mhurhangee/patent-ind-claim-en huggingface dataset:
An oil collector for a mechanical reduction gear of a turbomachine , in particular for an aircraft, the collector comprising a body comprising two opposite lateral faces each configured to extend in part around a planet gear of the reduction gear, the collector further comprising an internal oil circulation cavity connected on the one hand to oil inlets located on said lateral faces , and on the other hand to at least one oil outlet , at least one of said faces comprising columns and rows of several inlets each having a recess with a progressively increasing cross-section, characterized in that each recess is delimited by walls , and wherein at least some of said walls have a NACA-type hydrodynamic profile, one of said walls comprising an oil passage window inside said internal cavity , the walls of the recess comprise two facing lateral walls and an angled wall forming a ramp extending between the lateral walls and configured to convey the oil from the lateral face to a bottom wall comprising said window , the lateral walls each have an evolutionary shape that is non-planar and has no edges comprising a first convexly curved portion (32a1, 32b1) followed by a second concavely curved portion (32a2, 32b2) , the lateral walls having the NACA-type hydrodynamic profile.
A method for producing retinal ganglion cells with elongated axons comprising: (a) a step of inducing pluripotent stem cells to differentiate into retinal progenitor cells via floating culture; (b) a step of inducing the retinal progenitor cells obtained in step (a) to differentiate into retinal ganglion cells via floating culture; and (c) a step of allowing axons to elongate via adhesion culture of the retinal ganglion cells obtained in step (b). (a) a step of inducing pluripotent stem cells to differentiate into retinal progenitor cells via floating culture; (b) a step of inducing the retinal progenitor cells obtained in step (a) to differentiate into retinal ganglion cells via floating culture; and (c) a step of allowing axons to elongate via adhesion culture of the retinal ganglion cells obtained in step (b).
A method of making a genetically-modified immunodeficient mouse comprising exogenous hepatocytes, the method comprising: administering to an immunodeficient genetically-modified mouse a molecular anti-hepatocyte agent, wherein the molecular anti-hepatocyte agent is monocrotaline or anti-mouse CD95 antibody, wherein the immunodeficient mouse expresses a PiZ variant Glu342Lys of human α-1 antitrypsin (Z-AAT); and administering to the immunodeficient mouse human hepatocytes; wherein the molecular anti-hepatocyte agent is administered to the immunodeficient mouse prior to administration of the human hepatocytes; and wherein the method does not include performing a surgical hepatectomy. administering to an immunodeficient genetically-modified mouse a molecular anti-hepatocyte agent, wherein the molecular anti-hepatocyte agent is monocrotaline or anti-mouse CD95 antibody, wherein the immunodeficient mouse expresses a PiZ variant Glu342Lys of human α-1 antitrypsin (Z-AAT); and administering to the immunodeficient mouse human hepatocytes; wherein the molecular anti-hepatocyte agent is administered to the immunodeficient mouse prior to administration of the human hepatocytes; and wherein the method does not include performing a surgical hepatectomy.
A machine arrangement for sequential processing of sheet-type substrates having several different processing stations, wherein one of the processing stations has a non-impact printing device printing the front side of the substrates, wherein as a further processing station a primer application device primering the front side of the substrate and a dryer (07 ; 121) for drying the primer applied to the relevant substrates are provided, wherein the primer application device and the dryer (07; 121) are arranged in transport direction (T) of the relevant substrates in each case preceding the non-impact printing device , wherein the processing station having the non-impact printing device has a printing cylinder , wherein the non-impact printing device printing the substrates is arranged on the circumference of the printing cylinder , characterized in that on the lateral surface of the printing cylinder in each case three or four substrates are arranged or at least can be arranged in tandem in circumferential direction, wherein each of these substrates to be conveyed is retained in each case by means of at least one retaining element in a force-locking and/or form-fitting manner on the lateral surface of the printing cylinder , wherein at least those processing stations that have the non-impact printing device printing the front side of the substrates or the primer application device primering the front side of the substrate or the dryer downstream of this primer application device, are in each case arranged in a separate rack as a machine unit or functional assembly mounted separately, wherein a processing station with a dryer for drying the relevant substrates printed on the front side with the relevant non-impact printing device is arranged in transport direction (T) of the relevant substrates after the processing station with the non-impact printing device printing the front side of the substrates, wherein this dryer is configured as a dryer drying the relevant substrates by a radiation with ultraviolet radiation.
Mobile picking device for a rack store (L) comprising a driverless, fully automatically positionable roboter vehicle with drive, power supply, control and sensor system, an intermediate store with several levels and a lifting device for receiving and transferring a small load carrier , characterised in that the levels of the intermediate store for receiving and removing a small load carrier are aligned parallel to a direction of receiving and removing a shelf (R) of the shelf store (L) and the levels in the intermediate store are inclined in the same direction at an angle (α), wherein the intermediate store can be traversed by a frame on which the lifting device is displaceably arranged. an intermediate store with several levels and a lifting device for receiving and transferring a small load carrier , characterised in that the levels of the intermediate store for receiving and removing a small load carrier are aligned parallel to a direction of receiving and removing a shelf (R) of the shelf store (L) and the levels in the intermediate store are inclined in the same direction at an angle (α), wherein the intermediate store can be traversed by a frame on which the lifting device is displaceably arranged.
Use of at least one copolymer of ethylene and n-butyl acrylate having a melt flow index in the molten state strictly higher than 400 and strictly lower than 750 g/10 minutes, measured at a temperature of 190 °C under a load of 2.16 kg, and having a content higher than or equal to 18 weight % and strictly lower than 33 weight % of n-butyl acrylate, calculated relative to the total weight of the copolymer, as cohesive agent in a hot melt adhesive composition, the hot melt adhesive composition not comprising a copolymer of ethylene and vinyl acetate.
A method of operating a web server for configuring a communication device to operate in a network comprising the steps of: receiving at least one hardware parameter of the communication device; storing the at least one hardware parameter in a database; receiving installation information for the communication device wherein the installation information is used in configuring the communication device and where the installation information corresponds to the received at least one hardware parameter; storing the installation information in the database; receiving a request from the communication device for the installation information; and transmitting the installation information to the communication device, characterised in that the method comprises an installation step after the communication device has performed dynamic host configuration protocol negotiation with a dynamic host configuration protocol server, the web server being an entity different to the dynamic host configuration protocol server, in which the web server provides installation information of a network operator to be applied the communication device, the installation information including the information required to enable the communication device to connect with an auto configuration server of the network operator in order to retrieve complete configuration information that is used in a subsequent installation step to configure the communication device into an operational state in the network. receiving at least one hardware parameter of the communication device; storing the at least one hardware parameter in a database; receiving installation information for the communication device wherein the installation information is used in configuring the communication device and where the installation information corresponds to the received at least one hardware parameter; storing the installation information in the database; receiving a request from the communication device for the installation information; and transmitting the installation information to the communication device, characterised in that the method comprises an installation step after the communication device has performed dynamic host configuration protocol negotiation with a dynamic host configuration protocol server, the web server being an entity different to the dynamic host configuration protocol server, in which the web server provides installation information of a network operator to be applied the communication device, the installation information including the information required to enable the communication device to connect with an auto configuration server of the network operator in order to retrieve complete configuration information that is used in a subsequent installation step to configure the communication device into an operational state in the network.
A non-transitory computer-readable medium having processor-executable instructions for adjusting stimulation parameters of an electrical stimulation system including a control module implanted in a patient, the processor-executable instructions when installed onto a device enable the device to perform actions, the actions comprising: obtaining at least two different biosignals of the patient, wherein the two different biosignals are the same type of biosignal measured at two different locations on the patient's body or two different types of biosignals measured at the same or different locations on the patient's body; determining a coherence, correlation, or association between the at least two different biosignals; and altering at least one stimulation parameter of the electrical stimulation system in response to the coherence, correlation, or association between the at least two different biosignals. obtaining at least two different biosignals of the patient, wherein the two different biosignals are the same type of biosignal measured at two different locations on the patient's body or two different types of biosignals measured at the same or different locations on the patient's body; determining a coherence, correlation, or association between the at least two different biosignals; and altering at least one stimulation parameter of the electrical stimulation system in response to the coherence, correlation, or association between the at least two different biosignals.
A surgical instrument comprising: a housing ; an interchangeable shaft assembly removably attached to said housing and comprising an elongate shaft ; a surgical end effector operably coupled to said elongate shaft for selective articulation relative thereto; wherein said interchangeable shaft assembly further comprises: an articulation system configured to selectively apply articulation motions to said surgical end effector when said articulation system is in an actuated orientation; and means for preventing detachment of said interchangeable shaft assembly from said housing when said articulation system is in said actuated orientation; wherein said interchangeable shaft assembly is removably coupled to said housing by a latch member that is selectively movable between a latched position and an unlatched position; characterized in that said means for preventing detachment operably interfaces with said articulation system and said latch member ; and said articulation system comprises: an articulation actuator movably supported on said interchangeable shaft assembly and being selectively movable between an unactuated orientation wherein said surgical end effector is in an unarticulated orientation and a plurality of actuated orientations wherein said surgical end effector is articulated relative to a shaft axis (SA) defined by said elongate shaft . a housing ; an interchangeable shaft assembly removably attached to said housing and comprising an elongate shaft ; a surgical end effector operably coupled to said elongate shaft for selective articulation relative thereto; an articulation system configured to selectively apply articulation motions to said surgical end effector when said articulation system is in an actuated orientation; and means for preventing detachment of said interchangeable shaft assembly from said housing when said articulation system is in said actuated orientation; wherein said interchangeable shaft assembly is removably coupled to said housing by a latch member that is selectively movable between a latched position and an unlatched position; characterized in that said means for preventing detachment operably interfaces with said articulation system and said latch member ; and said articulation system comprises: an articulation actuator movably supported on said interchangeable shaft assembly and being selectively movable between an unactuated orientation wherein said surgical end effector is in an unarticulated orientation and a plurality of actuated orientations wherein said surgical end effector is articulated relative to a shaft axis (SA) defined by said elongate shaft .
A compensation and tie-down member for an elevator system , comprising: one or more lightweight compensation tension elements having a first tensile strength / unit mass / unit length; and one or more heavier weight compensation tension elements having a second tensile strength / unit mass / unit length, characterized in that the second tensile strength / unit mass / unit length is less than the first tensile strength / unit mass / unit length. one or more lightweight compensation tension elements having a first tensile strength / unit mass / unit length; and one or more heavier weight compensation tension elements having a second tensile strength / unit mass / unit length, characterized in that the second tensile strength / unit mass / unit length is less than the first tensile strength / unit mass / unit length.
A method for transmitting a synchronization signal, comprising: determining (S102), by a base station, one or more sets of system parameters, wherein each set of the system parameters comprises a frame structure parameter, wherein the frame structure parameter comprises a subcarrier spacing; constructing (S104), by the base station, the synchronization signal of a predetermined structure that comprises a time domain position according to a subcarrier spacing of a frame structure parameter of a set of system parameters from the one or more sets of system parameters; and transmitting (S106), by the base station, the synchronization signal to a terminal; wherein the predetermined structure of the synchronization signal is the same for the one or more sets of system parameters, and wherein the synchronization signal indicates one set of system parameters from the one or more sets of system parameters used by a common channel in an explicit manner. determining (S102), by a base station, one or more sets of system parameters, wherein each set of the system parameters comprises a frame structure parameter, wherein the frame structure parameter comprises a subcarrier spacing; constructing (S104), by the base station, the synchronization signal of a predetermined structure that comprises a time domain position according to a subcarrier spacing of a frame structure parameter of a set of system parameters from the one or more sets of system parameters; and transmitting (S106), by the base station, the synchronization signal to a terminal; wherein the predetermined structure of the synchronization signal is the same for the one or more sets of system parameters, and wherein the synchronization signal indicates one set of system parameters from the one or more sets of system parameters used by a common channel in an explicit manner.
A method of producing a plurality of field-effect transistors on the surface of a substrate , comprising forming a plurality of structures containing at least one or more of a gate electrode , a gate insulating layer , a source electrode , and a drain electrode , followed and characterized by the steps of: (A1) in each of said plurality of structures, measuring a physical quantity based on the one or more of the formed gate electrode , gate insulating layer , source electrode , and drain electrode ; (B1) on the basis of the measured physical quantity in each of the structures, adjusting the coating quantity of a semiconductor material to be applied to each of the structures; and (C1) applying said semiconductor material in the adjusted coating quantity to each of the structures. (A1) in each of said plurality of structures, measuring a physical quantity based on the one or more of the formed gate electrode , gate insulating layer , source electrode , and drain electrode ; (B1) on the basis of the measured physical quantity in each of the structures, adjusting the coating quantity of a semiconductor material to be applied to each of the structures; and (C1) applying said semiconductor material in the adjusted coating quantity to each of the structures.
Method of determining at least one of a friction potential and a tire stiffness of a wheel of a vehicle, the vehicle comprising at least one vehicle sensor for providing slip related values (k 1 , k 2 ), the method comprising the steps of: - calculating a first friction related value (μ 1 ) based on a first slip related value (k 1 ) and a first tire stiffness related value (C 1 ), - estimating a second tire stiffness related value (C 2 ) based on the first slip related value (k 1 ) and the calculated first friction related value (μ 1 ) characterized in that - the estimating is further based on a second friction related value (μ 2 ), and - the method further comprises feeding back the estimated second tire stiffness related value (C 2 ) as a basis of a calculation of a third friction related value μ 3 . - calculating a first friction related value (μ 1 ) based on a first slip related value (k 1 ) and a first tire stiffness related value (C 1 ), - estimating a second tire stiffness related value (C 2 ) based on the first slip related value (k 1 ) and the calculated first friction related value (μ 1 ) characterized in that - the estimating is further based on a second friction related value (μ 2 ), and - the method further comprises feeding back the estimated second tire stiffness related value (C 2 ) as a basis of a calculation of a third friction related value μ 3 .
An entertainment device , wherein the entertainment device is adapted to emulate some or all of a standards-compliant wearable device, and the entertainment device comprises: virtual environment generation means , operable to generate a virtual environment for display on a head-mounted display ; transmission means adapted to communicate with a wearable device worn on a user's arm; reception means , adapted to receive a text notification from the wearable device or a mobile communications device on a wireless link, the text notification being formatted for the wearable device, and characterized in that the entertainment device is operable to track the specific pose of the user's arm using video images of the user's arm, and accelerometer and/or gyroscopic information from the wearable device, and an arm of an avatar of the user within the virtual environment for display is moved responsive to the tracked pose of the user's arm; and the entertainment device is operable to incorporate the text notification into a display of a virtual watch mounted on the arm of the user's avatar, in turn incorporated into the virtual environment for display on the head-mounted display. virtual environment generation means , operable to generate a virtual environment for display on a head-mounted display ; transmission means adapted to communicate with a wearable device worn on a user's arm; reception means , adapted to receive a text notification from the wearable device or a mobile communications device on a wireless link, the text notification being formatted for the wearable device, and characterized in that the entertainment device is operable to track the specific pose of the user's arm using video images of the user's arm, and accelerometer and/or gyroscopic information from the wearable device, and an arm of an avatar of the user within the virtual environment for display is moved responsive to the tracked pose of the user's arm; and the entertainment device is operable to incorporate the text notification into a display of a virtual watch mounted on the arm of the user's avatar, in turn incorporated into the virtual environment for display on the head-mounted display.