mhurhangee/patent-ind-claim-en huggingface dataset:
A projection device , comprising: an illumination system providing an illumination beam (IB); a light valve disposed on a transmission path of the illumination beam (IB) to modulate the illumination beam (IB) into an image beam (IMB); and a projection lens disposed on a transmission path of the image beam (IMB) to project the image beam (IMB) out of the projection device to form a portrait image , wherein a short side direction of the light valve is parallel to a short side direction of an effective region of the light valve , the central axis (CA) of the projection lens is perpendicular to a long side direction of the light valve and is parallel to the short side direction of the light valve , wherein an aspect ratio of the portrait image is the same as an aspect ratio of an effective region of the light valve or a difference between an aspect ratio of the portrait image and an aspect ratio of the effective region of the light valve is greater than 0% and less than or equal to 10%; wherein a center (C1) of the light valve has a first offset (S1) with respect to a reference plane (RE) in the long side direction of the light valve , wherein the reference plane (RE) comprises the central axis (CA) of the projection lens , and the reference plane (RE) is perpendicular to the long side direction of the light valve ; and wherein a center (C2) of the portrait image has a second offset (S2) with respect to the reference plane (RE) in a long side direction of the portrait image . an illumination system providing an illumination beam (IB); a light valve disposed on a transmission path of the illumination beam (IB) to modulate the illumination beam (IB) into an image beam (IMB); and a projection lens disposed on a transmission path of the image beam (IMB) to project the image beam (IMB) out of the projection device to form a portrait image , wherein a short side direction of the light valve is parallel to a short side direction of an effective region of the light valve , the central axis (CA) of the projection lens is perpendicular to a long side direction of the light valve and is parallel to the short side direction of the light valve , wherein an aspect ratio of the portrait image is the same as an aspect ratio of an effective region of the light valve or a difference between an aspect ratio of the portrait image and an aspect ratio of the effective region of the light valve is greater than 0% and less than or equal to 10%; wherein a center (C1) of the light valve has a first offset (S1) with respect to a reference plane (RE) in the long side direction of the light valve , wherein the reference plane (RE) comprises the central axis (CA) of the projection lens , and the reference plane (RE) is perpendicular to the long side direction of the light valve ; and wherein a center (C2) of the portrait image has a second offset (S2) with respect to the reference plane (RE) in a long side direction of the portrait image .
A phone comprising: a phone body defining a handle and earpiece ; a pulse oximeter oxygen saturation sensor positioned in a concave recess at least partially on a left side of the handle ; a first electrocardiogram electrode positioned on the handle ; and a second electrocardiogram electrode positioned on the earpiece . a phone body defining a handle and earpiece ; a pulse oximeter oxygen saturation sensor positioned in a concave recess at least partially on a left side of the handle ; a first electrocardiogram electrode positioned on the handle ; and a second electrocardiogram electrode positioned on the earpiece .
A fiber comprising the following features associated with a zero-dispersion wavelength of 1580 nm: an inner core having an inner core radius and an inner core index; an outer core having an outer core radius and an outer core index, the outer core index being lower than the inner core index, wherein the outer core radius is between about 2.5 microns to about 3.8 microns; an inner cladding, having an inner cladding radius and an inner cladding index, the inner cladding index being less than the outer core index; and an effective index of the fiber, the effective index being greater than the inner cladding index and less than the outer core index; wherein the fiber has a perturbation sensitivity factor of dispersion to scaling, that is the rate of change of the dispersion as a function of the radial scaling factor, equal or less than about 20 ps/nm·km along the entire length of the fiber; wherein the radial scaling factor is defined for a given unperturbed profile no(r), from a profile with perturbed radial scaling s throughout the fiber with n(r)=no(r/s); wherein the difference between the outer cladding index of the fiber and the inner cladding index is greater than about 0.004 ; wherein the difference between the inner core index and the outer core index is between about 0.018 and about 0.022; wherein the fiber has a step-index profile, wherein the inner core radius is between about 0.7 microns to about 1.6 microns; and wherein the difference between the outer core index and the inner cladding index is between about 0.015 to about 0.033. an inner core having an inner core radius and an inner core index; an outer core having an outer core radius and an outer core index, the outer core index being lower than the inner core index, wherein the outer core radius is between about 2.5 microns to about 3.8 microns; an inner cladding, having an inner cladding radius and an inner cladding index, the inner cladding index being less than the outer core index; and an effective index of the fiber, the effective index being greater than the inner cladding index and less than the outer core index; wherein the fiber has a perturbation sensitivity factor of dispersion to scaling, that is the rate of change of the dispersion as a function of the radial scaling factor, equal or less than about 20 ps/nm·km along the entire length of the fiber; wherein the radial scaling factor is defined for a given unperturbed profile no(r), from a profile with perturbed radial scaling s throughout the fiber with n(r)=no(r/s); wherein the difference between the outer cladding index of the fiber and the inner cladding index is greater than about 0.004 ; wherein the difference between the inner core index and the outer core index is between about 0.018 and about 0.022; wherein the fiber has a step-index profile, wherein the inner core radius is between about 0.7 microns to about 1.6 microns; and wherein the difference between the outer core index and the inner cladding index is between about 0.015 to about 0.033.
A method for managing communication in a LTE wireless communication system, comprising: identifying one or more forwarded packets from a source base station to a target base station associated with a handoff procedure of a wireless terminal from the source base station to the target base station , the one or more forwarded packets being packets transmitted from the source base station to the wireless terminal but not correctly received by the wireless terminal ; identifying one or more indicators provided by the source base station to the target base station , the one or more indicators comprising an indication of a sequence number to be utilized for communication of an initial packet from the target base station to the wireless terminal subsequent to re-transmission by the target base station of the forwarded packets to the wireless terminal ; and communicating respective packets from the target base station to the wireless terminal subsequent to the forwarded packets based on the identified indicators to facilitate lossless reception of the packets with mitigated delay at the wireless terminal ; wherein the initial packet is received at the target base station from a downlink data source , which is a serving gateway, SGW; and wherein the source base station and the target base station are Evolved Node B's communicating over an X2 interface; and further wherein both the forwarded packets and the sequence number are received at the target base station directly from the source base station over the X2 interface. identifying one or more forwarded packets from a source base station to a target base station associated with a handoff procedure of a wireless terminal from the source base station to the target base station , the one or more forwarded packets being packets transmitted from the source base station to the wireless terminal but not correctly received by the wireless terminal ; identifying one or more indicators provided by the source base station to the target base station , the one or more indicators comprising an indication of a sequence number to be utilized for communication of an initial packet from the target base station to the wireless terminal subsequent to re-transmission by the target base station of the forwarded packets to the wireless terminal ; and communicating respective packets from the target base station to the wireless terminal subsequent to the forwarded packets based on the identified indicators to facilitate lossless reception of the packets with mitigated delay at the wireless terminal ; wherein the initial packet is received at the target base station from a downlink data source , which is a serving gateway, SGW; and wherein the source base station and the target base station are Evolved Node B's communicating over an X2 interface; and further wherein both the forwarded packets and the sequence number are received at the target base station directly from the source base station over the X2 interface.
A method of controlling user data traffic in a wireless communication network, the method comprising: a node (150; 280; 800; 1100) of the wireless communication network receiving first data indicating a desired quality of experience level for user data traffic of a user of the wireless communication network; based on a control policy and the desired quality of experience level, the node (150; 280; 800; 1100) determining a rule for controlling the user data traffic; by monitoring the user data traffic and, based on the monitored user data traffic, estimating a quality of experience level for the user data traffic subject to control according to the rule, the node (150; 280; 800; 1100) obtaining second data indicating the estimated quality of experience level for the user data traffic subject to control according to the rule; the node (150; 280; 800; 1100) receiving third data indicating an actual quality of experience level for the user data traffic; and the node (150; 280; 800; 1100) adapting the control policy based on the first data, the second data, and the third data. a node (150; 280; 800; 1100) of the wireless communication network receiving first data indicating a desired quality of experience level for user data traffic of a user of the wireless communication network; based on a control policy and the desired quality of experience level, the node (150; 280; 800; 1100) determining a rule for controlling the user data traffic; by monitoring the user data traffic and, based on the monitored user data traffic, estimating a quality of experience level for the user data traffic subject to control according to the rule, the node (150; 280; 800; 1100) obtaining second data indicating the estimated quality of experience level for the user data traffic subject to control according to the rule; the node (150; 280; 800; 1100) receiving third data indicating an actual quality of experience level for the user data traffic; and the node (150; 280; 800; 1100) adapting the control policy based on the first data, the second data, and the third data.
An implantable prosthetic device for helping to seal native heart valves and prevent or reduce regurgitation therethrough comprising: a coaption portion ; an anchor portion comprising a plurality of paddles , the paddles having an outer and inner portion and being extendable from a folded closed position to an open position; and a clasp attached to each of the plurality of paddles , the clasp comprising: a fixed arm attached to the inner portion of the paddle ; a moveable arm having a barbed portion for engaging and pinching native leaflets between the movable arm and the fixed arm ; and a hinge portion ingeably connecting the fixed arm to the moveable arm ; wherein the fixed arm remains stationary relative to the inner portion of the paddle when the movable arm is opened to open the clasp and expose the barbed portion ; wherein the moveable arm is substantially parallel to the fixed arm when the clasp is in a closed position. a coaption portion ; an anchor portion comprising a plurality of paddles , the paddles having an outer and inner portion and being extendable from a folded closed position to an open position; and a clasp attached to each of the plurality of paddles , the clasp comprising: a fixed arm attached to the inner portion of the paddle ; a moveable arm having a barbed portion for engaging and pinching native leaflets between the movable arm and the fixed arm ; and a hinge portion ingeably connecting the fixed arm to the moveable arm ; wherein the fixed arm remains stationary relative to the inner portion of the paddle when the movable arm is opened to open the clasp and expose the barbed portion ; wherein the moveable arm is substantially parallel to the fixed arm when the clasp is in a closed position.
An Mo-, Bi- and Fe-comprising multimetal oxide composition of the general stoichiometry I, Mo 12 Bi a Co b Fe c K d Si e O x (I), where the variables have the following meanings: a = 0.5 to 1, b = 7 to 8.5, c = 1.5 to 3.0, d = 0 to 0.15, e = 0 to 2.5 and x = a number which is determined by the valence and abundance of the elements other than oxygen in I and fulfil the following conditions: condition 1: 12 - b - 1.5 • c = A, and 0.5 ≤ A ≤ 1.5; condition 2: 0.2 ≤ a/A ≤ 1.3; and condition 3: 2.5 ≤ b/c ≤ 9. a = 0.5 to 1, b = 7 to 8.5, c = 1.5 to 3.0, d = 0 to 0.15, e = 0 to 2.5 and x = a number which is determined by the valence and abundance of the elements other than oxygen in I and fulfil the following conditions: condition 1: 12 - b - 1.5 • c = A, and 0.5 ≤ A ≤ 1.5; condition 2: 0.2 ≤ a/A ≤ 1.3; and condition 3: 2.5 ≤ b/c ≤ 9. condition 1: 12 - b - 1.5 • c = A, and 0.5 ≤ A ≤ 1.5; condition 2: 0.2 ≤ a/A ≤ 1.3; and condition 3: 2.5 ≤ b/c ≤ 9.
A non-therapeutic method of destroying pathogens disposed upon a surface, the method comprising the steps of: providing a hand held device including a grip and a lamp ; transmitting far-UVC light via the lamp ; filtering the transmitted far-UVC light having a peak transmission wavelength of 222 nm to attenuate the transmitted far-UVC light thereby preventing light with a wavelength outside the range of 200 nm to 230 nm from reaching the surface while maintaining a peak transmission wavelength of 222 nm; scanning the surface by tracing the hand held device over a localized area of the surface thereby illuminating the localized area with the filtered far-UVC light; projecting indicial visible light from a visible light source of the hand held device onto the surface to generate visible indication upon the surface that the hand held device is disposed and maintained at a predetermined optimal operating distance from the surface; and maintaining transmission of the filtered far-UVC light for a predetermined time thereby destroying pathogens disposed upon the surface. providing a hand held device including a grip and a lamp ; transmitting far-UVC light via the lamp ; filtering the transmitted far-UVC light having a peak transmission wavelength of 222 nm to attenuate the transmitted far-UVC light thereby preventing light with a wavelength outside the range of 200 nm to 230 nm from reaching the surface while maintaining a peak transmission wavelength of 222 nm; scanning the surface by tracing the hand held device over a localized area of the surface thereby illuminating the localized area with the filtered far-UVC light; projecting indicial visible light from a visible light source of the hand held device onto the surface to generate visible indication upon the surface that the hand held device is disposed and maintained at a predetermined optimal operating distance from the surface; and maintaining transmission of the filtered far-UVC light for a predetermined time thereby destroying pathogens disposed upon the surface.
A vehicle, namely recumbent bike or kite-buggy, comprising at least two wheels which are attached to at least one rear axle, namely either to a common rear axle or to one or more rear axles of a common rigid transverse structure , a supporting structure which is pivotably connected to said at least one rear axle and said at least two wheels via a steering axle and which can be brought into an inclined position by shifting weight, and at least one return element , wherein the steering axle has an inclination of 20° to 80° to the horizontal, wherein the angle of the inclination is measured from the steering axle in a lateral view of the vehicle with the direction of forward travel to the left in a clockwise direction to the horizontal, and wherein said at least one return element is so arranged that the restoring element exerts a restoring force on a deflection of said at least one rear axle and the wheels and the restoring force and/or the restoring element extends with its longitudinal extension in a plane perpendicular to the steering axis or with an angle of less than 30° to the plane perpendicular to the steering axis , wherein the vehicle has at least one further wheel , said further wheel being rigidly connected to the supporting structure and pivoting out upon deflection of said at least one rear axle, wherein a seating surface is arranged at least partially below a connecting plane between a first uppermost point of the further wheel and a second uppermost point of said at least two wheels and wherein said at least one rear axle is not connected to any further steering device, wherein the distance of the steering axis to the axis of rotation of the two wheels is smaller than the radius of each of the two wheels and/or smaller than 30cm and wherein said at least one restoring element comprises at least one spring and wherein said at least one restoring element is set up in such a way that it brings the vehicle back to the rest position without the action of other forces, the rest position being characterised by the vehicle travelling straight ahead in the rest position.
Process for manufacturing compresses having a cooling effect and containing absorbent polymer particles, consisting in laminating between two retention sheets of said particles which are continuously delivered along a dry compress manufacturing unit in which successively: grooves are formed in the sheet which is presented in by inducing a reversible heat deformation by the application of heating pins arranged in a line across the direction of travel, successive doses of absorbent polymer in powder formed extending over a determined length of said grooves, the lower sheet so filled in is covered with the other said sheet coming as an upper sheet ; the two sheets are welded together along the intervals between adjacent grooves in order to close laterally the compartments filled with absorbent polymer; the end of said compartments is also welded along weld lines transversal to the direction of travel, in the area in which the grooves are empty of the polymer between the successive doses deposited; the resulting assembly is then cut into successive dry compresses along said weld lines.
A threaded connection for pipe including a pin and a box each including a contact surface including a threaded part , the threaded connection for pipe comprising: a Zn-Ni alloy plated layer formed on the contact surface of at least one of the pin and the box and containing 10 to 16 mass% of Ni; and a solid lubricant coating formed on the Zn-Ni alloy plated layer , characterised in that the contact surface on which the Zn-Ni alloy plated layer is formed is a ground surface, and when arithmetic average roughness of a surface of the Zn-Ni alloy plated layer measured under a laser microscope along a direction in which the contact surface is ground and according to the method described in the description is defined as Ra1, and arithmetic average roughness of the contact surface measured under a laser microscope along a direction in which the contact surface is ground and according to the method described in the description is defined as Ra2, the arithmetic average roughness Ra1 ranges from 0.1 to 3.2 μm, and the arithmetic average roughness Ra1 is more than the arithmetic average roughness Ra2. a Zn-Ni alloy plated layer formed on the contact surface of at least one of the pin and the box and containing 10 to 16 mass% of Ni; and a solid lubricant coating formed on the Zn-Ni alloy plated layer , characterised in that the contact surface on which the Zn-Ni alloy plated layer is formed is a ground surface, and when arithmetic average roughness of a surface of the Zn-Ni alloy plated layer measured under a laser microscope along a direction in which the contact surface is ground and according to the method described in the description is defined as Ra1, and arithmetic average roughness of the contact surface measured under a laser microscope along a direction in which the contact surface is ground and according to the method described in the description is defined as Ra2, the arithmetic average roughness Ra1 ranges from 0.1 to 3.2 μm, and the arithmetic average roughness Ra1 is more than the arithmetic average roughness Ra2.
Guide vane arrangement for a turbomachine having an axis of rotation, in particular for a compressor stage or turbine stage of a gas turbine, comprising: - a plurality of adjustable guide vanes which are each rotatably mounted about an adjustment axis (V), - at least one inner ring segment formed separately from the guide vanes , and - a seal carrier formed separately from the at least one inner ring segment , the at least one inner ring segment being fastened to one or more guide vanes , characterized in that the seal carrier is mounted so as to be spoke-centered relative to the at least one inner ring segment , such that the seal carrier is movably mounted relative to the at least one inner ring segment in the direction of at least one adjustment axis (V), at least one guide vane and/or in the radial direction (R), with respect to the axis of rotation of the turbomachine in a functional use state of the guide vane arrangement in a turbomachine. - a plurality of adjustable guide vanes which are each rotatably mounted about an adjustment axis (V), - at least one inner ring segment formed separately from the guide vanes , and - a seal carrier formed separately from the at least one inner ring segment , the at least one inner ring segment being fastened to one or more guide vanes , characterized in that the seal carrier is mounted so as to be spoke-centered relative to the at least one inner ring segment , such that the seal carrier is movably mounted relative to the at least one inner ring segment in the direction of at least one adjustment axis (V), at least one guide vane and/or in the radial direction (R), with respect to the axis of rotation of the turbomachine in a functional use state of the guide vane arrangement in a turbomachine. the at least one inner ring segment being fastened to one or more guide vanes , characterized in that the seal carrier is mounted so as to be spoke-centered relative to the at least one inner ring segment , such that the seal carrier is movably mounted relative to the at least one inner ring segment in the direction of at least one adjustment axis (V), at least one guide vane and/or in the radial direction (R), with respect to the axis of rotation of the turbomachine in a functional use state of the guide vane arrangement in a turbomachine.
Method for locating an electric apparatus, in particular a hand-held power tool , having a communications unit , wherein an activating signal is received by the communications unit , wherein a locating signal is triggered upon receiving the activating signal , characterized in that the locating signal in the form of a mechanical movement is generated by a tool holder of the electric apparatus, in particular of the hand-held power tool .