mhurhangee/ep-ind-claims huggingface dataset:
Honing machine for honing rotationally symmetrical bore holes in workpieces, comprising: a honing spindle, which is movably mounted in a spindle housing, is rotatable about a spindle axis by means of a rotary drive, can be driven in an oscillating manner parallel to the spindle axis by means of a lifting drive and has at a tool-side end means for securing a honing tool arrangement, which has a tool body carrying at least one honing element, which by axial displacement of a tool-side expanding element that is axially displaceable inside the tool body can be infed radially in relation to a tool axis and can be pressed by a pressing force against an inner side of a bore hole to be machined; an expanding system with a machine-side expanding rod, which is guided inside the honing spindle, is axially displaceable by means of an expanding drive in relation to the honing spindle and has a tool-side end portion, for coupling onto the tool-side expanding element; a control device for controlling operating movements of the honing spindle and the expanding system; and a force measuring system with a force sensor for generating a sensor signal proportional to the pressing force and a transmission path for transmitting the sensor signal or a signal derived therefrom to the control device, characterized in that the force sensor is arranged in the region of the tool-side end portion of the machine-side expanding rod and is connected to the control device by way of a telemetric transmission path. a honing spindle, which is movably mounted in a spindle housing, is rotatable about a spindle axis by means of a rotary drive, can be driven in an oscillating manner parallel to the spindle axis by means of a lifting drive and has at a tool-side end means for securing a honing tool arrangement, which has a tool body carrying at least one honing element, which by axial displacement of a tool-side expanding element that is axially displaceable inside the tool body can be infed radially in relation to a tool axis and can be pressed by a pressing force against an inner side of a bore hole to be machined; an expanding system with a machine-side expanding rod, which is guided inside the honing spindle, is axially displaceable by means of an expanding drive in relation to the honing spindle and has a tool-side end portion, for coupling onto the tool-side expanding element; a control device for controlling operating movements of the honing spindle and the expanding system; and a force measuring system with a force sensor for generating a sensor signal proportional to the pressing force and a transmission path for transmitting the sensor signal or a signal derived therefrom to the control device, characterized in that the force sensor is arranged in the region of the tool-side end portion of the machine-side expanding rod and is connected to the control device by way of a telemetric transmission path.
A vaccine comprising inactivated cells of Haemophilus parasuis bacteria of serotype 5 obtained by growing under iron-restrictions conditions, or derivates thereof, which bacteria express a protein whose expression is upregulated when the expressing bacterium is grown under iron-restriction conditions, visible on a Western-blot when reacted with serum of a convalescent animal which has recovered from an infection by Haemophilus parasuis bacteria of serotype 4, the said protein not being visible on a Western-blot when wild-type Haemophilus parasuis bacteria of serotype 5 grown under iron-replete conditions are reacted under the same conditions, the vaccine providing protection against a disorder arising from Haemophilus parasuis serotype 4 bacteria.
A machine (12, 13) for painting small three-dimensional objects comprising: a plurality of spindles, each spindle of said plurality comprising a holder for a single object to be painted; a unit able to rotate about an axis and equipped with a plurality of seats which are distributed in a circle around said axis and which can move, following the rotation of the rotary unit, in a predetermined direction of travel (F') of a circular path around said axis, wherein each seat of said plurality is structured to receive a spindle allowing, relative to the rotary unit, rotation at least of the holder for the object to be painted about a painting axis, said spindle being removably associable with said seat; at least one airless painting device operatively positioned along said circular path at least at one painting station designed to receive said seats in sequence; first actuator means structured in such a way as to drive the rotation about said painting axis at least of the holder for the object to be painted of each spindle associated with a respective seat of said rotary unit at least when said seat is positioned at the painting station, means for transferring the objects, said transfer means being positioned upstream and/or downstream of said painting device depending on the direction of travel (F') of said path, characterized in that said transfer means being structured in such a way as to grip a spindle positioned alonga transfer line and place it in one of the seats and/or vice versa. a plurality of spindles, each spindle of said plurality comprising a holder for a single object to be painted; a unit able to rotate about an axis and equipped with a plurality of seats which are distributed in a circle around said axis and which can move, following the rotation of the rotary unit, in a predetermined direction of travel (F') of a circular path around said axis, wherein each seat of said plurality is structured to receive a spindle allowing, relative to the rotary unit, rotation at least of the holder for the object to be painted about a painting axis, said spindle being removably associable with said seat; at least one airless painting device operatively positioned along said circular path at least at one painting station designed to receive said seats in sequence; first actuator means structured in such a way as to drive the rotation about said painting axis at least of the holder for the object to be painted of each spindle associated with a respective seat of said rotary unit at least when said seat is positioned at the painting station, means for transferring the objects, said transfer means being positioned upstream and/or downstream of said painting device depending on the direction of travel (F') of said path, characterized in that said transfer means being structured in such a way as to grip a spindle positioned alonga transfer line and place it in one of the seats and/or vice versa.
An aerosol generating article (30, 80) comprising: a tobacco medium section (310, 810); a filter section coupled to a downstream end of the tobacco medium section (310, 810); and a plurality of flavoring capsules (322, 324, 822, 824) arranged inside at least one of the tobacco medium section (310, 810) and the filter section, wherein the plurality of flavoring capsules (322, 324, 822, 824) respectively include different flavor sources and respectively include susceptor materials (410, 420, 510, 520, 610, 620) configured to be heated at different rates as an alternating magnetic field passes through the susceptor materials (410, 420, 510, 520, 610, 620). a tobacco medium section (310, 810); a filter section coupled to a downstream end of the tobacco medium section (310, 810); and a plurality of flavoring capsules (322, 324, 822, 824) arranged inside at least one of the tobacco medium section (310, 810) and the filter section, wherein the plurality of flavoring capsules (322, 324, 822, 824) respectively include different flavor sources and respectively include susceptor materials (410, 420, 510, 520, 610, 620) configured to be heated at different rates as an alternating magnetic field passes through the susceptor materials (410, 420, 510, 520, 610, 620).
A dye-sensitized solar cell comprising: a working electrode comprising a conductive substrate that is capable of transmitting light, and a porous oxide semiconductor layer that is provided on the conductive substrate; a counter electrode that is provided to face the porous oxide semiconductor layer of the working electrode; a photosensitizing dye that is supported in the porous oxide semiconductor layer of the working electrode; and an electrolyte that is disposed between the working electrode and the counter electrode, wherein the average particle size of the entirety of the semiconductor particles that constitute the porous oxide semiconductor layer is 100 nm or less, the electrolyte contains inorganic particles and is gelled by the inorganic particles, the inorganic particles comprise oxide semiconductor particles, the average particle size of the inorganic particles is 5 nm to 1,000 nm, and characterized in that the content of the inorganic particles in the electrolyte is 30% to 70% by mass, and the reflectance of the electrolyte is higher than the reflectance of the porous oxide semiconductor layer. a working electrode comprising a conductive substrate that is capable of transmitting light, and a porous oxide semiconductor layer that is provided on the conductive substrate; a counter electrode that is provided to face the porous oxide semiconductor layer of the working electrode; a photosensitizing dye that is supported in the porous oxide semiconductor layer of the working electrode; and an electrolyte that is disposed between the working electrode and the counter electrode, wherein the average particle size of the entirety of the semiconductor particles that constitute the porous oxide semiconductor layer is 100 nm or less, the electrolyte contains inorganic particles and is gelled by the inorganic particles, the inorganic particles comprise oxide semiconductor particles, the average particle size of the inorganic particles is 5 nm to 1,000 nm, and characterized in that the content of the inorganic particles in the electrolyte is 30% to 70% by mass, and the reflectance of the electrolyte is higher than the reflectance of the porous oxide semiconductor layer.
In combination, a valve cavity cap arrangement (100, 200, 300) and a valve body defining a valve cavity having a recessed surface from which a central passage and at least one radially offset passage (38, 39) extend, the valve cavity adapted to receive a flow control valve, the valve cavity cap arrangement being installed within the valve cavity in place of the flow control valve and comprising: a metal insert (110, 210, 310) received in the valve cavity, the insert including an inner annular sealing bead (112, 212, 312) sized to provide a metal-to-metal seal against a portion of the recessed surface surrounding the central passage, an outer annular sealing bead (114, 214, 314) sized to provide a metal-to-metal seal against an outer periphery of the recessed surface, surrounding the at least one radially offset passage, and a solid web portion (113, 213, 313) extending between the inner annular sealing bead and the outer annular sealing bead (114, 214, 314); and a threaded cap (120, 220, 320) having an outer threaded portion (129, 229, 329) threadably engaged with an internal threaded portion of the valve cavity, a central end portion (122, 222, 322) configured to apply a first sealing force to the inner annular sealing bead, and an outer end portion (124, 224, 324) configured to apply a second sealing force to the outer annular sealing bead (114, 214, 314). a metal insert (110, 210, 310) received in the valve cavity, the insert including an inner annular sealing bead (112, 212, 312) sized to provide a metal-to-metal seal against a portion of the recessed surface surrounding the central passage, an outer annular sealing bead (114, 214, 314) sized to provide a metal-to-metal seal against an outer periphery of the recessed surface, surrounding the at least one radially offset passage, and a solid web portion (113, 213, 313) extending between the inner annular sealing bead and the outer annular sealing bead (114, 214, 314); and a threaded cap (120, 220, 320) having an outer threaded portion (129, 229, 329) threadably engaged with an internal threaded portion of the valve cavity, a central end portion (122, 222, 322) configured to apply a first sealing force to the inner annular sealing bead, and an outer end portion (124, 224, 324) configured to apply a second sealing force to the outer annular sealing bead (114, 214, 314).
Method for operating a charging station for electric vehicles, wherein - a switching state of at least one fuse (14a-c) arranged between a grid connection of the charging station and a charging cable connection of the charging station is monitored and - with the aid of a contact state, a connection of a charging cable with the charging cable connection and a separation of the charging cable from the charging cable connection is monitored, characterised in that - an opening of the fuse (14a-c) occurring during a connection of the charging cable with the charging cable connection is detected with the aid of the monitored switching state and - in the case of a detected opening, the fuse (14a-c) is autonomously closed caused by the detected separation of the charging cable from the charging cable connection, wherein - the fuse (14a-c) is not autonomously closed in case an opening of the fuse (14a-c) is detected while the charging cable is not connected to the charging cable connection. - a switching state of at least one fuse (14a-c) arranged between a grid connection of the charging station and a charging cable connection of the charging station is monitored and - with the aid of a contact state, a connection of a charging cable with the charging cable connection and a separation of the charging cable from the charging cable connection is monitored, - an opening of the fuse (14a-c) occurring during a connection of the charging cable with the charging cable connection is detected with the aid of the monitored switching state and - in the case of a detected opening, the fuse (14a-c) is autonomously closed caused by the detected separation of the charging cable from the charging cable connection, wherein - the fuse (14a-c) is not autonomously closed in case an opening of the fuse (14a-c) is detected while the charging cable is not connected to the charging cable connection.
Lighting and/or signalling device for a motor vehicle, comprising a first light source capable of emitting a first light beam, a second light source capable of emitting a second light beam, a light guide configured to guide said light beams (F1, F2), said light guide comprising an input face for said light beams (F1, F2), said device being configured to direct said light beams (F1, F2) so that each of said light beams is substantially centred about one and the same propagation axis, common to both of said light beams, when they encounter said input face of the light guide, characterized in that said first and second light beams (F1, F2) are of two different colours, the first light source being of white colour and the second light source being of yellow colour, wherein the device serves both as position light and as flashing light, wherein the first light source is disposed so as to emit first light beam towards said input face of the light guide along said propagation axis, and wherein said second source emits said second beam in a direction transversal to said propagation axis and said device comprises means for deflecting said second beam.
A method of wireless communication performed by a user equipment, UE, comprising: receiving, from a base station, information about a time division duplex, TDD, frame structure of a plurality of frames, wherein the plurality of frames includes a plurality of subframes, and the received information about the TDD frame structure of the plurality of frames indicates a number of downlink, DL, subframes in the plurality of frames; determining a control channel search space within the plurality of subframes based on the information about the TDD frame structure of the plurality of frames, which comprises determining at least one of a size and a location of a first subset of the DL subframes allowed to carry the control information; determining a search strategy including a maximum aggregation level based on the control channel search space, which comprises determining the maximum aggregation level for the control channel search space based on the size of the first subset of the DL subframes; and performing a blind decoding of the control channel search space with the search strategy to obtain control information, which comprises performing the blind decoding of the control channel search space based on the determined maximum aggregation level. receiving, from a base station, information about a time division duplex, TDD, frame structure of a plurality of frames, wherein the plurality of frames includes a plurality of subframes, and the received information about the TDD frame structure of the plurality of frames indicates a number of downlink, DL, subframes in the plurality of frames; determining a control channel search space within the plurality of subframes based on the information about the TDD frame structure of the plurality of frames, which comprises determining at least one of a size and a location of a first subset of the DL subframes allowed to carry the control information; determining a search strategy including a maximum aggregation level based on the control channel search space, which comprises determining the maximum aggregation level for the control channel search space based on the size of the first subset of the DL subframes; and performing a blind decoding of the control channel search space with the search strategy to obtain control information, which comprises performing the blind decoding of the control channel search space based on the determined maximum aggregation level.
Method for displaying at least one parameter, relating to the operation of a vehicle, in the vehicle by means of a display device with a display area, in which in a first display mode of the display device the display area is activated in such a way that a display element is generated with a first boundary (12.1) which is circular, with the result that in the first display mode the display element constitutes a disc, and with an area lying inside the first boundary (12.1), wherein the area is divided into at least a first sub-area (10.1) and a second sub-area, and the first sub-area (10.1) comprises a scale by means of which a status variable of the vehicle is displayed, wherein in the first display mode the instantaneous value of the status variable is displayed by means of a graphic element which extends from the second sub-area into the first sub-area (10.1) to the scale, the parameter is registered, an operator control action by which the display device is adjusted from the first display mode into a second display mode is registered, and in the second display mode the display element is generated in such a way that the second sub-area (10.2) is visually delimited from the first sub-area (10.1) by a second boundary (12.2), in that the second sub-area (10.2) is divided into a central area (10.2) and an inner area (10.3), wherein a third boundary (12.3) is formed between the central area (10.2) and the inner area (10.3), and wherein the central area (10.2) is arranged between the first sub-area (10.1) and the inner area (10.3), in that the graphic element extends from the second boundary (12.2) to the scale, with the result that the graphic element is now only displayed in the first sub-area (10.1), characterized in that the second boundary (12.2) and the third boundary (12.3) are circular, with the result that in the second display mode the first sub-area (10.1) forms an outer ring (10.1') with the scale, the central area (10.2) forms a central ring (10.2'), and the inner area (10.3) forms an inner disc (10.3'), and in that the value of the parameter is displayed with different types of representation in the central area (10.2) and in the inner area (10.3).
A painting installation comprising a spraying cabin (12; 12a; 12b; 12c; 12d) having an application region for painting of parts, comprising at least one auxiliary region (16, 18) separated from the application region, comprising an air feed and an air suction, wherein for the application region a first air feed is provided being guided via an air conditioning device, and wherein for the auxiliary region (16, 18) a second air feed (22, 24) separated from the air conditioning device is provided, characterized in that the outgoing air from the spraying cabin (12; 12a; 12b; 12c; 12d) is fed to a washer which is followed by a rewasher for recycling, the latter being at least partially connected with the air conditioning device, and in that the first air feed for the application region is only connected with the air conditioning device for feeding air conditioned additional air, while the second air feed (22, 24) for the auxiliary region (16, 18) for feeding air not being air conditioned or partially air conditioned is connected with a device not being fed from the air conditioning device.
A method comprising: accessing a set of images captured by a farming vehicle (110, 310, 610) while navigating via autonomous steering through an area of different surface types, the set of images comprising images of a ground surface in front of the vehicle (110, 310, 610); receiving, from an operator that is collocated with the vehicle (110, 310, 610) or located remotely, an input representative of a location within the set of images displayed to the operator; identifying a set of candidate edges within an image portion corresponding to the location within the set of images, each candidate edge corresponding to a candidate boundary between two different surface types; applying an edge selection model to the set of candidate edges, the edge selection model configured to select an edge of the set of candidate edges based at least in part on the location within the set of images represented by the received input; and modifying a route being navigated by the vehicle (110, 310, 610) based at least in part on the selected candidate edge; characterized in that the edge selection model is configured to weight the candidate edges at least in part based on a distance between each candidate edge and the location represented by the received input within the set of images, wherein a first candidate edge is weighted lower than a second candidate edge that is closer to the location represented by the received input than the first candidate edge. accessing a set of images captured by a farming vehicle (110, 310, 610) while navigating via autonomous steering through an area of different surface types, the set of images comprising images of a ground surface in front of the vehicle (110, 310, 610); receiving, from an operator that is collocated with the vehicle (110, 310, 610) or located remotely, an input representative of a location within the set of images displayed to the operator; identifying a set of candidate edges within an image portion corresponding to the location within the set of images, each candidate edge corresponding to a candidate boundary between two different surface types; applying an edge selection model to the set of candidate edges, the edge selection model configured to select an edge of the set of candidate edges based at least in part on the location within the set of images represented by the received input; and modifying a route being navigated by the vehicle (110, 310, 610) based at least in part on the selected candidate edge; characterized in that the edge selection model is configured to weight the candidate edges at least in part based on a distance between each candidate edge and the location represented by the received input within the set of images, wherein a first candidate edge is weighted lower than a second candidate edge that is closer to the location represented by the received input than the first candidate edge.