mhurhangee/patent-ind-claim-en huggingface dataset:
A motor for a household appliance comprising: a machine body ; and a casing , comprising a housing accommodating the machine body inside, and a first connector and a second connector extending outward from the housing , wherein the first and second connectors are configured to bond the motor to another element, such as a pump; the first connector is configured to alleviate at least most of a displacement between the motor and the other element; the second connector is configured to absorb expansion displacement between the motor and the other element; and wherein flexibility of the first connector is greater than that of the second connector . a machine body ; and a casing , comprising a housing accommodating the machine body inside, and a first connector and a second connector extending outward from the housing , wherein the first and second connectors are configured to bond the motor to another element, such as a pump; the first connector is configured to alleviate at least most of a displacement between the motor and the other element; the second connector is configured to absorb expansion displacement between the motor and the other element; and wherein flexibility of the first connector is greater than that of the second connector .
Process for preparing substituted 4-aminoindane derivatives of the general formula (I) in which R 1 is hydrogen, (C 1 -C 8 )-alkyl or (C 3 -C 8 )-cycloalkyl, R 2 , R 3 each are mutually independently hydrogen, (C 1 -C 8 )-alkyl or (C 3 -C 8 )-cycloalkyl, R 4 is CO-(C 1 -C 4 )-alkyl, R 5 is hydrogen, halogen or (C 1 -C 4 )-alkyl, characterized in that a compound of the Formula (II) is reacted with anhydrous hydrogen fluoride, wherein the definitions of the residues R 1 , R 2 , R 3 , R 4 and R 5 listed in the formula (II) are the same as in the formula (I). R 1 is hydrogen, (C 1 -C 8 )-alkyl or (C 3 -C 8 )-cycloalkyl, R 2 , R 3 each are mutually independently hydrogen, (C 1 -C 8 )-alkyl or (C 3 -C 8 )-cycloalkyl, R 4 is CO-(C 1 -C 4 )-alkyl, R 5 is hydrogen, halogen or (C 1 -C 4 )-alkyl,
An ATR infrared spectroscopy method, for determining optical properties of a liquid sample material , comprising the following step: irradiating light from the infrared wavelength range onto the sample material through a reflection element in such a way that the light is totally reflected at the interface formed by the sample material and the reflection element , wherein the reflection element is an ATR-Element; and characterized by the following steps: a) determining a first intensity of light reflected at the interface in a first polarisation state; b) determining a second intensity of the light reflected at the interface in a second polarisation state; c) forming the ratio of the first intensity and the second intensity, or vice versa; wherein the first polarisation state is parallel polarised light and the second polarisation state is perpendicular polarised light. irradiating light from the infrared wavelength range onto the sample material through a reflection element in such a way that the light is totally reflected at the interface formed by the sample material and the reflection element , wherein the reflection element is an ATR-Element; and characterized by the following steps: a) determining a first intensity of light reflected at the interface in a first polarisation state; b) determining a second intensity of the light reflected at the interface in a second polarisation state; c) forming the ratio of the first intensity and the second intensity, or vice versa; a) determining a first intensity of light reflected at the interface in a first polarisation state; b) determining a second intensity of the light reflected at the interface in a second polarisation state; c) forming the ratio of the first intensity and the second intensity, or vice versa; wherein the first polarisation state is parallel polarised light and the second polarisation state is perpendicular polarised light.
Combine harvester for harvesting cereals, comprising - a cutter bar for cutting plants to be harvested, - a feed roller , which can be driven in rotation about an axis of rotation , for conveying the cut plants in the direction of an inclined conveyor , - an inclined conveyor for conveying the cut plants in the direction of a threshing drum , by means of which fruit can be separated from the cut plants , and - at least one driving assistance system comprising at least one data processing system and at least one data memory , wherein the feed roller has an elongated roller core extending transversely to a longitudinal axis of the combine harvester , wherein the feed roller is equipped with a plurality of feed fingers which - viewed in cross-section of the feed roller - project radially beyond an outer circumferential surface of the roller core at least in a partial circumferential region of the feed roller , wherein the feed roller is arranged at a working height measured vertically, starting from an upper side of a cutting table , characterised in that the feed roller and the drive assistance system are connected to each other in such a way that they work together as an automatic feed roller, wherein at least one operating parameter of the feed roller can be changed automatically and independently of other operating parameters of the combine harvester by means of the driver assistance system as a function of at least one harvesting parameter. - a cutter bar for cutting plants to be harvested, - a feed roller , which can be driven in rotation about an axis of rotation , for conveying the cut plants in the direction of an inclined conveyor , - an inclined conveyor for conveying the cut plants in the direction of a threshing drum , by means of which fruit can be separated from the cut plants , and - at least one driving assistance system comprising at least one data processing system and at least one data memory , wherein the feed roller has an elongated roller core extending transversely to a longitudinal axis of the combine harvester , wherein the feed roller is equipped with a plurality of feed fingers which - viewed in cross-section of the feed roller - project radially beyond an outer circumferential surface of the roller core at least in a partial circumferential region of the feed roller , wherein the feed roller is arranged at a working height measured vertically, starting from an upper side of a cutting table , characterised in that the feed roller and the drive assistance system are connected to each other in such a way that they work together as an automatic feed roller, wherein at least one operating parameter of the feed roller can be changed automatically and independently of other operating parameters of the combine harvester by means of the driver assistance system as a function of at least one harvesting parameter.
Break-in protection device for a door having a door leaf (F), wherein the break-in protection device comprises a floor sill and a securing bar , wherein the securing bar can be connected to the door leaf (F) and in the closed state of the door leaf (F), in a securing position, closes a gap between the door leaf (F) and the floor sill over the entire width of the door leaf, wherein the securing bar is movable from a raised position to a securing position and wherein the floor sill comprises a barrier , which prevents the securing bar from being reached from underneath in a straight line from an attack side (A) in the securing position of the securing bar or which, in the event of an object allowed to reach it from underneath, prevents lateral displacement of the object when it has reached it from underneath, wherein the floor sill has a step , which rises towards a non-attack side (I) opposite the attack side (A), wherein the step extends over the entire width of the door leaf (F), and wherein the floor sill has a downwardly inclined oblique surface , characterized in that the step is arranged behind the securing bar , as viewed towards the non-attack side (I), in the securing position, in that the oblique surface is inclined downwards towards the step and in that the oblique surface is indirectly or directly followed by the step , wherein the oblique surface extends over the entire width of the door leaf (F), and in that the securing bar stands upright against a vertical wall of the step in the securing position, wherein the securing bar stands upright against the step over the entire width of the door leaf (F). in that the step is arranged behind the securing bar , as viewed towards the non-attack side (I), in the securing position, in that the oblique surface is inclined downwards towards the step and in that the oblique surface is indirectly or directly followed by the step , wherein the oblique surface extends over the entire width of the door leaf (F), and in that the securing bar stands upright against a vertical wall of the step in the securing position, wherein the securing bar stands upright against the step over the entire width of the door leaf (F).
A gear structure comprising: a gear housing ; a first bevel gear disposed in the gear housing rotatably about a first rotation axis; and a second bevel gear disposed in the gear housing rotatably about a second rotation axis intersecting the first rotation axis, the second bevel gear being in mesh with the first bevel gear ; wherein the gear housing has a gear facing surface extending annularly to face teeth of the second bevel gear in a direction of the second rotation axis; and wherein the gear facing surface has a lubricant receiving portion located forward of the first bevel gear in a rotational direction of the second bevel gear to receive lubricant splashed from the first bevel gear , a lubricant application portion located forward of the lubricant receiving portion in the rotational direction, the lubricant application portion being closer to the second bevel gear than the lubricant receiving portion , and a guide portion extending from the lubricant receiving portion to the lubricant application portion to guide the lubricant received by the lubricant receiving portion to the lubricant application portion . a gear housing ; a first bevel gear disposed in the gear housing rotatably about a first rotation axis; and a second bevel gear disposed in the gear housing rotatably about a second rotation axis intersecting the first rotation axis, the second bevel gear being in mesh with the first bevel gear ; wherein the gear housing has a gear facing surface extending annularly to face teeth of the second bevel gear in a direction of the second rotation axis; and wherein the gear facing surface has a lubricant receiving portion located forward of the first bevel gear in a rotational direction of the second bevel gear to receive lubricant splashed from the first bevel gear , a lubricant application portion located forward of the lubricant receiving portion in the rotational direction, the lubricant application portion being closer to the second bevel gear than the lubricant receiving portion , and a guide portion extending from the lubricant receiving portion to the lubricant application portion to guide the lubricant received by the lubricant receiving portion to the lubricant application portion .
A data processing method for generating a compensation information for tracking or for determining the position and orientation of an object in space, the method comprising the following steps performed by a computer: a) acquiring a predetermined constraint information defining one or more relative or absolute positions and/or orientations of the object in space; b) acquiring position and orientation data of the object while the object is positioned or moved while fulfilling the predetermined constraint; and c) determining the compensation information based on the predetermined constraint information and the acquired position and orientation data of the object, wherein the compensation information defines a bias field being determined based on a number of determined compensation information at different acquired position and orientation data of the object, wherein the bias depends on the measured uncorrected position and/or orientation of the object. a) acquiring a predetermined constraint information defining one or more relative or absolute positions and/or orientations of the object in space; b) acquiring position and orientation data of the object while the object is positioned or moved while fulfilling the predetermined constraint; and c) determining the compensation information based on the predetermined constraint information and the acquired position and orientation data of the object,
A computer-implemented method , comprising: copying a plurality of data objects from a customer data source onto a network-attachable data transfer device , located at a customer location, for physical transport to a service provider location; generating a source manifest inventorying a set of data objects of the plurality of data objects that have been successfully copied to the network-attachable data transfer device at the customer location; receiving a receipt manifest inventorying data objects of the plurality of data objects that have been successfully transmitted from the network-attachable data transfer device , located at a service provider location, to a data storage service ; performing a comparison of the source manifest and the receipt manifest to determine a subset of the set of data objects that have been successfully transferred from the network-attachable data transfer device to the data storage service ; and performing a set of operations that transforms individual data objects of the subset of the set of data objects, wherein the receipt manifest includes a digital signature of the data storage service ; and performing the set of operations is conditioned on successful verification of the digital signature. copying a plurality of data objects from a customer data source onto a network-attachable data transfer device , located at a customer location, for physical transport to a service provider location; generating a source manifest inventorying a set of data objects of the plurality of data objects that have been successfully copied to the network-attachable data transfer device at the customer location; receiving a receipt manifest inventorying data objects of the plurality of data objects that have been successfully transmitted from the network-attachable data transfer device , located at a service provider location, to a data storage service ; performing a comparison of the source manifest and the receipt manifest to determine a subset of the set of data objects that have been successfully transferred from the network-attachable data transfer device to the data storage service ; and performing a set of operations that transforms individual data objects of the subset of the set of data objects, wherein the receipt manifest includes a digital signature of the data storage service ; and performing the set of operations is conditioned on successful verification of the digital signature.
A method for providing dual connectivity for a user equipment, UE, performed by a first base station in a wireless communication system, the method characterised by : transmitting, to a second base station, a first message including bearer information for dual connectivity to support the dual connectivity for the UE to use the second base station while using the first base station, wherein the bearer information includes information on a evolved universal terrestrial radio access network, E-UTRAN,-radio access bearer, E-RAB, which is to be added, and wherein the information on the E-RAB which is to be added includes an E-RAB identifier, ID, a quality of service, QoS, class identifier, QCI, and GTP tunnel information; receiving, from the second base station, a second message including establishment information related to a bearer in response to the first message, wherein the establishment information includes information on the E-RAB which is admitted to be added, including the E-RAB ID; and transmitting, to a mobility management entity, MME, a third message including bearer transport information to transfer a bearer context from the first base station to the second base station, wherein the bearer transport information includes information on the E-RAB which is to be modified, including the E-RAB ID and tunnel endpoint identifier, TEID. transmitting, to a second base station, a first message including bearer information for dual connectivity to support the dual connectivity for the UE to use the second base station while using the first base station, wherein the bearer information includes information on a evolved universal terrestrial radio access network, E-UTRAN,-radio access bearer, E-RAB, which is to be added, and wherein the information on the E-RAB which is to be added includes an E-RAB identifier, ID, a quality of service, QoS, class identifier, QCI, and GTP tunnel information; receiving, from the second base station, a second message including establishment information related to a bearer in response to the first message, wherein the establishment information includes information on the E-RAB which is admitted to be added, including the E-RAB ID; and transmitting, to a mobility management entity, MME, a third message including bearer transport information to transfer a bearer context from the first base station to the second base station, wherein the bearer transport information includes information on the E-RAB which is to be modified, including the E-RAB ID and tunnel endpoint identifier, TEID.
A method for interacting with a spreadsheet, comprising: receiving a gesture on a touch input device to interact with the spreadsheet; receiving sensor information to interact with the spreadsheet; determining a speed of movement of the touch device from the sensor information; determining a speed of zooming based on the speed of movement of the touch device; performing a zoom out operation when the touch device is moved down and performing a zoom in operation when the touch device is moved upwards; automatically determining a type of the received gesture; performing an action relating to the type of the received gesture; and updating a display of the spreadsheet. receiving a gesture on a touch input device to interact with the spreadsheet; receiving sensor information to interact with the spreadsheet; determining a speed of movement of the touch device from the sensor information; determining a speed of zooming based on the speed of movement of the touch device; performing a zoom out operation when the touch device is moved down and performing a zoom in operation when the touch device is moved upwards; automatically determining a type of the received gesture; performing an action relating to the type of the received gesture; and updating a display of the spreadsheet.
Device for controlling the light color of the light emitted by at least one luminaire (L), having at least one color sensor (S), which is designed to generate a color signal starting from at least one target object (O) illuminated by the luminaire (L1..L4), and a control apparatus , which is designed to assign a light color to the color value of the color signal and to control the luminaire (L) on the basis of the assigned light color, characterized in that the control apparatus is designed to determine the presence of a foreign object (P) in the detection range (E) of the color sensor (S) on the basis of a change in the color signal and to suppress a change in the light color when the presence of a foreign object (P) has been determined, wherein the control apparatus is designed to analyze the temporal course of color changes in the color signal output by the color sensor (S) for determining the presence of the foreign object (P) and to determine whether the color value again, within a specific time, assumes a color value, on the basis of which a currently set light color has been ascertained; and/or the control apparatus is designed to determine that no foreign object (P) is located in the detection range (E) when changes in the color value do not exceed a specific threshold value for a specific period of time; and/or the control apparatus is designed to identify foreign objects (P), in particular people, having different colors and/or color patterns on the basis of the color signal, wherein a specific color value and/or one or more specific color value changes are assigned to one person or group of people.
A method of fabricating an optical coupling device for coupling a fiber array to a photonic integrated circuit, PIC, edge coupling array, comprising: forming a waveguide mask layer on a surface of a substrate platform, wherein the waveguide mask layer comprises an array of openings comprising a first end and a second end opposite to the first end, and the substrate platform comprising a first surface, a second surface adjacent to the first surface, and a third surface adjacent to the first surface and opposite the second surface; immersing the substrate platform into a salt melt comprising ions to form an array of waveguides in the substrate platform through an ion diffusion process, wherein the array of waveguides corresponds to the array of openings, and the array of waveguides comprising a first waveguide, disposed in the substrate platform, and extending from the second surface to the third surface, wherein the first waveguide comprises a tapered structure that tapers down vertically and laterally with respect to the first surface from the second surface to the third surface; and controlling a rate of immersion such that a diffusion depth of the ions varies as a function of a distance in a direction from the first end to the second end, wherein the array of waveguides extends in the direction from the first end to the second end. forming a waveguide mask layer on a surface of a substrate platform, wherein the waveguide mask layer comprises an array of openings comprising a first end and a second end opposite to the first end, and the substrate platform comprising a first surface, a second surface adjacent to the first surface, and a third surface adjacent to the first surface and opposite the second surface; immersing the substrate platform into a salt melt comprising ions to form an array of waveguides in the substrate platform through an ion diffusion process, wherein the array of waveguides corresponds to the array of openings, and the array of waveguides comprising a first waveguide, disposed in the substrate platform, and extending from the second surface to the third surface, wherein the first waveguide comprises a tapered structure that tapers down vertically and laterally with respect to the first surface from the second surface to the third surface; and controlling a rate of immersion such that a diffusion depth of the ions varies as a function of a distance in a direction from the first end to the second end, wherein the array of waveguides extends in the direction from the first end to the second end.
Device for applying an axial force to a timepiece component, and for simultaneously measuring the axial distance between a reference and a surface of said component, in particular for fitting out a timepiece, said device comprising a support carrying at least one measuring body which comprises at least one measuring means arranged to axially measure the position of a said surface of a timepiece component, in an axial direction (A), which measuring means comprises a feeler-spindle in contact with a bearing and measuring point and aligned therewith in said axial direction (A), said device being a combined device for simultaneously applying a force and measuring the displacement of the surface to which this force is applied, said device comprising at least one control means which is arranged to be operated by a user or by an automated controller , in order to apply a characterised axial force to a said surface , which force is transmitted to said bearing and measuring point by at least one calibrated, axial resilient return means .