mhurhangee/patent-ind-claim-en huggingface dataset:
A system for providing localization of a mobile electronic device within an indoor environment, the system comprising: at least one server in communication with the mobile electronic device, the at least one server adapted to receive input data from at least one picture, captured by a color camera of said mobile electronic device and at least one accelerometer measurement from the mobile electronic device; a memory database in communication with at least one server, the memory database storing at least one 3-dimensional map of the indoor environment ; and a localization module adapted to be executed by the at least one server, the localization module providing localization to the mobile electronic device based on the input data from the at least one picture, the at least one accelerometer measurement and the at least one 3-dimensional map of the indoor environment, wherein the 3-dimensional map includes a database of 3-dimensional feature points; wherein the localization module provides localization by matching 2-dimensional feature points from the at least one picture with the 3-dimensional feature points of the 3-dimensional map by determining a translation vector and rotation matrix; and, wherein the localization module is further adapted to constrain a search space of the 3-dimensional map to a subset for comparing the at least one picture and at least one accelerometer measurement to the 3- dimensional map. at least one server in communication with the mobile electronic device, the at least one server adapted to receive input data from at least one picture, captured by a color camera of said mobile electronic device and at least one accelerometer measurement from the mobile electronic device; a memory database in communication with at least one server, the memory database storing at least one 3-dimensional map of the indoor environment ; and a localization module adapted to be executed by the at least one server, the localization module providing localization to the mobile electronic device based on the input data from the at least one picture, the at least one accelerometer measurement and the at least one 3-dimensional map of the indoor environment, wherein the 3-dimensional map includes a database of 3-dimensional feature points; wherein the localization module provides localization by matching 2-dimensional feature points from the at least one picture with the 3-dimensional feature points of the 3-dimensional map by determining a translation vector and rotation matrix; and, wherein the localization module is further adapted to constrain a search space of the 3-dimensional map to a subset for comparing the at least one picture and at least one accelerometer measurement to the 3- dimensional map.
An apparatus comprising an implant structure configured to be implanted in a body of a subject, the implant structure having first and second portions, the second portion being an end portion of the implant structure, the implant structure defining an open annuloplasty ring structure, the apparatus characterized in that the implant structure comprises: a rotatable structure comprising a spool coupled to the implant structure in a vicinity of the first portion thereof; and a flexible member having a first portion being disposed in contact with the rotatable structure , and at least one end portion that does not contact the rotatable structure and is coupled to the second portion of the implant structure , wherein, in response to rotation of the spool in a first rotational direction, successive portions of the flexible member advance in a first advancement direction toward and are wound around the spool to pull the at least one end portion of the flexible member toward the first portion of the implant structure , and responsively to draw the first and second portions of the implant structure toward each other. a rotatable structure comprising a spool coupled to the implant structure in a vicinity of the first portion thereof; and a flexible member having a first portion being disposed in contact with the rotatable structure , and at least one end portion that does not contact the rotatable structure and is coupled to the second portion of the implant structure , wherein, in response to rotation of the spool in a first rotational direction, successive portions of the flexible member advance in a first advancement direction toward and are wound around the spool to pull the at least one end portion of the flexible member toward the first portion of the implant structure , and responsively to draw the first and second portions of the implant structure toward each other.
A process for fractionating lignocellulosic biomass, comprising subjecting the biomass to an organosolv step wherein the biomass is treated with a treatment liquid at a temperature of 120 °C - 165 °C, wherein the treatment liquid comprises: i) 20 - 70 wt% of non-hydroxylic organic solvent, ii) 20 - 80 wt% of water, and iii) between 0.5 and 100 g acid per kg biomass, and iv) a weight ratio of organic solvent to water in the range of 30/70 to 75/25, wherein total weight of the solvents in the treatment liquid is formed by the non-hydroxylic solvent, water and optionally at most 10 wt% alcoholic solvent, and wherein the non-hydroxylic organic solvent is one or more ketones. i) 20 - 70 wt% of non-hydroxylic organic solvent, ii) 20 - 80 wt% of water, and iii) between 0.5 and 100 g acid per kg biomass, and iv) a weight ratio of organic solvent to water in the range of 30/70 to 75/25,
An electrocardiograph comprising a chest assembly intended to be applied to the body of a patient in the chest region and an electronic unit provided with a recording module and with a wireless transceiver module, wherein said chest assembly comprises a plurality of electrodes configured to be connected to the body of a patient for the recording of an electrocardiogram and respective electrical wires connecting each electrode to said electronic unit , the chest assembly further comprising a housing to which said electrical wires are respectively fixed, first electrical terminals of the wires being restrained to said housing , characterized in that said electronic unit is provided with a contact interface configured to be electrically connected to the first electrical terminals , the contact interface protruding from the electronic unit and comprising a plurality of second electrical terminals arranged according to a pattern corresponding to a predetermined pattern according to which the first electrical terminals of the wires are arranged, the number of the second electrical terminals corresponding to the number of the first electrical terminals ; the electronic unit comprises a watertight casing, is configured to be removably fitted in the housing , and comprises a Hall-effect magnetic sensor configured to selectively allow, when activated by a magnet , the electronic unit to mark an electrocardiogram, to start and stop recording of an electrocardiogram and/or to send a record of an electrocardiogram to a telecommunications network; and in that the electrocardiograph further comprises said magnet , separated from said electronic unit , for the activation of said Hall-effect magnetic sensor when placed from the outside in proximity to said electronic unit , said magnet being mounted on a supporting member configured to be worn by the patient during a monitoring period.
A device for displaying driving states of a hybrid vehicle with a display face and an associated pointer means as well as a control apparatus for actuating the pointer means , wherein said device has at least one braking range and acceleration range , and the information content of the display face is defined in an invariable fashion, wherein information content is understood to be the type and the scope of the represented information, characterized in that both the braking range and the acceleration range are subdivided once more; so that limiting ranges are formed, wherein a limiting range of the braking range is passed over by the pointer means if a service brake is used in addition to the braking function of an electric motor; or a limiting range of the acceleration range is passed over by the pointer means if an internal combustion engine is used in addition to the electric motor.
A gas turbine engine comprising: a fan driven by a shaft and arranged in a bypass flow path; a core flow path downstream from the fan ; a compressor section driven by the shaft and arranged within the core flow path; wherein the compressor section includes a counter rotating low pressure compressor comprising: outer and inner compressor stages (72...80) interspersed with one another and configured to rotate in an opposite direction than one another about an axis of rotation, and a transmission coupling at least one of the outer and inner compressor stages (72...80) to the shaft ; a turbine section driving the shaft and arranged within the core flow path; and a mid-turbine frame ; characterised in that : the turbine section includes a counter rotating low pressure turbine comprising: an outer rotor including an outer set of turbine blades , an inner rotor having an inner set of turbine blades interspersed with the outer set of turbine blades , the outer rotor configured to rotate in an opposite direction about the axis of rotation from the inner rotor , and a gear system coupling at least one of the outer and inner rotors to the shaft; said gear system being disposed upstream from the low pressure turbine and being surrounded by the mid-turbine frame . a fan driven by a shaft and arranged in a bypass flow path; a core flow path downstream from the fan ; a compressor section driven by the shaft and arranged within the core flow path; wherein the compressor section includes a counter rotating low pressure compressor comprising: outer and inner compressor stages (72...80) interspersed with one another and configured to rotate in an opposite direction than one another about an axis of rotation, and a transmission coupling at least one of the outer and inner compressor stages (72...80) to the shaft ; outer and inner compressor stages (72...80) interspersed with one another and configured to rotate in an opposite direction than one another about an axis of rotation, and a transmission coupling at least one of the outer and inner compressor stages (72...80) to the shaft ; a turbine section driving the shaft and arranged within the core flow path; and a mid-turbine frame ; an outer rotor including an outer set of turbine blades , an inner rotor having an inner set of turbine blades interspersed with the outer set of turbine blades , the outer rotor configured to rotate in an opposite direction about the axis of rotation from the inner rotor , and a gear system coupling at least one of the outer and inner rotors to the shaft; said gear system being disposed upstream from the low pressure turbine and being surrounded by the mid-turbine frame .
A method implemented by computer means for monitoring the visual behavior of a person, the method comprises: - a person activity data providing step (S1) during which person activity data indicative of an activity of the person are provided, - a person visual behavior data providing step (S2) during which person visual behavior data indicative of the visual behavior of the person related to said activity of the person are provided, - an environment data providing step (S21) during which environment data indicative to the environment of the person are provided, - reference visual behavior providing step (S3) during which a reference visual behavior data indicative of the reference visual behavior of the person based on said activity of the person and the environment data are provided, - a comparing step (S4) during which the person visual behavior data and the reference visual behavior data are compared so as to deduce whether the person visual behavior is adapted with respect to said activity of the person, characterised in that the environment data corresponds to temperature and/or humidity of the environment, and/or the amount and/or type of allergens and/or pollutants contained in the environment. - a person activity data providing step (S1) during which person activity data indicative of an activity of the person are provided, - a person visual behavior data providing step (S2) during which person visual behavior data indicative of the visual behavior of the person related to said activity of the person are provided, - an environment data providing step (S21) during which environment data indicative to the environment of the person are provided, - reference visual behavior providing step (S3) during which a reference visual behavior data indicative of the reference visual behavior of the person based on said activity of the person and the environment data are provided, - a comparing step (S4) during which the person visual behavior data and the reference visual behavior data are compared so as to deduce whether the person visual behavior is adapted with respect to said activity of the person,
Industrial truck with a steer-by-wire steering system which comprises a joystick , as an actuating element, and a steering actuator , wherein an electronic control device is provided which is operatively connected on the input side to the joystick and on the output side to the steering actuator , wherein a variable steering transmission ratio is provided by means of which the steering angle range and the actual steering speed of the steering actuator can be changed depending on the travel speed of the industrial truck , characterized in that the electronic control device controls the steering system in a closed control circuit, wherein a reference variable (w) of the closed control circuit can be generated by actuation of the joystick , wherein the electronic control device is configured in such a manner that, when the joystick is deflected (A), the speed of modification of the reference variable (w) in relation to the actuating speed of the joystick is modified depending on the travel speed.
A processing device comprising: a calculation unit that is configured to detect a position of an object that is a possible obstacle to a vehicle; a first detection unit that is configured to detect a direction of a line of sight of a driver of the vehicle; a decision unit that is configured to decide an aspect of an alarm on the basis of the position and the direction of the line of sight of the driver; and a control unit that is configured to control a speaker corresponding to the position such that a sound of the aspect is output: characterized in that the object is a person, the processing device further comprises a second detection unit that detects a direction of a line of sight of the person, and the decision unit decides the aspect on the basis of the direction of the line of sight of the person or in that the object is a person, the processing device further comprises a third detection unit that detects a posture of the person, and the decision unit decides the aspect on the basis of the posture. a calculation unit that is configured to detect a position of an object that is a possible obstacle to a vehicle; a first detection unit that is configured to detect a direction of a line of sight of a driver of the vehicle; a decision unit that is configured to decide an aspect of an alarm on the basis of the position and the direction of the line of sight of the driver; and a control unit that is configured to control a speaker corresponding to the position such that a sound of the aspect is output: characterized in that the object is a person, the processing device further comprises a second detection unit that detects a direction of a line of sight of the person, and the decision unit decides the aspect on the basis of the direction of the line of sight of the person or in that the object is a person, the processing device further comprises a third detection unit that detects a posture of the person, and the decision unit decides the aspect on the basis of the posture. characterized in that the object is a person, the processing device further comprises a second detection unit that detects a direction of a line of sight of the person, and the decision unit decides the aspect on the basis of the direction of the line of sight of the person or in that the object is a person, the processing device further comprises a third detection unit that detects a posture of the person, and the decision unit decides the aspect on the basis of the posture.
An auxiliary apparatus for MIS to maneuver a surgery target comprising: a) an in vivo device , with an in vivo magnet comprised in the in vivo device, the in vivo device further comprises a clip to anchor the in vivo device to the surgery target and a connector to join the clip with the in vivo magnet ; b) an external device, comprised of an external magnetic field generating element; wherein the in vivo magnet can move and/or rotate in accordance with a direction change of an external magnetic field which is generated by the external magnetic field generating element, and thereby the surgery target can move in a controlled speed and/or rotate in a controlled angle in accordance with the direction change of the said external magnetic field, wherein the in vivo device comprises a supporting set to integrate the in vivo magnet into an assembly; characterized in that , the supporting set comprises a base and a top cover , the base comprises a bed to attach with the top cover and limit the in vivo magnet to move along the length direction of the supporting set , and a supporting column which runs from the bed to the top cover to limit the in vivo magnet to move along the radial direction of the supporting set ; the top cover comprises a cavity to receive and fasten a distal end of the supporting column, which is distant from the bed ; and a hole is disposed between the base and the top cover for the connector to pass along the length direction of the supporting set . a) an in vivo device , with an in vivo magnet comprised in the in vivo device, the in vivo device further comprises a clip to anchor the in vivo device to the surgery target and a connector to join the clip with the in vivo magnet ; b) an external device, comprised of an external magnetic field generating element; wherein the in vivo magnet can move and/or rotate in accordance with a direction change of an external magnetic field which is generated by the external magnetic field generating element, and thereby the surgery target can move in a controlled speed and/or rotate in a controlled angle in accordance with the direction change of the said external magnetic field, wherein the in vivo device comprises a supporting set to integrate the in vivo magnet into an assembly; characterized in that , the supporting set comprises a base and a top cover , the base comprises a bed to attach with the top cover and limit the in vivo magnet to move along the length direction of the supporting set , and a supporting column which runs from the bed to the top cover to limit the in vivo magnet to move along the radial direction of the supporting set ; the top cover comprises a cavity to receive and fasten a distal end of the supporting column, which is distant from the bed ; and a hole is disposed between the base and the top cover for the connector to pass along the length direction of the supporting set .
An integrated circuit apparatus comprising: a substrate ; an IC chip disposed above the substrate , the IC chip comprising an electromagnetic coupling device ; and an electromagnetic shielding layer disposed on a surface of the substrate , wherein the electromagnetic shielding layer and the electromagnetic coupling device partially overlap in a vertical projection direction of the surface of the substrate ; whereby the integrated circuit apparatus further comprises a grounding layer surrounding the electromagnetic shielding layer , and the grounding layer and the electromagnetic shielding layer belong to a same patterned layer. a substrate ; an IC chip disposed above the substrate , the IC chip comprising an electromagnetic coupling device ; and an electromagnetic shielding layer disposed on a surface of the substrate , wherein the electromagnetic shielding layer and the electromagnetic coupling device partially overlap in a vertical projection direction of the surface of the substrate ; whereby the integrated circuit apparatus further comprises a grounding layer surrounding the electromagnetic shielding layer , and the grounding layer and the electromagnetic shielding layer belong to a same patterned layer.
A composite powder in which a porous polymer is impregnated with scoria powder particles.
An at least partly stratified charge combustion engine, in which the combustion of a hydrocarbon containing fuel generating a flame emitting photon is operated in a chamber with a wall provided with a cerium oxide - carbon containing coating, said coating at least comprising oxides of the followings elements Pr, Nd, La, Y and Zr, whereby said cerium oxide - carbon containing coating with the oxides of the followings elements Pr, Nd, La, Y and Zr, is adapted for controlling the formation of H+ species on the wall of the chamber, while controlling the hydrogen branching reactions by catalysing the use of oxygen atoms from Ce, Pr, Nd, La, Y and Zr oxides for reacting with hydrogen H 2 for the formation of H 2 O on the wall of the chamber, in which the relative weight of the metals selected from Ce, Pr, La, Nd, Y and Zr, expressed respectively as the following oxides CeO 2 , Pr 6 O 11 , La 2 O 3 , Nd 2 O 3 , Y 2 O 3 . and ZrO 2 of the cerium - carbon containing coating with respect to total weight of the said metals expressed as oxides are : Ce (as CeO 2 ) : 25 to 50%, preferably from 35 to 45%, Pr (as Pr 6 O 11 ) : 2 to 10%, preferably from 2.5 to 6% La (as La 2 O 3 ) : 15 to 37%, preferably from 20 to 32% Nd (as Nd 2 O 3 ) : 4 to 15%, preferably from 5 to 13% Y (as Y 2 O 3 ) : 5 to 15%, preferably from 8 to 12% Zr (as ZrO 2 ) : 5 to 25%, preferably from 10 to 17%. Ce (as CeO 2 ) : 25 to 50%, preferably from 35 to 45%, Pr (as Pr 6 O 11 ) : 2 to 10%, preferably from 2.5 to 6% La (as La 2 O 3 ) : 15 to 37%, preferably from 20 to 32% Nd (as Nd 2 O 3 ) : 4 to 15%, preferably from 5 to 13% Y (as Y 2 O 3 ) : 5 to 15%, preferably from 8 to 12% Zr (as ZrO 2 ) : 5 to 25%, preferably from 10 to 17%.
Inflatable transport box having a bottom , a rear wall , a right side wall and a left side wall , the bottom , rear wall and the side walls consisting of a dropstitch material, wherein the rear wall is connected to the bottom at one fold edge and forms an integral dropstitch component with the bottom , the left side wall and the right side wall are connected to the rear wall at fold edges on both sides and the side walls are dropstitch components, wherein, by folding an inner dropstitch wall, partial areas arranged on both sides of the fold come to rest on one another, and wherein bond areas of the surface of the dropstitch material are glued or welded to one another in the fold edges.