mhurhangee/patent-ind-claim-en huggingface dataset:
A power transmission system of a turbomachine between a rotor shaft with a longitudinal axis X and a power shaft with a longitudinal axis X, the transmission system including: - a fixed annular housing of the turbine engine, - a speed reducer capable of reducing the speed of the rotor shaft , said speed reducer including a sun gear configured to be rotationally secured with the power shaft , an outer ring gear (18; 18') configured to drive in rotation the rotor shaft along the longitudinal axis X, and a planet carrier , and - a device for recovering oil ejected by centrifugal effect into the turbomachine , the recovery device including an annular gutter intended to recover the oil ejected from the speed reducer , the gutter being integral with the fixed annular housing surrounding said gutter and including a recovery chamber (42 ; 42a, 42b) and a first wall portion (43; 43a, 43b) disposed at least partially facing oil ejection means of the speed reducer so as to direct the oil projected thereon toward the recovery chamber (42; 42a, 42b), characterized in that the outer ring gear includes an annular tab (27 ; 27a, 27b) extending outwardly along a radial axis Z perpendicular to the longitudinal axis X and including at least in part the ejection means ejecting the oil from the outer ring gear and in that the recovery chamber (42; 42a, 42b) is provided with an inlet opening directed radially outwardly and defined in a plane radially lower than a plane in which is defined an outlet port which includes the ejection means . - a fixed annular housing of the turbine engine, - a speed reducer capable of reducing the speed of the rotor shaft , said speed reducer including a sun gear configured to be rotationally secured with the power shaft , an outer ring gear (18; 18') configured to drive in rotation the rotor shaft along the longitudinal axis X, and a planet carrier , and - a device for recovering oil ejected by centrifugal effect into the turbomachine , the recovery device including an annular gutter intended to recover the oil ejected from the speed reducer , the gutter being integral with the fixed annular housing surrounding said gutter and including a recovery chamber (42 ; 42a, 42b) and a first wall portion (43; 43a, 43b) disposed at least partially facing oil ejection means of the speed reducer so as to direct the oil projected thereon toward the recovery chamber (42; 42a, 42b),
Method for measuring components (B) which are produced by a production device , comprising: a) selecting (S1) components (B) to be measured from a multiplicity of components (B), wherein the selection is made according to at least one selection parameter (p), b) determining (S3) at least one production parameter (m), c) adapting (S4) the at least one selection parameter (p) on the basis of the production parameter (m) or a change in the production parameter (m), characterized in that the adaptation caused by the production parameter is carried out in a delayed manner, wherein the at least one selection parameter (p) is adapted at a time at which the first component that was produced with the determined production parameter (m) is measured. a) selecting (S1) components (B) to be measured from a multiplicity of components (B), wherein the selection is made according to at least one selection parameter (p), b) determining (S3) at least one production parameter (m), c) adapting (S4) the at least one selection parameter (p) on the basis of the production parameter (m) or a change in the production parameter (m),
A system for high-voltage switching for a computed tomography apparatus , the system comprising a high-voltage generator ; an inductor ; and a capacitor ; wherein a first connection terminal of the capacitor is communicationally connected to the high-voltage generator ; wherein a second connection terminal of the capacitor is communicationally connected to a first connection terminal of the inductor for employing a resonant operation of a current through the inductor ; characterized in that the inductor has a non-linear inductance and is configured for providing a reduction of the non-linear inductance with an increasing current through the inductor ; and in that the inductor is configured for providing the reduction of the non-linear inductance at a predefined current level of the current through the inductor below a maximum value of the current of the resonant operation. a high-voltage generator ; an inductor ; and a capacitor ; wherein a first connection terminal of the capacitor is communicationally connected to the high-voltage generator ; wherein a second connection terminal of the capacitor is communicationally connected to a first connection terminal of the inductor for employing a resonant operation of a current through the inductor ; characterized in that the inductor has a non-linear inductance and is configured for providing a reduction of the non-linear inductance with an increasing current through the inductor ; and in that the inductor is configured for providing the reduction of the non-linear inductance at a predefined current level of the current through the inductor below a maximum value of the current of the resonant operation.
A below grade access platform machine comprising: a chassis ; a turntable mounted on the chassis; a tower boom pivotably coupled with the turntable; a mast boom assembly coupled with the tower boom, the mast boom assembly including a mast mounting bracket coupled pivotably to the tower boom and a mast boom displaceable vertically in and relative to the mast mounting bracket; and a platform coupled with the mast boom and displaceable with the mast boom between a level position essentially level with the chassis and a lowered position below the chassis; characterised in that the mast boom is telescopic. a chassis ; a turntable mounted on the chassis; a tower boom pivotably coupled with the turntable; a mast boom assembly coupled with the tower boom, the mast boom assembly including a mast mounting bracket coupled pivotably to the tower boom and a mast boom displaceable vertically in and relative to the mast mounting bracket; and a platform coupled with the mast boom and displaceable with the mast boom between a level position essentially level with the chassis and a lowered position below the chassis; characterised in that the mast boom is telescopic.
A method for use in a wireless transmit/receive unit, WTRU, the method comprising: selecting a privacy profile based on a context at least dependent on an active scanning for use by the WTRU, wherein the privacy profile includes privacy and security settings for a plurality of layers of a protocol stack of the WTRU, wherein the privacy and security settings include using a random medium access control, MAC, address, and at least one of using anonymous dynamic host configuration protocol, DHCP, signaling parameters, the anonymous DHCP signaling parameters including an anonymous hostname, or using a random Internet protocol, IP, address; instructing the plurality of layers of the protocol stack of the WTRU with the privacy and security settings based on the selected privacy profile; transmitting a probe request to one or more networks available to the WTRU, the probe request including a MAC address configured in accordance with the privacy and security settings of the selected privacy profile; and in accordance with the privacy and security settings of the selected privacy profile: transmitting a DHCP message to acquire an IP configuration, the message including the anonymous hostname; or setting an IP address of the WTRU to the random IP address. selecting a privacy profile based on a context at least dependent on an active scanning for use by the WTRU, wherein the privacy profile includes privacy and security settings for a plurality of layers of a protocol stack of the WTRU, wherein the privacy and security settings include using a random medium access control, MAC, address, and at least one of using anonymous dynamic host configuration protocol, DHCP, signaling parameters, the anonymous DHCP signaling parameters including an anonymous hostname, or using a random Internet protocol, IP, address; instructing the plurality of layers of the protocol stack of the WTRU with the privacy and security settings based on the selected privacy profile; transmitting a probe request to one or more networks available to the WTRU, the probe request including a MAC address configured in accordance with the privacy and security settings of the selected privacy profile; and in accordance with the privacy and security settings of the selected privacy profile: transmitting a DHCP message to acquire an IP configuration, the message including the anonymous hostname; or setting an IP address of the WTRU to the random IP address. transmitting a DHCP message to acquire an IP configuration, the message including the anonymous hostname; or setting an IP address of the WTRU to the random IP address.
A nonvolatile memory device having a multi-bit memory characteristic, comprising: a channel element (C10); a source (S10) and a drain (D10) each connected electrically to the channel element, the source and the drain being spaced apart from each other; a gate electrode (G10) facing the channel element; a storage stack (SS10) between the channel element and the gate electrode, the storage stack including a plurality of charge storage layers (L10) spaced apart from each other from the channel element towards the gate electrode; and a channel barrier layer (CB10) between the channel element (C10) and the storage stack (SS10); wherein each of the plurality of charge storage layers includes a 2-dimensional, 2D, material, and in that the storage stack further includes an interlayer barrier layer (B10) provided between the plurality of charge storage layers, the interlayer barrier layer comprising a 2D semiconductor or a 2D insulator having an energy band gap. a channel element (C10); a source (S10) and a drain (D10) each connected electrically to the channel element, the source and the drain being spaced apart from each other; a gate electrode (G10) facing the channel element; a storage stack (SS10) between the channel element and the gate electrode, the storage stack including a plurality of charge storage layers (L10) spaced apart from each other from the channel element towards the gate electrode; and a channel barrier layer (CB10) between the channel element (C10) and the storage stack (SS10); wherein each of the plurality of charge storage layers includes a 2-dimensional, 2D, material, and in that the storage stack further includes an interlayer barrier layer (B10) provided between the plurality of charge storage layers, the interlayer barrier layer comprising a 2D semiconductor or a 2D insulator having an energy band gap.
A battery charging control device , a battery and a controller in a terminal, the battery charging control device being configured to be coupled with the battery and the controller , the battery being charged by obtaining direct current from an external power adapter via a communication interface , the controller in the terminal controlling the communication interface to switch on or off, wherein, the battery charging control device comprises a battery connector , a main control module and a quick charging switch module ; the battery connector is configured to be coupled with an electrode of the battery , the main control module is coupled with the battery connector , a first switch control terminal and a second switch control terminal of the main control module are coupled with a first controlled terminal and a second controlled terminal of the quick charging switch module respectively, both a first communication terminal and a second communication terminal of the main control module are coupled with the communication interface , the main control module is also coupled with the controller , an input terminal of the quick charging switch module is coupled with a power wire of the communication interface , and an output terminal of the quick charging switch module is coupled with the battery connector ; when a regular charging is performed on the battery , the main control module is configured to control the quick charging switch module to switch off, and that the direct current is introduced into the main control module , the battery connector and then the battery via the communication interface ; when a quick charging is performed on the battery , the main control module is configured to control the quick charging switch module to switch on, and that the direct current is introduced into the quick charging switch module , the battery connector and then the battery via the communication interface , so as to charge the battery via the battery connector ; during the regular charging or the quick charging, the main control module is configured to perform a data communication with the external power adapter via the communication interface , and to obtain a charging voltage and a charging current for the battery ; if the charging voltage is greater than a voltage threshold and/or the charging current is greater than a current threshold, the main control module is configured to send a charging switch-off instruction, such that the controller in the terminal controls the communication interface to switch off; if the charging voltage is less than or equal to the voltage threshold and the charging current is less than or equal to the current threshold, the main control module is configured to continue to obtain the charging voltage and the charging current.
Machine processing a workpiece in throughfeed with a device for post-processing at least one plate-shaped workpiece which is provided with an edge band on at least one narrow side , the device being arranged in the machine processing the workpiece in throughfeed and, viewed in the direction of travel , downstream of a chipping tool of the machine which removes a projection of the edge band that is present transversely to the longitudinal extent of the edge band , characterized in that the device comprises at least one brushing unit with at least one brushing tool having at least one brush belt and at least one adjusting device , the brushing unit being movable towards and away from the workpiece by means of the adjusting device .
Combustion engine having at least four cylinders and having an exhaust-gas turbocharger having a turbine housing which has four exhaust-gas inlets and in which an exhaust-gas turbine is rotatably disposed, wherein each cylinder has two charge-cycle outlet valves , wherein two cylinders are in each case combined so as to form one cylinder group, and each exhaust-gas inlet by way of in each case one charge-cycle outlet valve per cylinder is connectable in an exhaust-gas conducting manner to one cylinder group by one exhaust-gas pipe , and the exhaust-gas turbine in terms of the crank angle is able to be impinged with exhaust gas every 180°, wherein a common exhaust-gas pipe per cylinder group, or both common exhaust-gas pipes of one cylinder group, has or have, respectively, one shut-off member that is situated in the exhaust-gas pipe .
Method for providing a spatial relationship of at least part of a dental structure of a patient with respect to a body reference of the patient, comprising: providing a first virtual model representative of at least part of the dental structure of the patient by scanning the intra-oral cavity in vivo with a suitable optical scanner; (a) generating a second virtual model representative of at least the part of said dental structure coupled with a geometric structure in a first spatial relationship therewith, wherein a second spatial relationship between said geometric structure and said body reference is known or determinable; (b) determining the spatial relationship between said part of said dental structure and said body reference from said first spatial relationship and said second spatial relationship by registering the part of the dental structure in the dental model in the second virtual model with the part of the dental structure in the first virtual model; wherein generating the second virtual model comprises scanning a zone including said part of said dental structure coupled with said geometric structure in vivo with the suitable optical scanner to obtain said second virtual model; and wherein the dental structure is a patient's dentition or part thereof. providing a first virtual model representative of at least part of the dental structure of the patient by scanning the intra-oral cavity in vivo with a suitable optical scanner; (a) generating a second virtual model representative of at least the part of said dental structure coupled with a geometric structure in a first spatial relationship therewith, wherein a second spatial relationship between said geometric structure and said body reference is known or determinable; (b) determining the spatial relationship between said part of said dental structure and said body reference from said first spatial relationship and said second spatial relationship by registering the part of the dental structure in the dental model in the second virtual model with the part of the dental structure in the first virtual model; (a) generating a second virtual model representative of at least the part of said dental structure coupled with a geometric structure in a first spatial relationship therewith, wherein a second spatial relationship between said geometric structure and said body reference is known or determinable; (b) determining the spatial relationship between said part of said dental structure and said body reference from said first spatial relationship and said second spatial relationship by registering the part of the dental structure in the dental model in the second virtual model with the part of the dental structure in the first virtual model; wherein generating the second virtual model comprises scanning a zone including said part of said dental structure coupled with said geometric structure in vivo with the suitable optical scanner to obtain said second virtual model; and wherein the dental structure is a patient's dentition or part thereof.
An aerosol-generating device comprising: a heater for heating an aerosol-forming substrate , the heater comprising an electrically resistive heating element and a heater substrate ; wherein the heating element comprises a first portion formed from a first material and a second portion formed from a second material different to the first material, configured such that, when an electrical current is passed through the heating element the first portion is heated to a higher temperature than the second portion as a result of the electrical current, and wherein the first portion of the heating element is formed from a material having a defined relationship between temperature and resistivity, to allow the heater to be used both to heat the aerosol-forming substrate and to monitor temperature during use. a heater for heating an aerosol-forming substrate , the heater comprising an electrically resistive heating element and a heater substrate ; wherein the heating element comprises a first portion formed from a first material and a second portion formed from a second material different to the first material, configured such that, when an electrical current is passed through the heating element the first portion is heated to a higher temperature than the second portion as a result of the electrical current, and wherein the first portion of the heating element is formed from a material having a defined relationship between temperature and resistivity, to allow the heater to be used both to heat the aerosol-forming substrate and to monitor temperature during use.
Chimeric gallinaceous bird embryo comprising both types of exogenous cells: a. At least one population of cancer cells, and b. At least one population of immune cells, wherein said exogenous cancer cells are present in at least one tissue of said embryo, and said exogenous immune cells are present in at least one tissue of said embryo and/or circulate in the blood vessels of said embryo, wherein the gallinaceous bird embryo is from a chicken ( Gallus gallus ) or from a quail ( Coturnix japonica ) , and wherein said embryo tissue designates any tissue of the embryo with the exception of the extra-embryonic annexes and the lumen of tubes and vessels. a. At least one population of cancer cells, and b. At least one population of immune cells, wherein said exogenous cancer cells are present in at least one tissue of said embryo, and said exogenous immune cells are present in at least one tissue of said embryo and/or circulate in the blood vessels of said embryo, wherein the gallinaceous bird embryo is from a chicken ( Gallus gallus ) or from a quail ( Coturnix japonica ) , and wherein said embryo tissue designates any tissue of the embryo with the exception of the extra-embryonic annexes and the lumen of tubes and vessels.
A fixture for endoscopic inspection configured to be fixed to an access port for an endoscope of an engine (E) which has a flow direction of air, comprising: a first columnar portion having a first insertion direction regulating portion and a second columnar portion having a second insertion direction regulation portion , said first and second insertion direction regulation portions being adapted to regulate an access direction of an insertion portion of an endoscope connecting an external access port (OAP) disposed on an exterior cover (S) of the engine (E) to an internal access port (IAP) disposed on an exterior shroud (OS) of the engine (E); and an installation direction regulating portion , being adapted to uniquely regulate an installation direction of the fixture so that the insertion direction regulating portion matches the access direction at a time of attachment to the external access port, said first and second columnar portions defining a center axis (O), each of the first and second insertion direction regulating portions having a hole axis (X) with a predetermined inclination angle (θ) with respect to the center axis (O) in a longitudinal direction of the first and second columnar portions , wherein the installation direction regulating portion is an index on a surface of the first columnar portion ; and by matching the index with the flow direction of air of the engine, the installation direction is uniquely regulated so that the installation direction matches the access direction. a first columnar portion having a first insertion direction regulating portion and a second columnar portion having a second insertion direction regulation portion , said first and second insertion direction regulation portions being adapted to regulate an access direction of an insertion portion of an endoscope connecting an external access port (OAP) disposed on an exterior cover (S) of the engine (E) to an internal access port (IAP) disposed on an exterior shroud (OS) of the engine (E); and an installation direction regulating portion , being adapted to uniquely regulate an installation direction of the fixture so that the insertion direction regulating portion matches the access direction at a time of attachment to the external access port, said first and second columnar portions defining a center axis (O), each of the first and second insertion direction regulating portions having a hole axis (X) with a predetermined inclination angle (θ) with respect to the center axis (O) in a longitudinal direction of the first and second columnar portions , wherein the installation direction regulating portion is an index on a surface of the first columnar portion ; and by matching the index with the flow direction of air of the engine, the installation direction is uniquely regulated so that the installation direction matches the access direction.