mhurhangee/patent-ind-claim-en huggingface dataset:
Optical surveying instrument, including: an optical arrangement including at least one lens and a viewing element defining a viewing direction and a field of view; a distance measurement unit for emitting a light beam towards the field of view and for measuring a distance to an object in the field of view based on a reflection of the light beam from the object; a movable mirror arranged to direct the light beam towards the object; characterized by including a mirror control unit configured to read, from a calibration value memory , calibration values to control movement of the movable mirror to adjust a direction of the light beam to be aligned with the viewing direction, and configured to move the movable mirror using the calibration values to adjust the direction of the light beam to be aligned with the viewing direction , wherein the light beam and the viewing direction are aligned, when the light beam and the viewing direction coincide or when the light beam and the viewing direction are parallel to one another. an optical arrangement including at least one lens and a viewing element defining a viewing direction and a field of view; a distance measurement unit for emitting a light beam towards the field of view and for measuring a distance to an object in the field of view based on a reflection of the light beam from the object; a movable mirror arranged to direct the light beam towards the object; characterized by including a mirror control unit configured to read, from a calibration value memory , calibration values to control movement of the movable mirror to adjust a direction of the light beam to be aligned with the viewing direction, and configured to move the movable mirror using the calibration values to adjust the direction of the light beam to be aligned with the viewing direction , wherein the light beam and the viewing direction are aligned, when the light beam and the viewing direction coincide or when the light beam and the viewing direction are parallel to one another.
Pouring element (A) for a composite packaging (P), in particular for a beverage carton for liquid foods, with a basic body comprising a fastening flange and a pouring tube , a cutting element arranged and guided in the pouring tube , first guide means formed in the pouring tube and second guide means formed on the cutting element , wherein the first and second guide means cooperate correspondingly, characterised in that the first guide means is a rib being arranged on the inner wall of the pouring tube over a whole circumference and forming a self-contained rib .
A method for acquiring a new set of elevator operation parameters of an elevator , the new set including at least one elevator operation parameter, the method being characterised by comprising: determining a loss of data integrity relative to a previous set of elevator operation parameters; checking whether a set of pre-conditions for the acquiring are fulfilled, the set of pre-conditions comprising: - determining that an elevator car of the elevator is empty of persons, - determining that an elevator shaft of the elevator is empty of persons, and - determining that a safety system of the elevator is operable; initiating a setup run to be performed by utilizing the elevator car for the acquiring of the new set. determining a loss of data integrity relative to a previous set of elevator operation parameters; checking whether a set of pre-conditions for the acquiring are fulfilled, the set of pre-conditions comprising: - determining that an elevator car of the elevator is empty of persons, - determining that an elevator shaft of the elevator is empty of persons, and - determining that a safety system of the elevator is operable; - determining that an elevator car of the elevator is empty of persons, - determining that an elevator shaft of the elevator is empty of persons, and - determining that a safety system of the elevator is operable; initiating a setup run to be performed by utilizing the elevator car for the acquiring of the new set.
Vehicle seat, comprising a seat cushion which comprises a cushion frame , a cushion foam member mounted to said cushion frame and a cushion cover stretched over said cushion foam member and fastened to said cushion frame , wherein a top wall , a bottom wall , and a pair of opposite side walls as well as a pair of opposite end walls are defined in said seat cushion , wherein said cushion cover is stretched over said top wall and said side walls of said seat cushion and it is fastened to said cushion frame at the lower edge of said side walls , wherein said vehicle seat, at least on one of its sides, is provided with: a rigid shielding element extending along the lower edge of the corresponding side wall of said seat cushion ; and a soft covering element , which is integral with or fastened to said cushion cover and extends downwardly between said side wall of said seat cushion and said rigid shielding element , characterized in that the lower edge of said soft covering element is fastened to a first edge of one or more elastic strips , a second, opposite edge of which is fastened to said rigid shielding element or to a component that is fixed relative to said rigid shielding element. a rigid shielding element extending along the lower edge of the corresponding side wall of said seat cushion ; and a soft covering element , which is integral with or fastened to said cushion cover and extends downwardly between said side wall of said seat cushion and said rigid shielding element , characterized in that the lower edge of said soft covering element is fastened to a first edge of one or more elastic strips , a second, opposite edge of which is fastened to said rigid shielding element or to a component that is fixed relative to said rigid shielding element.
An in vitro non-invasive method for determining the quality of an embryo comprising the steps of: i) providing serially image sections of human embryo, said serially image sections being obtained by Optical Coherence Tomography (OCT), Magnetic Resonance Micro Imaging (μMPνI) or by standard optical microscopy or light sheet microscopy such as Selective Plane Illumination Microscopy (SPIM) ; ii) performing three dimensional reconstruction of human embryo; and iii) determining embryo morphology, fragmentation repartition, blastomeres cleavage axis and/or cell repartition on said three dimensional reconstruction. i) providing serially image sections of human embryo, said serially image sections being obtained by Optical Coherence Tomography (OCT), Magnetic Resonance Micro Imaging (μMPνI) or by standard optical microscopy or light sheet microscopy such as Selective Plane Illumination Microscopy (SPIM) ; ii) performing three dimensional reconstruction of human embryo; and iii) determining embryo morphology, fragmentation repartition, blastomeres cleavage axis and/or cell repartition on said three dimensional reconstruction.
An engineered valve comprising: a tubular wall comprising micron, submicron or nanometer dimension polymer fibers defining a shape of the tubular wall , the tubular wall having an inner surface, a first portion , and a second portion ; one or more leaflets extending from, and integral with, the inner surface of the tubular wall , the one or more leaflets each comprising micron, submicron or nanometer dimension polymer fibers defining the shape of the corresponding leaflet ; wherein the one or more leaflets are configured for one-way fluid flow through the first portion of the tubular wall , past the one or more leaflets , and into the second portion of the tubular wall , and wherein the second portion of the tubular wall includes all of the tubular wall downstream of the one or more leaflets ; wherein, for each of the one or more leaflets , at least some of the micron, submicron or nanometer dimension polymer fibers forming a part of the leaflet interpenetrate with at least some of the micron, submicron or nanometer dimension polymer fibers forming a part of the first portion of the tubular wall ; and wherein the micron, submicron or nanometer dimension polymer fibers of the tubular wall and the micron, submicron or nanometer dimension polymer fibers of the one or more leaflets are configured to form a polymeric fiber scaffold for cellular ingrowth into the tubular wall and the one or more leaflets . a tubular wall comprising micron, submicron or nanometer dimension polymer fibers defining a shape of the tubular wall , the tubular wall having an inner surface, a first portion , and a second portion ; one or more leaflets extending from, and integral with, the inner surface of the tubular wall , the one or more leaflets each comprising micron, submicron or nanometer dimension polymer fibers defining the shape of the corresponding leaflet ; wherein the one or more leaflets are configured for one-way fluid flow through the first portion of the tubular wall , past the one or more leaflets , and into the second portion of the tubular wall , and wherein the second portion of the tubular wall includes all of the tubular wall downstream of the one or more leaflets ; wherein, for each of the one or more leaflets , at least some of the micron, submicron or nanometer dimension polymer fibers forming a part of the leaflet interpenetrate with at least some of the micron, submicron or nanometer dimension polymer fibers forming a part of the first portion of the tubular wall ; and wherein the micron, submicron or nanometer dimension polymer fibers of the tubular wall and the micron, submicron or nanometer dimension polymer fibers of the one or more leaflets are configured to form a polymeric fiber scaffold for cellular ingrowth into the tubular wall and the one or more leaflets .
An assay for the early detection of risk of a pregnant woman developing pre-eclampsia comprising a step of assaying a sample which is blood or derived from blood that has been obtained from the woman at 4-25 weeks gestation to determine an abundance of decanoylcarnitine, wherein an increased abundance of decanoylcarnitine relative to a reference abundance for decanoylcarnitine correlates with risk of the pregnant woman developing pre-eclampsia.
Sports garment having a section covering the upper part of the body of a wearer during intended use of the garment, wherein a climate zone is arranged in the region covering each axillary area of the wearer during intended use, wherein the climate zone comprises a plurality of fins which are arranged parallel to another and which are contacting the skin of the wearer during intended use of the garment, characterized in that the fins have a certain extension in horizontal direction (H), wherein the fins are extending along a defined height (h F ) over a base material of the garment , wherein the fins are arranged in such a manner that the envelope of all fins has a kite-shape or rhomb-shape seen in the direction perpendicular onto the base material of the garment .
A method for providing interference characterization data by a network node for interference mitigation in a cellular communication system, comprising: providing, by the network node , telecommunications services for a first wireless device associated with the network node ; identifying, by the network node , characteristic data identifying at least one characteristic of an interfering signal intended for a second wireless device associated with a neighbouring cell ; and transmitting, to the first wireless device , the characteristic data associated with the interfering signal associated with the second wireless device , and wherein the characteristic data identifies at least one power characteristic associated with the neighbouring cell associated with the interfering signal, and characterized in that the characteristic data comprises a restricted subset of power offset values for the neighbouring cell , the restricted subset comprising a plurality of power offset values selected from a preselected group of values. providing, by the network node , telecommunications services for a first wireless device associated with the network node ; identifying, by the network node , characteristic data identifying at least one characteristic of an interfering signal intended for a second wireless device associated with a neighbouring cell ; and transmitting, to the first wireless device , the characteristic data associated with the interfering signal associated with the second wireless device , and wherein the characteristic data identifies at least one power characteristic associated with the neighbouring cell associated with the interfering signal, and characterized in that the characteristic data comprises a restricted subset of power offset values for the neighbouring cell , the restricted subset comprising a plurality of power offset values selected from a preselected group of values.
Cutting machine comprising a cutting support for material to be cut, a vertically movable blade bar which bears a blade for cutting the cut material located thereon, a cutting drive for vertically moving the blade bar , a vertically movable clamping bar for pushing down the material to be cut and a pressing drive for vertically moving the clamping bar , wherein the cutting drive and the pressing drive are formed by a single drive which rotates a cam disc to and fro, and wherein the blade bar is motion-coupled to the cam disc via a first coupling mechanism (A) which acts on the cam disc eccentrically to the axis of rotation thereof, and the clamping bar is motion-coupled to the cam disc via a second coupling mechanism (B), the one first end thereof acting on an outer contour of the cam disc , characterized by a foot pedal for the manual vertical movement of the clamping bar , said foot pedal being motion-coupled both to the clamping bar and to the other second end of the second coupling mechanism (B), in order to lift away the first end of the second coupling mechanism (B) from the outer contour of the cam disc by actuating the foot pedal .
An apparatus comprising: a plurality of gain circuits configured to receive at least one input radio frequency, RF, signal comprising transmissions sent on multiple carriers at different frequencies to a wireless device and to provide at least one amplified RF signal; a drive circuit coupled to the plurality of gain circuits and configured to receive the at least one amplified RF signal and provide at least one drive RF signal; and a plurality of load circuits coupled to the drive circuit and configured to receive the at least one drive RF signal and provide at least one output RF signal; wherein the drive circuit includes cascode transistors coupled between the plurality of gain circuits and the plurality of load circuits , wherein each gain circuit is coupled to each load circuit via a different one of the cascode transistors , each of which configured to be enabled and disabled by a respective control signal. a plurality of gain circuits configured to receive at least one input radio frequency, RF, signal comprising transmissions sent on multiple carriers at different frequencies to a wireless device and to provide at least one amplified RF signal; a drive circuit coupled to the plurality of gain circuits and configured to receive the at least one amplified RF signal and provide at least one drive RF signal; and a plurality of load circuits coupled to the drive circuit and configured to receive the at least one drive RF signal and provide at least one output RF signal; wherein the drive circuit includes cascode transistors coupled between the plurality of gain circuits and the plurality of load circuits , wherein each gain circuit is coupled to each load circuit via a different one of the cascode transistors , each of which configured to be enabled and disabled by a respective control signal.
A flow path assembly for a gas turbine engine , the flow path assembly comprising: an annular inner wall ; and an annular unitary outer wall including an annular combustor portion extending through a combustion section of the gas turbine engine and a turbine portion extending through at least a first turbine stage of a turbine section of the gas turbine engine, the first stage turbine comprising a nozzle portion and a blade portion, the combustor portion and the turbine portion being integrally formed as a single unitary structure, wherein the inner wall and the unitary outer wall define a combustor of the combustion section. an annular inner wall ; and an annular unitary outer wall including an annular combustor portion extending through a combustion section of the gas turbine engine and a turbine portion extending through at least a first turbine stage of a turbine section of the gas turbine engine, the first stage turbine comprising a nozzle portion and a blade portion, the combustor portion and the turbine portion being integrally formed as a single unitary structure, wherein the inner wall and the unitary outer wall define a combustor of the combustion section.
Modular, self-reconfigurable robot system with several individual modules connected to each other, each having a tetrahedral frame with frame joints as nodal point and with length-adjustable frame beams adjoining these nodal point , and with a plurality of detachable connections of a plurality of cooperating connecting elements on the respective individual modules , which connections are provided between the adjoining f frame beams of the respective individual modules , characterized in that at least one individual module has at least one alignment device which cooperates with at least two connecting elements for their parallel longitudinal alignment, which connection elements are each mounted rotatably on a frame beams of subsequent frame beams on a common joint nodal point .
A pharmaceutical agent for use in treating inner ear hearing impairment, resulting from apoptosis, comprising, as an active ingredient, a rapamycin derivative represented by the following formula II or a pharmaceutically acceptable salt thereof, wherein R 1 is a C 1 - 6 alkyl or a C 3 - 6 alkynyl, R 2 is H, -CH2-OH or -CH 2 -CH 2 -OH, and X is =O, (H, H) or (H, OH), wherein the inner ear hearing impairment resulting from apoptosis is caused by Pendred syndrome.
Seating furniture , in particular an armchair or sofa, with at least one backrest , at least one head part , at least one head part height adjustment and at least one head part pivoting unit , wherein the head part is held adjustably relative to the at least one backrest at least from a lower position into an upper position via the head part height adjustment , wherein the head part is held pivotably relative to the head part height adjustment on the head part height adjustment via the head part pivoting unit and wherein the at least one head part pivoting unit is provided, when the head part is adjusted from the lower position into the upper position and/or back, at least in sections in positive engagement with at least one head part guide and displaceable along the head part guide in such a way that an adjustment of the head part pivoting unit relative to the head part guide is forcibly converted into a pivoting of the head part relative to the head part height adjustment and/or the backrest , characterized in that an opening of a headrest duct is provided behind the backrest for at least partial passage of the head part , that a tier board for closing the opening in the upper position of the head part is connected to the head part , and that at least one strut of the head part is guided through a recess in the tier board in such a way that the at least one strut can be adjusted forwards and/or backwards in the recess when the head part is pivoted.
A milking implement, comprising: - a frame , - a sub-frame with a bottom , and connected with the frame and adjustable in height relative thereto, - at least one teat cup holder with a teat cup movable relative to the teat cup holder, fastened to the bottom of the sub-frame , - a replacing means connected with the teat cup , and - a milk line comprising a flexible hose having a first end connected with the teat cup , wherein the teat cup holder is tiltable over an angle α in a tilting plane relative to the sub-frame , the hose extending substantially in said tilting plane at least near the first end, characterized in that the angle α amounts to at least 70°, and preferably to approximately 90°, and in that the bottom comprises an aperture extending at least partially below the hose, the hose being displaceable to below the bottom upon tilting of the teat cup holder with the teat cup . - a frame , - a sub-frame with a bottom , and connected with the frame and adjustable in height relative thereto, - at least one teat cup holder with a teat cup movable relative to the teat cup holder, fastened to the bottom of the sub-frame , - a replacing means connected with the teat cup , and - a milk line comprising a flexible hose having a first end connected with the teat cup ,
A non-transitory computer-readable storage medium having processor-executable instructions for delivering electrical stimulation energy through at least one electrode of an implantable electrical stimulation system, the processor-executable instructions when installed onto a system enable the system to perform actions, the processor-executable instructions comprising: receiving a plurality of stimulation parameters comprising a selection of one or more electrodes, a stimulation amplitude, and a stimulation frequency, wherein the stimulation parameters define, at least in part, an electrical stimulation energy deliverable as a series of electrical pulses at the stimulation frequency; receiving a duty cycle parameter, characterized in that the duty cycle parameter is a percentage of electrical pulses that are to be suppressed, said instructions further comprising delivering the electrical stimulation energy to patient tissue through the one or more electrodes, wherein a percentage of the electrical pulses are suppressed according to the duty cycle parameter. receiving a plurality of stimulation parameters comprising a selection of one or more electrodes, a stimulation amplitude, and a stimulation frequency, wherein the stimulation parameters define, at least in part, an electrical stimulation energy deliverable as a series of electrical pulses at the stimulation frequency; receiving a duty cycle parameter, characterized in that the duty cycle parameter is a percentage of electrical pulses that are to be suppressed, said instructions further comprising delivering the electrical stimulation energy to patient tissue through the one or more electrodes, wherein a percentage of the electrical pulses are suppressed according to the duty cycle parameter.
Hydroxyl-functionalized polybutadiene-polyurethane hotmelt prepolymer, comprising the chemical reaction product of at least one polybutadiene diol, at least one chain extender having a hydroxyl functionality of two and a molecular weight of less than or equal to 300 g/mol and optionally at least one polybutadiene polyol with a number-average functionality between greater than 2.0 and less than or equal to 3,0 with at least one aliphatic or alicyclic diisocyanate, characterized in that the polybutadiene-polyurethane hotmelt prepolymer is a pressure-sensitive adhesive.