mhurhangee/ep-ind-claims huggingface dataset:
Switching device, comprising at least one electrical switching contact and an actuator device which is designed for clamping and has a solid-state actuator and a hydraulic unit which is mechanically connected to the solid-state actuator in series, wherein the hydraulic unit has a hydraulic volume that is filled with a hydraulic fluid, wherein the switching device additionally has a locking body that can be locked with the actuator device and that is coupled in terms of movement to the at least one electrical switching contact, characterized in that the locking body is a clamping body that can be clamped by means of the hydraulic unit and/or is a positively locking body that can be secured in a positively locking manner by means of the hydraulic unit.
A magnetizable abrasive particle comprising a ceramic body having an outer surface and a magnetizable layer disposed on a portion, but not the entirety, of the outer surface, wherein the ceramic body comprises a platelet having two opposed major facets connected to each other by a plurality of side facets, wherein the magnetizable layer completely covers one of the two opposed major facets, and wherein the magnetizable layer has a magnetic dipole oriented perpendicular or parallel to the facet which it completely covers.
A boarding system (1, 20, 44, 55, 70) for a passenger transport vehicle, comprising: - a retractable step (2, 22, 46, 60) having a lifting and ramp function, wherein both an extendable front edge of the retractable step (2, 22, 46, 60) and a rear edge of the retractable step (2, 22, 46, 60), which is arranged in the rear in the direction of travel, are height-adjustable, - an extending drive for retracting and extending the retractable step (2, 22, 46, 60), wherein the extending drive has an extending motor and a lifting gear, wherein the lifting gear translates an extending movement of the extending motor into an at least partial pivoting movement of the retractable step (2, 22, 46, 60), so that the pivoting movement of the retractable step (2, 22, 46, 60) causes a change of height of the front edge and/or of the rear edge, and - an extending unit (14, 34), with which the retractable step (2, 22, 46, 60) is movably coupled via the lifting gear, characterized in that the lifting gear has a first and a second lifting element (6, 10), which have a substantially elongated shape, wherein the first and the second lifting element (6, 10) are in each case connected in an articulated manner to the extending unit (14, 34) and to the retractable step (2, 22, 46, 60) and spaced apart from each other, wherein the first lifting element, at the retractable step (2, 22, 46, 60), is pivotably coupled to the retractable step (2, 22, 46, 60) in a region between the front edge and the rear edge by means of a first joint, and is pivotably coupled to the extending unit (14, 34) by means of a second joint, and that the second lifting element is pivotably coupled to the retractable step (2, 22, 46, 60) in a region of the rear edge by means of a third joint and is pivotably coupled to the extending unit (14, 34) by means of a fourth joint, wherein the fourth joint additionally has a translational degree of freedom in the horizontal direction, wherein the fourth joint is coupled with the extending motor. - a retractable step (2, 22, 46, 60) having a lifting and ramp function, wherein both an extendable front edge of the retractable step (2, 22, 46, 60) and a rear edge of the retractable step (2, 22, 46, 60), which is arranged in the rear in the direction of travel, are height-adjustable, - an extending drive for retracting and extending the retractable step (2, 22, 46, 60), wherein the extending drive has an extending motor and a lifting gear, wherein the lifting gear translates an extending movement of the extending motor into an at least partial pivoting movement of the retractable step (2, 22, 46, 60), so that the pivoting movement of the retractable step (2, 22, 46, 60) causes a change of height of the front edge and/or of the rear edge, and - an extending unit (14, 34), with which the retractable step (2, 22, 46, 60) is movably coupled via the lifting gear,
Turbomachine, preferably an aircraft turbine engine, comprising a first casing defining a first gooseneck duct, a second casing defining a second gooseneck duct, and a low-pressure compressor positioned directly between the first and the second gooseneck duct, the compressor comprising: - a rotor provided with at most four annular rows of rotor blades (40, 42); and - a rectifier provided with at most six, and preferably at most four, annular rows of stator vanes (39, 41, 43, 45); characterized in that in the turbomachine can be defined a geometrical plane, upstream of which the rows of rotor blades (40, 42) and stator vanes (39, 41) are intertwined, and downstream of which at least two rows (43, 45) of vanes are provided, the vanes (43, 45) of the compressor downstream of the geometric plane being only stator vanes with have a fixed orientation and are fixed to a common ferrule. - a rotor provided with at most four annular rows of rotor blades (40, 42); and - a rectifier provided with at most six, and preferably at most four, annular rows of stator vanes (39, 41, 43, 45);
Heating fan, where said fan comprises fastening means for fastening of said fan to a first surface, a stem connecting the fastening means to a hub, where said hub comprises a motor unit, where said motor unit rotates a plurality of blades extending radially from said hub, such that the blades have a first upper and a second lower surface, wherein each blade has a leading and a trailing edge (13, 14), characterised in that said blade has three distinct linear sections between said leading and trailing edges: a first section adjacent the leading edge, connected to a second section connected to a third section adjacent the trailing edge where at least one blade has electrical heating means integrated or connected to the second section, where the first and third sections (11,12) adjacent the leading and/or trailing edge (13,14) are bent in the same direction relative to the surface of the second section of the blade for at least more than half the length of the leading and/or trailing edge (13,14).
Sofa with reclining backrest comprising a structure formed by a rear structure and a seat structure, in addition to the reclining backrest itself and a seat, the sofa comprises: a headrest attached to the backrest, and a mechanism comprising bases, which are attached to the rear structure, from which two extensions protrude, a backrest structure formed by first bars located in the side ends of the backrest and attached by means of extension bars that give the backrest the rigidity required, a headrest structure that gives the headrest rigidity, wherein: the ends of the first bars end in two articulations by means of which the first ends are attached to the corresponding extensions of the base and second ends attach to the headrest structure, so that the backrest can be folded with respect to the rear structure and the headrest can be folded with respect to the backrest; characterised in that the sofa comprises a first recess located in the backrest and a second recess located in the rear structure, wherein the first and second recesses (6,7) are arranged to house the headrest when it is in the folded position. a headrest attached to the backrest, and a mechanism comprising bases, which are attached to the rear structure, from which two extensions protrude, a backrest structure formed by first bars located in the side ends of the backrest and attached by means of extension bars that give the backrest the rigidity required, a headrest structure that gives the headrest rigidity, wherein: the ends of the first bars end in two articulations by means of which the first ends are attached to the corresponding extensions of the base and second ends attach to the headrest structure, so that the backrest can be folded with respect to the rear structure and the headrest can be folded with respect to the backrest; characterised in that the sofa comprises a first recess located in the backrest and a second recess located in the rear structure, wherein the first and second recesses (6,7) are arranged to house the headrest when it is in the folded position. the ends of the first bars end in two articulations by means of which the first ends are attached to the corresponding extensions of the base and second ends attach to the headrest structure, so that the backrest can be folded with respect to the rear structure and the headrest can be folded with respect to the backrest; characterised in that the sofa comprises a first recess located in the backrest and a second recess located in the rear structure, wherein the first and second recesses (6,7) are arranged to house the headrest when it is in the folded position.
Load compartment cover for vehicles having a load compartment that is provided between the rear seats and a tailgate, said load compartment cover consisting of a sound-absorbing partition that can be arranged in a space above the base of the load compartment and is embodied from a material that is in part permeable to sound waves, wherein the partition is formed from multiple thin sheets (16, 17) that are arranged spaced apart one above the other, - wherein at least one of the thin sheets (16, 17) is provided with a micro perforation, - wherein only one air cushion is provided between the thin sheets (16, 17), - wherein a common cassette is provided to receive the thin sheets (16, 17) and the thin sheets (16, 17) can be selectively wound or unwound in said cassette, characterized - in that a single spring-loaded winding spool is provided in the cassette and the thin sheets (16, 17) can be wound and unwound jointly on said winding spool and - in that at least one spacer is arranged between the thin sheets (16, 17) on the or near the exit of the cassette. - wherein at least one of the thin sheets (16, 17) is provided with a micro perforation, - wherein only one air cushion is provided between the thin sheets (16, 17), - wherein a common cassette is provided to receive the thin sheets (16, 17) and the thin sheets (16, 17) can be selectively wound or unwound in said cassette, characterized - in that a single spring-loaded winding spool is provided in the cassette and the thin sheets (16, 17) can be wound and unwound jointly on said winding spool and - in that at least one spacer is arranged between the thin sheets (16, 17) on the or near the exit of the cassette.
A computer-implemented method to predict likelihood of splice sites in pre-mRNA genomic sequences, the method including: training a convolutional neural network, abbreviated CNN, on training examples of pre-mRNA nucleotide sequences, including at least 50000 training examples of donor splice sites, at least 50000 training examples of acceptor splice sites, and at least 100000 training examples of non-splicing sites, wherein the training includes: inputting one-hot encoded training examples of the nucleotide sequences, wherein each nucleotide sequence comprises at least 201 nucleotides, with at least one target nucleotide flanked by at least 100 nucleotides on each side; and adjusting, by backward propagation, parameters of filters in the CNN to predict scores for likelihood that each target nucleotide in the nucleotide sequence is a donor splice site, an acceptor splice site, or a non-splicing site; whereby the trained CNN is configured to accept as input a pre-mRNA nucleotide sequence of at least 201 nucleotides that is one-hot encoded and that includes at least one target nucleotide and to score the likelihood that the target nucleotide is a donor splice site, an acceptor splice site, or a non-splicing site. training a convolutional neural network, abbreviated CNN, on training examples of pre-mRNA nucleotide sequences, including at least 50000 training examples of donor splice sites, at least 50000 training examples of acceptor splice sites, and at least 100000 training examples of non-splicing sites, wherein the training includes: inputting one-hot encoded training examples of the nucleotide sequences, wherein each nucleotide sequence comprises at least 201 nucleotides, with at least one target nucleotide flanked by at least 100 nucleotides on each side; and adjusting, by backward propagation, parameters of filters in the CNN to predict scores for likelihood that each target nucleotide in the nucleotide sequence is a donor splice site, an acceptor splice site, or a non-splicing site; inputting one-hot encoded training examples of the nucleotide sequences, wherein each nucleotide sequence comprises at least 201 nucleotides, with at least one target nucleotide flanked by at least 100 nucleotides on each side; and adjusting, by backward propagation, parameters of filters in the CNN to predict scores for likelihood that each target nucleotide in the nucleotide sequence is a donor splice site, an acceptor splice site, or a non-splicing site; whereby the trained CNN is configured to accept as input a pre-mRNA nucleotide sequence of at least 201 nucleotides that is one-hot encoded and that includes at least one target nucleotide and to score the likelihood that the target nucleotide is a donor splice site, an acceptor splice site, or a non-splicing site.
An interactive information terminal with variable form, comprising: an information terminal, a rotating device, and a bracket, wherein the information terminal is fixed on the bracket by the rotating device, the rotating device includes a fixing member, a rotating member, and a rotating shaft, the fixing member is detachably connected with the information terminal, the rotating member is detachably connected with the bracket, and the rotating member is rotatably connected with the fixing member through the rotating shaft, so as to realize that the rotating member rotates around an axial line of the rotating shaft, the fixing member includes a first body having a circular shape, and at least one protrusion is provided on an outer periphery of the first body; the rotating member includes a second body, and at least a first groove for being plugged by and matched with the protrusion is provided, correspondingly to a rotation start point and a rotation end point of the information terminal, on the second body, wherein the protrusion includes a first plate and a second plate that are vertically connected, the first plate is detachably connected with a side of the fixing member deviating from the rotating member by a screw, the second plate is arranged on a side of the first plate close to the rotating member, an elastic sheet structure is convexly provided on a side of the second plate facing away from a center of the fixing member.
Analyzer instrument for optically measuring at least one property of a test medium, in particular a fluid, said analyzer instrument comprising - at least one light source for the emission of light, - optionally at least one light management unit for guiding light emitted by said light source onto and/or into and through a detection space in said test medium, and/or optionally at least one light management unit for receiving at least a fraction of the light that has interacted with the test medium, - at least one light detection unit for detecting at least a fraction of said light elastically and/or inelastically scattered and/or reflected and/or transmitted and/or refracted by the test medium, - at least one power management unit, and - at least one data management unit, wherein said analyzer instrument further includes and/or is coupled to a power source via a source wiring, wherein said power management unit is distributing energy from the power source via a buffer wiring to at least said light source, and via a further wiring (9, 11) to at least said light detection unit and/or to said data management unit, wherein said data management unit is adapted to exchange measurement data via a signal wiring with said light detection unit and directly or indirectly with a receiving unit, wherein said analyzer instrument is adapted to be operated in a potentially hazardous environment wherein at least in the source wiring and/or in said further wiring (9, 11) any current I in the analyzer instrument is limited to a maximum current ( I max) smaller than or equal to 100 milliampere, characterized in that any voltage U in the analyzer instrument is limited to a maximum voltage ( U max) smaller than or equal to 30 volt, and said analyzer instrument further comprises an approved intrinsically safe associated apparatus, by means of which the maximum current ( I max) and the maximum voltage ( U max) are ensured, wherein the power management unit comprises or is coupled to an energy buffer for storing energy, wherein the stored energy is pulsedly released to the light source via the buffer wiring, and wherein the light source is operated as a pulsed light source. - at least one light source for the emission of light, - optionally at least one light management unit for guiding light emitted by said light source onto and/or into and through a detection space in said test medium, and/or optionally at least one light management unit for receiving at least a fraction of the light that has interacted with the test medium, - at least one light detection unit for detecting at least a fraction of said light elastically and/or inelastically scattered and/or reflected and/or transmitted and/or refracted by the test medium, - at least one power management unit, and - at least one data management unit,
An azapeptide compound selected from: His-D-Trp-Ala-azaPhe-D-Phe-Lys-NH 2, His-D-Trp-Ala-azaBip-D-Phe-Lys-NH 2, His-D-Trp-Ala-azaNa1-1-D-Phe-Lys-NH 2, His-D-Trp-azaLeu-Trp-D-Phe-Lys-NH 2 Ala-AzaPhe-Ala-Trp-D-Phe-Lys-NH 2; His-DTrp-AzaGly-Trp-DPhe-Ala-NH 2; His-D-Trp-AzaLeu-Trp-D-Ala-Lys-NH 2; His-D-Trp-AzaLeu-Ala-D-Phe-Lys-NH 2; Ala-D-Trp-AzaLeu-Trp-D-Phe-Lys-NH 2; Ala-D-Trp-Ala-AzaTyr-D-Phe-Lys-NH 2; His-D-Trp-AzaPro-Trp-D-Phe-Lys-NH 2; Ala-D-Trp-Ala-AzaPhe-D-Phe-Lys-NH 2; His-D-Trp-AzaLeu-Trp-D-Phe-Ala-NH 2; His-D-Trp-AzaGly-Trp-D-Phe-Lys-NH 2; or Phe-D-Trp-Ala-AzaTyr-D-Phe-Lys-NH 2; or a salt thereof. His-D-Trp-Ala-azaPhe-D-Phe-Lys-NH 2, His-D-Trp-Ala-azaBip-D-Phe-Lys-NH 2, His-D-Trp-Ala-azaNa1-1-D-Phe-Lys-NH 2, His-D-Trp-azaLeu-Trp-D-Phe-Lys-NH 2 Ala-AzaPhe-Ala-Trp-D-Phe-Lys-NH 2; His-DTrp-AzaGly-Trp-DPhe-Ala-NH 2; His-D-Trp-AzaLeu-Trp-D-Ala-Lys-NH 2; His-D-Trp-AzaLeu-Ala-D-Phe-Lys-NH 2; Ala-D-Trp-AzaLeu-Trp-D-Phe-Lys-NH 2; Ala-D-Trp-Ala-AzaTyr-D-Phe-Lys-NH 2; His-D-Trp-AzaPro-Trp-D-Phe-Lys-NH 2; Ala-D-Trp-Ala-AzaPhe-D-Phe-Lys-NH 2; His-D-Trp-AzaLeu-Trp-D-Phe-Ala-NH 2; His-D-Trp-AzaGly-Trp-D-Phe-Lys-NH 2; or Phe-D-Trp-Ala-AzaTyr-D-Phe-Lys-NH 2;
A system comprising a household appliance, namely an electrical kitchen appliance with an interface to the internet, wherein the electrical kitchen appliance is an appliance for heating up a milk bottle or a food processor for preparing baby food, a sensor (1 to 4), which can measure a vital parameter of an organism and output a measurement signal corresponding thereto, as well as an evaluation unit, which can evaluate the measurement signal of the sensor (1 to 4), wherein the evaluation unit can forecast a time (t1, t2) of occurrence of a change of condition of the organism, namely a waking up of an infant, based on the evaluated measurement signal (k1, k2) by the evaluation unit identifying the time as the forecasted time (t1, t2) in which an extrapolated time course of the evaluated measurements signals (k1, k2) reaches a threshold (M1, M2), wherein the household appliance is connected to the evaluation unit for exchanging data and configured such that it carries out an action in dependency of the forecasted time (t1, t2), wherein the action is a heating of a milk bottle or a preparation of a baby food, and the evaluation unit is configured such that the extrapolated time is only sent to the household appliance connected to the evaluation unit only when a predefined time offset to the extrapolated time is reached, wherein the sensor is a gyrometer or a movement sensor mat for activity measurement and/or a skin contact sensor for measuring body temperature or for measuring electrical voltage fluctuations on the skin surface. wherein the household appliance is connected to the evaluation unit for exchanging data and configured such that it carries out an action in dependency of the forecasted time (t1, t2), wherein the action is a heating of a milk bottle or a preparation of a baby food, and the evaluation unit is configured such that the extrapolated time is only sent to the household appliance connected to the evaluation unit only when a predefined time offset to the extrapolated time is reached, wherein the sensor is a gyrometer or a movement sensor mat for activity measurement and/or a skin contact sensor for measuring body temperature or for measuring electrical voltage fluctuations on the skin surface.
A cooling device comprising a freezing compartment wherein the foodstuffs desired to be frozen are placed and a door that provides access into the freezing compartment, wherein at least one casing is mounted on the door and configured as a box, having an ice tray disposed therein, with more than one cell wherein water can be filled and an arm connected to the ice tray, providing the ice cubes in the cells to fall out by being twisted, wherein - said at least one casing is mounted on the door from its side wall so as to rotate around an axis whereto it is attached, - wherein said at least one casing has a first position whereat it is almost parallel to the interior plane of the door and a second position it is changed to by being rotated around the axis with which it is connected to the door, wherein its rear wall is almost perpendicular to the interior plane of the door, - wherein in the first position of the at least one casing the ice tray is stored on the door and in the second position of the at least one casing the ice cubes present in the cells of the ice tray are extractable by twisting the arm. - said at least one casing is mounted on the door from its side wall so as to rotate around an axis whereto it is attached, - wherein said at least one casing has a first position whereat it is almost parallel to the interior plane of the door and a second position it is changed to by being rotated around the axis with which it is connected to the door, wherein its rear wall is almost perpendicular to the interior plane of the door, - wherein in the first position of the at least one casing the ice tray is stored on the door and in the second position of the at least one casing the ice cubes present in the cells of the ice tray are extractable by twisting the arm.
A single-pot method for preparing dialkyl carbonate, the method comprising: (a) dissolving an alkylene oxide in an aliphatic or cyclic aliphatic alcohol, (b) adding a wood ash catalyst, (c) adding CO 2 gas under pressure and heating the reaction mixture, (d) cooling the reaction mixture to room temperature, and depressurizing to obtain dialkyl carbonate. (a) dissolving an alkylene oxide in an aliphatic or cyclic aliphatic alcohol, (b) adding a wood ash catalyst, (c) adding CO 2 gas under pressure and heating the reaction mixture, (d) cooling the reaction mixture to room temperature, and depressurizing to obtain dialkyl carbonate.