mhurhangee/patent-ind-claim-en huggingface dataset:
A spinning method comprising: supporting a supported portion of a cylindrical work by a work supporting portion ; pressing a roller of a spinning head against an outer peripheral surface of a processed portion of the work while revolving the roller; performing a forming process that points a tube axis of the processed portion of the work in a given direction by moving the processed portion relative to the work supporting portion or moving the work supporting portion relative to the processed portion in a direction perpendicular to a tube axis of the supported portion, while making a core bar inserted into the processed portion of the work contact an inner peripheral surface of the processed portion, characterised in that the forming process further comprises, reducing a diameter of the processed portion of the work by appropriately reducing a revolution diameter of the roller and moving the work supporting portion away from the spinning head in a direction parallel to the tube axis of the supported portion, at this time the core bar comes out from the processed portion of the cylindrical work as the work supporting portion moves. supporting a supported portion of a cylindrical work by a work supporting portion ; pressing a roller of a spinning head against an outer peripheral surface of a processed portion of the work while revolving the roller; performing a forming process that points a tube axis of the processed portion of the work in a given direction by moving the processed portion relative to the work supporting portion or moving the work supporting portion relative to the processed portion in a direction perpendicular to a tube axis of the supported portion, while making a core bar inserted into the processed portion of the work contact an inner peripheral surface of the processed portion, characterised in that the forming process further comprises, reducing a diameter of the processed portion of the work by appropriately reducing a revolution diameter of the roller and moving the work supporting portion away from the spinning head in a direction parallel to the tube axis of the supported portion, at this time the core bar comes out from the processed portion of the cylindrical work as the work supporting portion moves.
A method for controlling a charging process of an electric vehicle with the following steps, executed by a control unit of a charging cable : - determining a resistance between a first and/or a second network contact and a first protective earth conductor contact of a network connection of the charging cable ; - comparing the determined resistance to a predetermined value; - applying a time-variable voltage to a second protective earth conductor contact of a vehicle connection of the charging cable ; characterized by the following steps: - examining whether a time-variable signal, triggered by the time-variable voltage being applied to the vehicle connection , can be detected at the first network contact and/or at the second network contact of the network connection ; - enabling a charging process when either the determined resistance is below the predetermined value or the determined resistance is above the predetermined value and, at the same time, no time-variable signal can be detected at the network connection . - determining a resistance between a first and/or a second network contact and a first protective earth conductor contact of a network connection of the charging cable ; - comparing the determined resistance to a predetermined value; - applying a time-variable voltage to a second protective earth conductor contact of a vehicle connection of the charging cable ; - examining whether a time-variable signal, triggered by the time-variable voltage being applied to the vehicle connection , can be detected at the first network contact and/or at the second network contact of the network connection ; - enabling a charging process when either the determined resistance is below the predetermined value or the determined resistance is above the predetermined value and, at the same time, no time-variable signal can be detected at the network connection .
A computer-aided method for providing control data to an additive manufacturing device for manufacturing a three-dimensional object, wherein the object is manufactured by means of the additive manufacturing device by applying a building material layer by layer and by solidifying the building material by supplying radiation energy to locations in each layer assigned to the cross-section of the object in that layer by scanning these locations with at least one beam bundle according to a set of energy introduction parameter values along a number of solidification paths, wherein a solidification path extends between a starting point and an end point, and wherein at the most as much energy is introduced outside of the solidification path that the building material is heated but no solidification is caused, the method for providing control data comprising: a first step (S1) of accessing computer-based model data of at least a portion of the object to be manufactured, a second step (S2) of generating at least one data model of a region of a building material layer to be selectively solidified for manufacturing said at least one object portion, wherein the data model specifies solidification of the building material by moving at least one beam bundle along at least one solidification path , wherein a set of energy introduction parameter values is specified for the end point of the at least one solidification path , said set of energy introduction parameter values causing a reference value for the radiation power per unit area in the radiation impact area of the beam bundle on the building material which is lower than the reference value for the radiation power per unit area at other locations of the solidification path , and a third step (S3) in which control data corresponding to the at least one data model generated in the second step (S2) are provided for generating a control data set for the additive manufacturing device. a first step (S1) of accessing computer-based model data of at least a portion of the object to be manufactured, a second step (S2) of generating at least one data model of a region of a building material layer to be selectively solidified for manufacturing said at least one object portion, wherein the data model specifies solidification of the building material by moving at least one beam bundle along at least one solidification path , wherein a set of energy introduction parameter values is specified for the end point of the at least one solidification path , said set of energy introduction parameter values causing a reference value for the radiation power per unit area in the radiation impact area of the beam bundle on the building material which is lower than the reference value for the radiation power per unit area at other locations of the solidification path , and a third step (S3) in which control data corresponding to the at least one data model generated in the second step (S2) are provided for generating a control data set for the additive manufacturing device.
An electrochemical sensor assembly for a respiratory alcohol measuring device , the electrochemical sensor assembly comprising: an electrochemical sensor having at least two electrodes (12; 14); and a heat source , a control device , the heat source being arranged such that, upon activation, it selectively heats one of the electrodes of the electrochemical sensor, characterized in that the control device is designed to activate the heat source and to determine a vitality of the electrodes based on the selective heating of the one electrode, specifically based on a voltage between the electrodes generated by the selective heating and the current flow generated as a result. an electrochemical sensor having at least two electrodes (12; 14); and a heat source , a control device , the heat source being arranged such that, upon activation, it selectively heats one of the electrodes of the electrochemical sensor, characterized in that the control device is designed to activate the heat source and to determine a vitality of the electrodes based on the selective heating of the one electrode, specifically based on a voltage between the electrodes generated by the selective heating and the current flow generated as a result.
Apparatus comprising: one or more first microphones for providing audio signals from captured acoustic signals; one or more conductive terminals for connection to one or more conductive terminals of an external cover device for receiving audio signals provided by one or more second microphones included in the external cover device ; and one or more processors coupled to the one or more first microphones and to the one or more conductive terminals and configured to perform audio processing on the audio signals from the one or more first microphones and/or from the one or more second microphones based on a control input, characterized in that the control input is provided by the one or more processors responsive to identifying the connection of the external cover device , wherein the or each processor is configured responsive to receiving the control input to perform audio processing on the audio signals provided by the one or more second microphones included in the external cover device . one or more first microphones for providing audio signals from captured acoustic signals; one or more conductive terminals for connection to one or more conductive terminals of an external cover device for receiving audio signals provided by one or more second microphones included in the external cover device ; and one or more processors coupled to the one or more first microphones and to the one or more conductive terminals and configured to perform audio processing on the audio signals from the one or more first microphones and/or from the one or more second microphones based on a control input, characterized in that the control input is provided by the one or more processors responsive to identifying the connection of the external cover device , wherein the or each processor is configured responsive to receiving the control input to perform audio processing on the audio signals provided by the one or more second microphones included in the external cover device .
A device for cutting a lens in a cataract procedure comprising: a support shaft; and an elongate element coupled to the support shaft, the elongate element having a first end and a second end, at least one of the first end and the second end being movable relative to the other end to change a size of a loop formed at least in part by the elongate element, the loop being movable from a collapsed position to an expanded position, the loop being in the collapsed position during an introducing step into the eye and being in the expanded position when the loop is positioned around the lens, the lens being cut by reducing a size of the loop when the loop is positioned around the lens, wherein the elongate element has an elbow at the first end, the elbow extending from the support shaft when the loop is in the expanded position, wherein the elongate element forms the loop so that a loop plane is defined in the expanded position, characterized in that the elbow has a living hinge having a non-circular cross-section, wherein the elbow is made of a polymer, wherein the elbow is at least twice as flexible in bending for a force applied to a tip of the elbow and lying in the loop plane compared to a transverse force applied to the tip of the elbow and directed transverse to the loop plane. a support shaft; and an elongate element coupled to the support shaft, the elongate element having a first end and a second end, at least one of the first end and the second end being movable relative to the other end to change a size of a loop formed at least in part by the elongate element, the loop being movable from a collapsed position to an expanded position, the loop being in the collapsed position during an introducing step into the eye and being in the expanded position when the loop is positioned around the lens, the lens being cut by reducing a size of the loop when the loop is positioned around the lens, wherein the elongate element has an elbow at the first end, the elbow extending from the support shaft when the loop is in the expanded position, wherein the elongate element forms the loop so that a loop plane is defined in the expanded position, characterized in that the elbow has a living hinge having a non-circular cross-section, wherein the elbow is made of a polymer, wherein the elbow is at least twice as flexible in bending for a force applied to a tip of the elbow and lying in the loop plane compared to a transverse force applied to the tip of the elbow and directed transverse to the loop plane.
A laundry appliance comprising a laundry drying chamber and a sensor for measuring the humidity of laundry items contained in the laundry drying chamber , said sensor comprising a sensing arrangement provided for generating one or more electric signals accounting for a degree of humidity of the laundry items contained in the laundry drying chamber, the sensor further comprises an operating support having a first surface and a second surface opposite to the first surface, and the sensing arrangement of the sensor further comprises at least one first pad provided on the first surface of the operating support and a respective at least one second pad provided on the second surface of the operating support, both the first pad and the second pad being made of an electrically conductive material and being adapted to operate as a plate of a capacitor, characterized in that the operating support comprises an electronic board comprising a respective metal layer provided at the first surface and at the second surface, said first surface , on which the at least one first pad is provided, being a top surface of the electronic board and said second surface , opposite to the first surface and on which the respective at least one second pad is provided, being a back surface of the electronic board , and in that the at least one first pad and the respective at least one second pad being made by using said respective metal layer of the electronic board and being mounted to the electronic board spatially close one to the other and have substantially the same physical and structural properties.
A system , comprising: a field terminal block ; a dongle configured to be installed on the field terminal block and configured to make an electrical connection with an input/output, I/O, loop ; a mobile hand-held device including an operating software for communicating with the dongle and with a database of I/O loop data and wiring diagrams, wherein: the operating software is configured to use the database of I/O loop data and wiring diagrams of a wiring and cabling path between a marshalling cabinet, junction box and process instruments to be tested to automatically construct an I/O loop check file , and the dongle is configured to download the I/O loop check file to execute the testing of the I/O loop wherein an I/O loop test for the I/O loop comprises comparing a test data to an expected result for the I/O loop test. a field terminal block ; a dongle configured to be installed on the field terminal block and configured to make an electrical connection with an input/output, I/O, loop ; a mobile hand-held device including an operating software for communicating with the dongle and with a database of I/O loop data and wiring diagrams, wherein: the operating software is configured to use the database of I/O loop data and wiring diagrams of a wiring and cabling path between a marshalling cabinet, junction box and process instruments to be tested to automatically construct an I/O loop check file , and the dongle is configured to download the I/O loop check file to execute the testing of the I/O loop wherein an I/O loop test for the I/O loop comprises comparing a test data to an expected result for the I/O loop test. the operating software is configured to use the database of I/O loop data and wiring diagrams of a wiring and cabling path between a marshalling cabinet, junction box and process instruments to be tested to automatically construct an I/O loop check file , and the dongle is configured to download the I/O loop check file to execute the testing of the I/O loop wherein an I/O loop test for the I/O loop comprises comparing a test data to an expected result for the I/O loop test.
A catadioptric optical telescope having a modified Maksutov-Cassegrain optical structure, comprising: an axially elongated housing having a generally cylindrical interior and entrance and exit ends; a spherical meniscus corrector lens mounted at the entrance end of the housing, the corrector lens comprising: a first spherical surface and a second spherical surface, and a centrally located reflective coating located on the second surface; a primary mirror mounted at the exit end of the housing, the primary mirror being a Mangin mirror and comprising a central aperture, first and second surfaces, and a reflective coating located on the second surface; and a field flattener lens located within the central aperture of the primary mirror and being axially aligned with the corrector lens and primary mirror; the corrector lens and primary mirror being axially aligned and having their first surfaces facing each other within the interior of the housing, wherein the corrector lens is configured to disperse incoming rays radially outwardly towards the primary mirror, wherein the primary mirror is a negative meniscus lens with a circular aperture in its center, the primary mirror being configured so that rays are reflected only from its second surface, wherein the primary mirror is configured so that, after reflection from the second surface of the primary mirror , the rays are made incident upon the reflective coating that is located on the second surface of the spherical meniscus corrector lens . an axially elongated housing having a generally cylindrical interior and entrance and exit ends; a spherical meniscus corrector lens mounted at the entrance end of the housing, the corrector lens comprising: a first spherical surface and a second spherical surface, and a centrally located reflective coating located on the second surface; a primary mirror mounted at the exit end of the housing, the primary mirror being a Mangin mirror and comprising a central aperture, first and second surfaces, and a reflective coating located on the second surface; and a first spherical surface and a second spherical surface, and a centrally located reflective coating located on the second surface; a primary mirror mounted at the exit end of the housing, the primary mirror being a Mangin mirror and comprising a central aperture, first and second surfaces, and a reflective coating located on the second surface; and a field flattener lens located within the central aperture of the primary mirror and being axially aligned with the corrector lens and primary mirror; the corrector lens and primary mirror being axially aligned and having their first surfaces facing each other within the interior of the housing, wherein the primary mirror is a negative meniscus lens with a circular aperture in its center, the primary mirror being configured so that rays are reflected only from its second surface, wherein the primary mirror is configured so that, after reflection from the second surface of the primary mirror , the rays are made incident upon the reflective coating that is located on the second surface of the spherical meniscus corrector lens .
Carton carrier for cartons containing rod-shaped products of the tobacco processing industry, comprising a receptacle which has a shape adapted to the outer shape of the cartons and an opening on at least one side, characterized in that - the carton can be fixed in relation to at least one edge of the carton carrier that delimits the opening , - at least one first spring device being provided in a base surface of the receptacle , which first spring device can resiliently support the cartons on an underside oriented parallel to the edge . a receptacle which has a shape adapted to the outer shape of the cartons and an opening on at least one side, characterized in that - the carton can be fixed in relation to at least one edge of the carton carrier that delimits the opening , - at least one first spring device being provided in a base surface of the receptacle , which first spring device can resiliently support the cartons on an underside oriented parallel to the edge . - the carton can be fixed in relation to at least one edge of the carton carrier that delimits the opening , - at least one first spring device being provided in a base surface of the receptacle , which first spring device can resiliently support the cartons on an underside oriented parallel to the edge .
Motor vehicle latch comprising a locking mechanism having a catch and at least one pawl , wherein the catch can be ratcheted in at least one ratcheting position by means of the pawl and a separate ratcheting element arranged in the engagement region between the catch and the pawl , wherein the ratcheting element is pivotably accommodated in a bearing point of the pawl , wherein the ratcheting element is designed as an opening lever , characterized in that the bearing point is designed as a slot , wherein the opening lever has at least one radius contour so that the opening lever can be rolled on the catch and/or the pawl .
A food waste recycler for composting refuse according to an automatic cycle of operation, the food waste recycler comprising: a housing ; a bin located within the housing and defining an inner surface ; a heater thermally coupled to the bin; a motor located within the housing ; and a stirrer located in the bin and having a shaft coupled to the motor , an auger extending about the shaft , and a skimming wand , said skimming wand being mounted to the shaft by means of bars and located adjacent to, but not in contact with the inner surface ; wherein the motor rotates the shaft to rotate the auger , which mixes waste within the bin , and rotates the skimming wand , which moves near the inner surface to dislodge refuse attached to the inner surface without scraping the inner surface . a housing ; a bin located within the housing and defining an inner surface ; a heater thermally coupled to the bin; a motor located within the housing ; and a stirrer located in the bin and having a shaft coupled to the motor , an auger extending about the shaft , and a skimming wand , said skimming wand being mounted to the shaft by means of bars and located adjacent to, but not in contact with the inner surface ; wherein the motor rotates the shaft to rotate the auger , which mixes waste within the bin , and rotates the skimming wand , which moves near the inner surface to dislodge refuse attached to the inner surface without scraping the inner surface .
Artificial turf monofilaments , said monofilaments each comprising an irregularly-shaped cross-section perpendicular to the length of the artificial turf monofilament that varies irregularly along the length of the monofilament, wherein said monofilaments are cut from a thermoplastic foil having a non-planar shape.