPa, is assigned a high probability of being malignant, wherein the heterogeneous stiffness distribution is an n-modal distribution having n maxima with n being an integer > 1, wherein - said method is applied to a first sample and a second sample, said first sample is a primary tumour sample, and said second sample is a sample taken from a lymph node adjacent to said sampling site of said first sample or an axillary lymph node, and - said second sample is classified as a lymph node metastasis if said first sample and said second sample both show a heterogeneous stiffness distribution having a frequency maximum below 1kPa, wherein the heterogeneous stiffness distribution is an n-modal distribution having n maxima with n being an integer > 1, and the frequency maximum of the second sample is the same as the frequency maximum of the first sample, wherein the stiffness value of the frequency maximum of the second sample is the same as the stiffness value of the of the frequency maximum of the first sample.
A method of protecting a journal bearing of a wind turbine during standstill, which method comprises the steps of - providing a wind speed monitor to measure wind speed (S) in the vicinity of the wind turbine and to generate a wake-up signal (W) when the wind speed (S) exceeds a pre-defined minimum (S min ); - providing a backup battery to provide restart power to a number of auxiliaries of the wind turbine including at least a brake system of the journal bearing ; - switching the backup battery from a normal-power mode (M1) into a low-power mode (M0) to conserve sufficient restart power; and - switching the backup battery back to the normal-power mode (M1) in response to the wake-up signal (W). - providing a wind speed monitor to measure wind speed (S) in the vicinity of the wind turbine and to generate a wake-up signal (W) when the wind speed (S) exceeds a pre-defined minimum (S min ); - providing a backup battery to provide restart power to a number of auxiliaries of the wind turbine including at least a brake system of the journal bearing ; - switching the backup battery from a normal-power mode (M1) into a low-power mode (M0) to conserve sufficient restart power; and - switching the backup battery back to the normal-power mode (M1) in response to the wake-up signal (W).
Formulation containing at least one organic functional material and at least two different organic solvents, a first organic solvent A and a second organic solvent B, characterized in that - the first organic solvent A has a boiling point in the range from 250 to 350°C and a viscosity of > 15 mPas, - the second organic solvent B has a boiling point in the range from 200 to 350°C and a viscosity of ≤ 10 mPas, - the solubility of the at least one organic functional material in the second organic solvent B is ≥ 5 g/l, - the boiling point of the first organic solvent A is at least 10°C higher than the boiling point of the second organic solvent B, and - the first organic solvent A is selected from naphthalene derivatives, partially hydrogenated naphthalene derivatives, fully hydrogenated naphthalene derivatives, indane derivatives and fully hydrogenated anthracene derivatives, - wherein the viscosities are measured with a 1° cone-plate rotational rheometer of the type Discovery Ar3 at a temperature of 25.0°C and a sheer rate of 500 s -1 . - the first organic solvent A has a boiling point in the range from 250 to 350°C and a viscosity of > 15 mPas, - the second organic solvent B has a boiling point in the range from 200 to 350°C and a viscosity of ≤ 10 mPas, - the solubility of the at least one organic functional material in the second organic solvent B is ≥ 5 g/l, - the boiling point of the first organic solvent A is at least 10°C higher than the boiling point of the second organic solvent B, and - the first organic solvent A is selected from naphthalene derivatives, partially hydrogenated naphthalene derivatives, fully hydrogenated naphthalene derivatives, indane derivatives and fully hydrogenated anthracene derivatives, - wherein the viscosities are measured with a 1° cone-plate rotational rheometer of the type Discovery Ar3 at a temperature of 25.0°C and a sheer rate of 500 s -1 .
A slam-shut safety assembly configured to provide redundant safety shutoff in a gas distribution system, comprising: a valve body having an inlet , an outlet , and defining a flow path extending between the inlet and the outlet; a first slam-shut safety device coupled to the valve body and configured to block the flow path at a first position within the valve body responsive to an overpressure condition or an underpressure condition; and a second slam-shut safety device coupled to the valve body and configured to block the flow path at a second position within the valve body responsive to the overpressure condition or the underpressure condition, wherein the first slam-shut safety device comprises a first control element that is positioned on an inlet side of the first position and wherein the second slam-shut safety device comprises a second control element that is positioned on an outlet side of the second position, and wherein a first side of the second control element is in continuous fluid communication with a second side of the second control element , characterised in that a first side of the first control element is fluidly isolated from a second side of the first control element in a first state and in fluid communication with the second side of the first control element in a second state. a valve body having an inlet , an outlet , and defining a flow path extending between the inlet and the outlet; a first slam-shut safety device coupled to the valve body and configured to block the flow path at a first position within the valve body responsive to an overpressure condition or an underpressure condition; and a second slam-shut safety device coupled to the valve body and configured to block the flow path at a second position within the valve body responsive to the overpressure condition or the underpressure condition, wherein the first slam-shut safety device comprises a first control element that is positioned on an inlet side of the first position and wherein the second slam-shut safety device comprises a second control element that is positioned on an outlet side of the second position, and wherein a first side of the second control element is in continuous fluid communication with a second side of the second control element , characterised in that a first side of the first control element is fluidly isolated from a second side of the first control element in a first state and in fluid communication with the second side of the first control element in a second state.
A measurement instrument , comprising: an alidade , a base , and a center unit , wherein the center unit is mounted on the alidade for rotation about a first axis and the alidade is mounted on the base for rotation about a second axis intersecting the first axis, a first controllable drive for rotating the center unit about the first axis, a second controllable drive for rotating the alidade about the second axis, and a distance measurement module comprising an optical transmission point and an optical reception point, the distance measurement module being operative to transmit optical radiation from the optical transmission point along a transmit path and receive optical radiation at the optical reception point along a receive path, the center unit comprising a front lens assembly having an optical path along an instrument optical axis of the center unit, and a deflection module located optically between the distance measurement module and the front lens assembly and operative to deflect at least one of the transmit path and the receive path across the instrument optical axis so as to provide a scanning function, wherein the optical transmission point, the optical reception point and the deflection module are located in the center unit, characterized in that the measurement instrument further comprises a synchronizer to synchronize operation of the first controllable drive, the second controllable drive, the deflection module and the distance measurement module so as to obtain a grid of distance measurements having a selected angular spacing. an alidade , a base , and a center unit , wherein the center unit is mounted on the alidade for rotation about a first axis and the alidade is mounted on the base for rotation about a second axis intersecting the first axis, a first controllable drive for rotating the center unit about the first axis, a second controllable drive for rotating the alidade about the second axis, and a distance measurement module comprising an optical transmission point and an optical reception point, the distance measurement module being operative to transmit optical radiation from the optical transmission point along a transmit path and receive optical radiation at the optical reception point along a receive path, the center unit comprising a front lens assembly having an optical path along an instrument optical axis of the center unit, and a deflection module located optically between the distance measurement module and the front lens assembly and operative to deflect at least one of the transmit path and the receive path across the instrument optical axis so as to provide a scanning function, wherein the optical transmission point, the optical reception point and the deflection module are located in the center unit, characterized in that the measurement instrument further comprises a synchronizer to synchronize operation of the first controllable drive, the second controllable drive, the deflection module and the distance measurement module so as to obtain a grid of distance measurements having a selected angular spacing.
A method of cleaning teeth, the method comprising: placing a bristle field located on a head of an oral care device in a user's mouth and in contact with an electrolyte; providing an electrical charge across a first set of electrodes disposed within a channel formed through the head of the oral care device in the presence of the electrolyte while in the user's mouth; and generating a chemical agent in the user's mouth from the electrolyte, the chemical agent selected from the group consisting of hydrogen peroxide and ozone. placing a bristle field located on a head of an oral care device in a user's mouth and in contact with an electrolyte; providing an electrical charge across a first set of electrodes disposed within a channel formed through the head of the oral care device in the presence of the electrolyte while in the user's mouth; and generating a chemical agent in the user's mouth from the electrolyte, the chemical agent selected from the group consisting of hydrogen peroxide and ozone.