mhurhangee/ep-ind-claims huggingface dataset:
Plug for an electrical plug-in connection, comprising: a housing which has a plurality of electrical plug-in contacts; a slide element which is attached to the housing in a movable manner; a lever, which is mounted on the housing in a rotatable manner, for rotating a gear wheel; characterized by a first toothed rack segment and a second toothed rack segment which are both provided by the slide element and into which the gear wheel engages, wherein the first toothed rack segment and the second toothed rack segment are arranged relative to the gear wheel in such a way that the gear wheel meshes the first toothed rack segment with a first side of the gear wheel and that the gear wheel meshes the second toothed rack segment with a second side of the gear wheel, wherein the first side of the gear wheel is situated substantially opposite the second side of the gear wheel, so that, in the event of a movement of the lever in one direction, the gear wheel meshes on the first toothed rack segment and the slide element moves in a first movement direction and the gear wheel then meshes on the second toothed rack segment and the slide element moves in a second movement direction that is opposite the first movement direction. a housing which has a plurality of electrical plug-in contacts; a slide element which is attached to the housing in a movable manner; a lever, which is mounted on the housing in a rotatable manner, for rotating a gear wheel; characterized by a first toothed rack segment and a second toothed rack segment which are both provided by the slide element and into which the gear wheel engages, wherein the first toothed rack segment and the second toothed rack segment are arranged relative to the gear wheel in such a way that the gear wheel meshes the first toothed rack segment with a first side of the gear wheel and that the gear wheel meshes the second toothed rack segment with a second side of the gear wheel, wherein the first side of the gear wheel is situated substantially opposite the second side of the gear wheel, so that, in the event of a movement of the lever in one direction, the gear wheel meshes on the first toothed rack segment and the slide element moves in a first movement direction and the gear wheel then meshes on the second toothed rack segment and the slide element moves in a second movement direction that is opposite the first movement direction.
An atomization assembly, comprising: a seat unit comprising a base and a sleeve connected to an end of the base, wherein the sleeve has an accommodating cavity and at least one window in communication with the accommodating cavity; a mesh connected to the base and accommodated in the accommodating cavity; and a liquid guiding unit accommodated in the accommodating cavity and covering an outside of the mesh, wherein the liquid guiding unit is configured to guide atomization liquid that flows into the liquid guiding unit through the window to the mesh, characterised in that a single grid area of a region of the mesh corresponding to the window is less than a single grid area of remaining regions of the mesh; or a single grid area of a part of the mesh that is close to the base is less than a single grid area of a part of the mesh that is away from the base. a seat unit comprising a base and a sleeve connected to an end of the base, wherein the sleeve has an accommodating cavity and at least one window in communication with the accommodating cavity; a mesh connected to the base and accommodated in the accommodating cavity; and a liquid guiding unit accommodated in the accommodating cavity and covering an outside of the mesh, wherein the liquid guiding unit is configured to guide atomization liquid that flows into the liquid guiding unit through the window to the mesh, characterised in that a single grid area of a region of the mesh corresponding to the window is less than a single grid area of remaining regions of the mesh; or a single grid area of a part of the mesh that is close to the base is less than a single grid area of a part of the mesh that is away from the base.
A method of switching between network-delivered broadcast content and network-delivered unicast or multicast content on a mobile device, comprising: storing the network delivered unicast content and metadata regarding the network-delivered unicast content in a file, wherein the metadata comprises information about broadcast content to be associated with the file and a URL associated with the schedules of the associated broadcast content; making the network-delivered unicast content available to the mobile device; making the associated network-delivered broadcast content available to the mobile device; recommending a list of related network-delivered broadcast content currently being or soon to be broadcast on a user interface on the mobile device based on the information and the URL comprised in the metadata while presenting the network-delivered unicast content; and switching between presenting the network delivered unicast content and presenting the network-delivered broadcast content responsive to user input received via the user interface on the mobile device. storing the network delivered unicast content and metadata regarding the network-delivered unicast content in a file, wherein the metadata comprises information about broadcast content to be associated with the file and a URL associated with the schedules of the associated broadcast content; making the network-delivered unicast content available to the mobile device; making the associated network-delivered broadcast content available to the mobile device; recommending a list of related network-delivered broadcast content currently being or soon to be broadcast on a user interface on the mobile device based on the information and the URL comprised in the metadata while presenting the network-delivered unicast content; and switching between presenting the network delivered unicast content and presenting the network-delivered broadcast content responsive to user input received via the user interface on the mobile device.
A digital photographing apparatus (100, 1500, 1600) comprising: a first camera (201, 1511) configured to capture a wide-angle image (15, 310, 410, 730, 840, 1120) comprising a main subject; a second camera (30, 1513) configured to capture a telephoto image (13, 320, 430, 740, 830, 1110) zooming in on the main subject; a display (260, 1530) configured to display a main image, wherein the main image is one of the wide-angle image and the telephoto image; and a processor (210, 1520) configured to: determine whether a moving direction of the main subject is away from or towards the digital photographing apparatus; and determine, based on the moving direction of the main subject, one of the wide-angle image and the telephoto image as the main image to be displayed on the display. a first camera (201, 1511) configured to capture a wide-angle image (15, 310, 410, 730, 840, 1120) comprising a main subject; a second camera (30, 1513) configured to capture a telephoto image (13, 320, 430, 740, 830, 1110) zooming in on the main subject; a display (260, 1530) configured to display a main image, wherein the main image is one of the wide-angle image and the telephoto image; and a processor (210, 1520) configured to: determine whether a moving direction of the main subject is away from or towards the digital photographing apparatus; and determine, based on the moving direction of the main subject, one of the wide-angle image and the telephoto image as the main image to be displayed on the display. determine whether a moving direction of the main subject is away from or towards the digital photographing apparatus; and determine, based on the moving direction of the main subject, one of the wide-angle image and the telephoto image as the main image to be displayed on the display.
A method of producing a library of antibodies comprising a plurality of different antibodies, the method comprising: (a) immunizing a non-human animal with one or more antigens; (b) isolating antibody-generating cells from the non-human animal; (c) isolating the plurality of antibodies from the antibody-generating cells or hybridomas produced from the antibody-generating cells; (d) screening the plurality of antibodies of (c) with a human proteome array; (e) selecting an antibody for the library that is monospecific for a single protein on the proteome array, wherein the antibody has an A value of greater than 6 and an S value of greater than 3 for a protein or antigen when incubated on an array comprising the antigens listed in Table 5, wherein the A value is the number of standard deviations above mean signal intensity across an array comprising the antigens listed in Table 5, and the S value is the difference between the top signal and the second highest signal on the array when the signal intensities are rank ordered for the antibody against an array comprising the antigens listed in Table 5; and, (f) adding the antibody from (e) to the library. (a) immunizing a non-human animal with one or more antigens; (b) isolating antibody-generating cells from the non-human animal; (c) isolating the plurality of antibodies from the antibody-generating cells or hybridomas produced from the antibody-generating cells; (d) screening the plurality of antibodies of (c) with a human proteome array; (e) selecting an antibody for the library that is monospecific for a single protein on the proteome array, wherein the antibody has an A value of greater than 6 and an S value of greater than 3 for a protein or antigen when incubated on an array comprising the antigens listed in Table 5, wherein the A value is the number of standard deviations above mean signal intensity across an array comprising the antigens listed in Table 5, and the S value is the difference between the top signal and the second highest signal on the array when the signal intensities are rank ordered for the antibody against an array comprising the antigens listed in Table 5; and, (f) adding the antibody from (e) to the library.
An engineered, non-naturally occurring Clustered Regularly Interspersed Short Palindromic Repeat (CRISPR)-CRISPR associated (Cas) (CRISPR-Cas) system comprising a) one or more guide RNAs which comprise a guide sequence linked to a direct repeat sequence, wherein the guide sequence is capable of hybridizing with a target sequence, or one or more nucleotide sequences encoding a guide RNA, and b) a Cpfl effector protein, or one or more nucleotide sequences encoding the Cpfl effector protein; wherein the one or more guide sequences are capable of hybridizing to said target sequence, said target sequence is 3' of a Protospacer Adjacent Motif, and said guide RNA is capable of forming a complex with the Cpfl effector protein. a) one or more guide RNAs which comprise a guide sequence linked to a direct repeat sequence, wherein the guide sequence is capable of hybridizing with a target sequence, or one or more nucleotide sequences encoding a guide RNA, and b) a Cpfl effector protein, or one or more nucleotide sequences encoding the Cpfl effector protein;
Process for manufacturing an exhaust system, especially for an internal combustion engine of a vehicle, comprising the following steps: a) providing an exhaust gas-guiding component with a wall made of a metallic material, b) providing a sensor-mounting connector consisting of metallic material, which is to be fixed to the wall of the exhaust gas-guiding component, wherein the sensor-mounting connector comprises a sensor-mounting area to be positioned at least partially outside the exhaust gas-guiding component and a connection area to be positioned such that it meshes with the wall of the exhaust gas-guiding component, c) pressing of the sensor-mounting connector with its connection area against an outer surface of the wall of the exhaust gas-guiding component in a fastening area of the wall, which is intended for fixing the sensor-mounting connector, and at the same time rotating the sensor-mounting connector about a longitudinal axis of the connector such that at least the connection area of the sensor-mounting connector penetrates into the material forming the wall of the exhaust gas-guiding component and a connection in substance is established between the metallic material of the wall and the metallic material of the sensor-mounting connector, characterized in that prior to carrying out step c) in the fastening area no opening is formed in the wall for receiving the sensor-mounting connector and that in step b) the sensor-mounting connector is provided with a connection area tapering in the manner of a tip. a) providing an exhaust gas-guiding component with a wall made of a metallic material, b) providing a sensor-mounting connector consisting of metallic material, which is to be fixed to the wall of the exhaust gas-guiding component, wherein the sensor-mounting connector comprises a sensor-mounting area to be positioned at least partially outside the exhaust gas-guiding component and a connection area to be positioned such that it meshes with the wall of the exhaust gas-guiding component, c) pressing of the sensor-mounting connector with its connection area against an outer surface of the wall of the exhaust gas-guiding component in a fastening area of the wall, which is intended for fixing the sensor-mounting connector, and at the same time rotating the sensor-mounting connector about a longitudinal axis of the connector such that at least the connection area of the sensor-mounting connector penetrates into the material forming the wall of the exhaust gas-guiding component and a connection in substance is established between the metallic material of the wall and the metallic material of the sensor-mounting connector,
A computing device comprising: a foldable display; a bend limit layer coupled to the foldable display, the bend limit layer configured to increase its stiffness non-linearly when the foldable display is bent to a radius of curvature less than a limit radius, the limit radius being less than 10 mm; and a backing film coupled to the foldable display, the backing film including: a first layer including unidirectional first fibers oriented in a first direction and embedded within the first layer, wherein the first layer has a thickness of less than 25 μm; and a second layer bound to the first layer, the second layer including unidirectional second fibers oriented in a second direction and embedded within the second layer, wherein the second layer has a thickness of less than 25 μm, wherein the first direction is nonparallel to the second direction. a foldable display; a bend limit layer coupled to the foldable display, the bend limit layer configured to increase its stiffness non-linearly when the foldable display is bent to a radius of curvature less than a limit radius, the limit radius being less than 10 mm; and a backing film coupled to the foldable display, the backing film including: a first layer including unidirectional first fibers oriented in a first direction and embedded within the first layer, wherein the first layer has a thickness of less than 25 μm; and a second layer bound to the first layer, the second layer including unidirectional second fibers oriented in a second direction and embedded within the second layer, wherein the second layer has a thickness of less than 25 μm, wherein the first direction is nonparallel to the second direction. a first layer including unidirectional first fibers oriented in a first direction and embedded within the first layer, wherein the first layer has a thickness of less than 25 μm; and a second layer bound to the first layer, the second layer including unidirectional second fibers oriented in a second direction and embedded within the second layer, wherein the second layer has a thickness of less than 25 μm, wherein the first direction is nonparallel to the second direction.
A method for operation of a safety arrangement in a vehicle, said safety arrangement comprising a seat belt, a seat belt retractor and at least one seat position adjustment arrangement (15, 29) for position adjustment of a seat of said vehicle and/or a portion of said seat, said operation of said safety arrangement comprising - a retraction of said seat belt by means of said seat belt retractor with a retraction force, and - a pre-crash displacement of said seat and/or said portion of said seat resulting in a displacement force acting on said seat belt, characterized by adapting of said pre-crash displacement and said retraction of said seat belt to each other by ascertaining that a combined seat belt force comprising said retraction force and said displacement force does not exceed a selectable level. - a retraction of said seat belt by means of said seat belt retractor with a retraction force, and - a pre-crash displacement of said seat and/or said portion of said seat resulting in a displacement force acting on said seat belt,
A process for obtaining a material comprising a transparent substrate coated with a stack of thin layers which are deposited by cathode sputtering, optionally assisted by a magnetic field, comprising at least one silver-based functional metal layer and at least two antireflective coatings, each antireflective coating comprising at least one dielectric layer, so that each functional metal layer is positioned between two antireflective coatings, the process comprises the sequence of following stages: (a) an antireflective coating comprising at least one thin layer based on crystalline nickel oxide is deposited, then (b) at least one silver-based functional metal layer is deposited above and in contact with the thin layer based on crystalline nickel oxide. (a) an antireflective coating comprising at least one thin layer based on crystalline nickel oxide is deposited, then (b) at least one silver-based functional metal layer is deposited above and in contact with the thin layer based on crystalline nickel oxide.
An apparatus for the atomisation of a liquid including: a piezoelectric substrate having at least one working surface, at least one electrode supported on the piezoelectric substrate, a signal generating means for applying an ultrasonic signal to said electrode for generating a surface acoustic wave in the working surface of the piezoelectric substrate; and a liquid delivery arrangement including a wick in contact with the working surface for delivering liquid thereof, wherein liquid delivered to the working surface is atomised by SAW irradiation, characterised by the electrode being an elliptical, electrode width controlled single phase unidirectional transducer (EWC-SPUDT). a piezoelectric substrate having at least one working surface, at least one electrode supported on the piezoelectric substrate, a signal generating means for applying an ultrasonic signal to said electrode for generating a surface acoustic wave in the working surface of the piezoelectric substrate; and a liquid delivery arrangement including a wick in contact with the working surface for delivering liquid thereof, wherein liquid delivered to the working surface is atomised by SAW irradiation, characterised by the electrode being an elliptical, electrode width controlled single phase unidirectional transducer (EWC-SPUDT).
A process for the manufacture of 1,1,3,3-tetrachloropropene, the process comprising: combining, within a reaction vessel, vinyl chloride, carbon tetrachloride, iron powder, and an organophosphate, to prepare 1,1,1,3,3-pentachloropropane in a raw 1,1,1,3,3-pentachloropropane product stream, separating the raw 1,1,1,3,3-pentachloropropane product stream into a heavy ends fraction and an overhead fraction, the overhead fraction including the 1,1,1,3,3-pentachloropropane, and introducing the overhead fraction to a reactive distillation column together with a Lewis acid, thereby dehydrochlorinating the 1,1,1,3,3-pentachloropropane to make hydrogen chloride and 1,1,3,3-tetrachloropropene. combining, within a reaction vessel, vinyl chloride, carbon tetrachloride, iron powder, and an organophosphate, to prepare 1,1,1,3,3-pentachloropropane in a raw 1,1,1,3,3-pentachloropropane product stream, separating the raw 1,1,1,3,3-pentachloropropane product stream into a heavy ends fraction and an overhead fraction, the overhead fraction including the 1,1,1,3,3-pentachloropropane, and introducing the overhead fraction to a reactive distillation column together with a Lewis acid, thereby dehydrochlorinating the 1,1,1,3,3-pentachloropropane to make hydrogen chloride and 1,1,3,3-tetrachloropropene.
A method of prospecting for hydrocarbons comprising calculating the radiogenic heat production of a geophysical structure, wherein there is provided at least two geophysical parameters of the geophysical structure and there is a statistical dependence between the at least two geophysical parameters and the radiogenic heat production, the method comprising: inverting the at least two geophysical parameters to estimate the radiogenic heat production of the geophysical structure, wherein the radiogenic heat production of the geological parameter is one of at least one causes of the at least two geophysical parameters; and using the estimated radiogenic heat production to prospect for hydrocarbons; wherein inverting the at least two geophysical parameters comprises selecting a forward model that defines a relationship between the at least two geophysical parameters and the radiogenic heat production of the geophysical structure, and using a model in which there is statistical independence between the at least two geophysical parameters and statistical dependence between each respective geophysical parameter and the radiogenic heat production of the geophysical structure; wherein the at least two geophysical parameters comprise at least one electromagnetic geophysical parameter and at least one mechanical geophysical parameter. inverting the at least two geophysical parameters to estimate the radiogenic heat production of the geophysical structure, wherein the radiogenic heat production of the geological parameter is one of at least one causes of the at least two geophysical parameters; and using the estimated radiogenic heat production to prospect for hydrocarbons; wherein inverting the at least two geophysical parameters comprises selecting a forward model that defines a relationship between the at least two geophysical parameters and the radiogenic heat production of the geophysical structure, and using a model in which there is statistical independence between the at least two geophysical parameters and statistical dependence between each respective geophysical parameter and the radiogenic heat production of the geophysical structure; wherein the at least two geophysical parameters comprise at least one electromagnetic geophysical parameter and at least one mechanical geophysical parameter.
A knitted ribbon with at least two knitted ribbon parts (4, 6) which are connected to one another by means of at least one continuous weft thread laid in repeated loops (12, 20), wherein the weft thread is tied firmly into the respective ribbon part (4, 6) in fastening portions alternating from ribbon part to ribbon part and, in separating portions lying between them, is led back and forth between the ribbon parts (4, 6) in weft thread loops, characterized in that the loop heads (22, 22a) of the weft thread loops being arranged on the ribbon parts (4, 6) so as to be capable of being released and of being stretched out.