mhurhangee/ep-ind-claims huggingface dataset:
A device for coating products, in particular food products, with free-flowing coating materials, having - at least one machine frame via which the device in a production position is supported on a base surface, and - at least one lever assembly (22 1, 22 1) that is designed for displacing the device between the production position and a movement position in which the device is relatively movable. - at least one machine frame via which the device in a production position is supported on a base surface, and - at least one lever assembly (22 1, 22 1) that is designed for displacing the device between the production position and a movement position in which the device is relatively movable.
An additive manufacturing method in which material layers are solidified in a layer-by-layer manner to form an object, the method comprising:- before a build of the object, forming an inert atmosphere in a chamber; and carrying out the build of the object under the inert atmosphere by successively forming layers of flowable material across a movable build platform, generating an energy beam for solidifying the flowable material and directing the energy beam with a scanning unit onto selected areas of each layer to solidify the material in the selected areas; characterised in that forming the inert atmosphere comprises recirculating gas using a gas recirculation circuit through the chamber and past a getter for a set period before the build commences such that oxygen, nitrogen and/or hydrogen in the recirculating gas is absorbed by the getter.
Optical system for an agricultural machine, comprising an optical element to receive and/or send light through an aperture, wherein a shield arrangement is provided to mechanically protect the optical element against external critical conditions impairing its operation, wherein the optical system may be brought into a shield configuration, in which the aperture of the optical element is mechanically protected by the shield arrangement, wherein the optical system may be brought into an unshield configuration, in which the aperture is free of the shield arrangement, wherein an actuator is provided for switching the optical system between the unshield configuration and the shield configuration and wherein a shield control is provided to switch the optical system via the actuator based on at least one predetermined trigger event, wherein a sensor arrangement is provided to detect predetermined critical external conditions impairing the operation of the optical element and wherein the detection of a critical external condition is a trigger event that triggers switching the optical system into the shield configuration via the actuator.
An image-capturing apparatus comprising: first polarization means for polarizing light from a subject; a lens system for condensing light from the first polarization means; and an image-capturing device array in which image-capturing devices are arranged in a two-dimensional matrix form in a first direction and a second direction perpendicular to the first direction, wherein second polarization means is provided at a light incident side, and the image-capturing device array converts the light condensed by the lens system into an electric signal, wherein the first polarization means includes a first region and a second region arranged along the first direction, a polarization state of a first region transmission light having passed the first regions is different from a polarization state of a second region transmission light having passed the second regions, second polarization means includes a plurality of third regions and fourth regions arranged alternately along the second direction and extending in the first direction, a polarization state of a third region transmission light having passed the third regions is different from a polarization state of a fourth region transmission light having passed the fourth regions, the first region transmission light passes the third regions and reaches the image-capturing device, and the second region transmission light passes the fourth region and reaches the image-capturing device, and thus, an image is captured to obtain a three-dimensional image in which a distance between a barycenter of the first region and a barycenter of the second region is a base line length of parallax between both eyes; characterized in that a central region is provided between the first region and the second region in the first polarization means, and a polarization state of a central region transmission light having passed the central region does not change from that before incidence to the central region. first polarization means for polarizing light from a subject; a lens system for condensing light from the first polarization means; and an image-capturing device array in which image-capturing devices are arranged in a two-dimensional matrix form in a first direction and a second direction perpendicular to the first direction, wherein second polarization means is provided at a light incident side, and the image-capturing device array converts the light condensed by the lens system into an electric signal,
A contactor comprising: an housing having a cavity; fixed contacts received in the cavity, the fixed contacts having mating ends in the cavity; a movable contact movable within the cavity between a mated position and an unmated position, the movable contact engaging the fixed contacts to electrically connect the fixed contacts in the mated position; a coil assembly in the cavity operated to move the movable contact between the unmated position and the mating position; and an arc suppressor in the cavity, the arc suppressor including a multi-pole magnet having a first magnet having a first pole and a second magnet having a second pole, the first magnet being integrated with the second magnet in a unitary magnet body, characterised in that the housing includes a magnet slot receiving the multi-pole magnet therein, the first and second magnets (202, 204) are received in the magnet slot, and the unitary magnet body includes a keying feature for orienting the multi-pole magnet in the housing. an housing having a cavity; fixed contacts received in the cavity, the fixed contacts having mating ends in the cavity; a movable contact movable within the cavity between a mated position and an unmated position, the movable contact engaging the fixed contacts to electrically connect the fixed contacts in the mated position; a coil assembly in the cavity operated to move the movable contact between the unmated position and the mating position; and an arc suppressor in the cavity, the arc suppressor including a multi-pole magnet having a first magnet having a first pole and a second magnet having a second pole, the first magnet being integrated with the second magnet in a unitary magnet body, characterised in that the housing includes a magnet slot receiving the multi-pole magnet therein, the first and second magnets (202, 204) are received in the magnet slot, and the unitary magnet body includes a keying feature for orienting the multi-pole magnet in the housing.
A treatment device comprising: a unit comprising a single ultrasound imaging element and an ablation electrode; means for receiving signals from the single ultrasound imaging element, which exploits a standard level of electronics, the signals representing plural frames of ultrasound data at a frame rate in the range of 300 to 5000 frames per second; and means for processing the signal to provide, in use, at least one of ultrasound data and data indicating mechanical strains within tissue being monitored by the single ultrasound imaging element, said strains being generated by movement of the tissue or the body being treated, the movement being generated naturally by the tissue or by the device operator's motion or both. a unit comprising a single ultrasound imaging element and an ablation electrode; means for receiving signals from the single ultrasound imaging element, which exploits a standard level of electronics, the signals representing plural frames of ultrasound data at a frame rate in the range of 300 to 5000 frames per second; and means for processing the signal to provide, in use, at least one of ultrasound data and data indicating mechanical strains within tissue being monitored by the single ultrasound imaging element, said strains being generated by movement of the tissue or the body being treated, the movement being generated naturally by the tissue or by the device operator's motion or both.
Trailing arm apparatus of a drivable torsion beam axle having a housing, within which a drive train can be arranged and which is connected to a trailing arm, characterized in that the housing comprises a central housing region which is connected fixedly to the trailing arm, a housing part for at least partially receiving a transmission device of the drive train on a side of the central housing region which faces a wheel in the installed position in a vehicle, which housing part is of closed configuration towards the wheel side, is open on the side which faces away from the wheel side and is connected to the central housing region, and a further housing part on that side of the central housing region which faces away from the wheel side, which further housing part is connected releasably on the wheel side to the central housing region of the housing, is closed on its side which faces away from the wheel side, and is provided for partially receiving an electric machine of the drive train.
Glasses equipped with at least one lens and intended to be worn by a user the eye of whom is located on a first side of the lens, said glasses comprising displaying means allowing data to be projected into a field of view of the user, and an anti-glare screen provided with a variable transmission coefficient allowing the intensity of incident light intended to pass through the lens toward said user to be attenuated, the anti-glare screen being placed on the first side of the lens, the incident light being intended to pass through the lens from a second side of the lens to the first side, said glasses being such that the anti-glare screen and said displaying means are positioned one relative to the other so that rays emitted by said displaying means, in order to display said data, avoid said anti-glare screen, and in that they simultaneously allow the transmission coefficient of the anti-glare screen to be adapted depending on the intensity of the incident light so that the user is not dazzled, and the light intensity of the data displayed in the display zone to be adapted depending on the transmission coefficient of the screen, in order for these data to be perceivable in a similar way whatever the situation, characterized in that the transmission coefficient is determined by pulse width modulation with a variable duty cycle and a fixed frequency, in that the light intensity of the displayed data is determined by pulse width modulation with a variable duty cycle and a fixed frequency, and in that the light intensity and the transmission coefficient are in phase and have the same duty cycle.
A method in a relay node (121,123,125,500) in a mesh network for handling relay of messages between a source node and a destination node, where the mesh network comprises a plurality of other nodes, the method comprising: - receiving a message comprising a header that comprises an address of the destination node and an address representing a node subset comprising the relay node and at least one other node, - starting a timer, - determining, that another node in the node subset has relayed the message if receiving a message with an altered header transmitted by a node in the node subset while the timer is running, and, if it is determined that none of the other nodes in the node subset has relayed the message, then: - altering an address of a transmitting node in the header to an address of the relay node itself, and - transmitting the message. - receiving a message comprising a header that comprises an address of the destination node and an address representing a node subset comprising the relay node and at least one other node, - starting a timer, - determining, that another node in the node subset has relayed the message if receiving a message with an altered header transmitted by a node in the node subset while the timer is running, and, if it is determined that none of the other nodes in the node subset has relayed the message, then: - altering an address of a transmitting node in the header to an address of the relay node itself, and - transmitting the message. - altering an address of a transmitting node in the header to an address of the relay node itself, and - transmitting the message.
Method for performing a print job, wherein individual blanks (9, 11) are arranged in an optimized manner in a prepress document for efficient further processing of the printed blanks (9, 11) via a cutting die in accordance with a cutting die layout, and further processing is carried out after the blanks (9, 11) have been printed, characterized in that a plurality of cutting dies are present, for which corresponding digital layout files are available, and in that a computer uses a cutting die from the plurality of cutting dies, and in the process analyzes the cutting die used for further processing using the corresponding layout file, arranges the blanks (9, 11) in the prepress document in an optimized manner in accordance with a sorting rule on the basis of the cutting die layout thus determined, and then carries out a printing process and further processing with the prepress document thus optimized, and in that necessary data of the cutting die and the blank (9, 11) is available in digital form for the analysis via the computer.
A WC set to be mounted onto a WC body having a WC bowl, which WC set comprises a first (1, 2) and a second set part, the first set part (1, 2) being pivotable upwards and downwards in the mounted state relative to the WC body and relative to the second set part with respect to a rotation axis and being supported on the WC set by an articulation of the WC set, which articulation enables the pivoting movement and comprises a stud (6-6", 14, 15) comprising the rotation axis and a receptacle (5, 5'), which stud (6-6", 14, 15) and which receptacle (5, 5') respectively belong to a respective one of the set parts (1, 2, 3), which receptacle (5, 5') is engaged by the stud (6-6", 14, 15) in the mounted state, wherein the receptacle (5, 5') comprises an insertion element (8, 8') on one of the set parts (1, 2), the insertion element being supported in a support (7, 7') rotatably around the rotation axis, the support (7, 7') is mounted on the set part and the insertion element (8, 8') is supported in the support (7, 7') rotatably relative thereto and relative to the complete WC set and the support (7, 7') and the insertion element (8, 8') respectively have an opening radially offset with respect to the rotation axis and comprising a circumferential portion with regard thereto which two openings can be brought into and out of an overlap by a relative rotation between the insertion element (8, 8') and the support (7, 7'), enable a radial movement of the stud (6-6", 14, 15) out of the insertion element (8, 8') and the support (7, 7') via the two openings in the overlap in a certain pivoting position of the first set part (1, 2) and thus a mutual separation of the first (1, 2) and the second set part, and are blocked with regard to this movement and separation outside of the overlap, wherein the insertion element (8, 8') is accessible for a user and can be rotated relative to the support (7, 7') by the user, wherein the insertion element (8, 8') is accessible for the user via an access opening (10, 10') in the support (7, 7') and comprises a projection (9, 9') projecting radially outwardly with respect to the rotation axis for a manipulation by the user, and the access opening (10, 10') is an opening for the projection (9, 9') radially spaced from the rotation axis and comprising a circumferential portion, so that the projection is accessible for the user in the mounted state and can move in a circumferential direction in the access opening (10, 10') during a relative rotation between the insertion element (8, 8') and the support (7, 7'), characterised in that the projection (9, 9') abuts against a portion of the WC set, rotated during the pivoting movement relative to the set part (1, 2) to which the insertion element (8, 8') belongs, during the downward pivoting of the first set part (1, 2) relative to the second set part, and that the projection (9, 9'), thus, is rotated relative to the set part (1, 2) to which the insertion element (8, 8') belongs, namely such that the overlap of the openings of the insertion element (8, 8') and the support (7, 7') is ended thereby and the first (1, 2) and the second set parts are mutually latched, thus.
A fixation clip adapted to be fixed to a support metal element having a fastening opening, the fixation clip comprising: a plug element comprising a holding head, a top and a plug-in tip which can be inserted into the fastening opening of the support metal element, wherein the plug-in tip and the top are fixedly connected to each other by a shaft, the fixation clip characterized by further comprising: a movable sealing disk having a central hole and being overmolded around the shaft of the fixation clip, the movable disk having a slip surrounding a lower part of the shaft adjacent to the plug-in tip, wherein the movable sealing disk is adapted to engage the support metal element by the fastening opening by inserting the plug-in tip and the slip into the fastening opening of the support metal element; wherein a force applied on the holding head causes the shaft to be downwardly moved through the central hole such that the top of the plug element contacts the movable sealing disk causing the fixation of the clip to the support metal element. wherein the movable sealing disk is adapted to engage the support metal element by the fastening opening by inserting the plug-in tip and the slip into the fastening opening of the support metal element; wherein a force applied on the holding head causes the shaft to be downwardly moved through the central hole such that the top of the plug element contacts the movable sealing disk causing the fixation of the clip to the support metal element.
A method of accommodating user equipment, UE, device to device, D2D, communications in an LTE wireless communication network, comprising: an evolved NodeB, eNB, (310, 310a - 310c, 705, 840, 1100) obtaining an indicator of a needed quiescent subframe, responsive to the indicator, the eNB (310, 310a - 310c, 705, 840, 1100) selecting a subframe of a communication frame; the eNB (310, 310a - 310c, 705, 840, 1100) allocating the selected subframe for use as an Almost Blank Subframe, ABS; and the eNB (310, 310a - 310c, 705, 840, 1100) transmitting the ABS over an air interface; characterized in that the method further comprises the eNB (310, 310a - 310c, 705, 840, 1100) sending a misinformation signal to a device indicating the ABS is not almost blank. an evolved NodeB, eNB, (310, 310a - 310c, 705, 840, 1100) obtaining an indicator of a needed quiescent subframe, responsive to the indicator, the eNB (310, 310a - 310c, 705, 840, 1100) selecting a subframe of a communication frame; the eNB (310, 310a - 310c, 705, 840, 1100) allocating the selected subframe for use as an Almost Blank Subframe, ABS; and the eNB (310, 310a - 310c, 705, 840, 1100) transmitting the ABS over an air interface;
Cup made of a paper material and having a fillable interior, which interior is formed by a conical sleeve and a bottom, wherein the bottom is attached at the lower end of the interior to the sleeve by means of a skirt in an essentially liquid-tight way, wherein the sleeve and/or the bottom in the area of the skirt and/or the skirt itself comprise at least in an area along the circumference an outwardly projecting widening, and that a lower edge of the widening forms a standing surface for the cup, characterized in that the skirt comprises a means for holding which can interact with a similar cup when the cup is stacked, wherein the widening forms the means for holding, wherein a first means for holding is arranged on the sleeve defining the interior, which means can interact with a second means for holding applied to a similar cup when the cup is stacked, and wherein the dimensions of the second means for holding are adapted to the dimensions of the first means for holding another cup of the same type.
A method for inactivating a virus contained in a sample, comprising the steps of (i) treating the sample with an effective concentration of formalin, and (ii) subjecting the sample with an effective dose of UV light in a flow-through apparatus, wherein the flow-through apparatus comprises a UV lamp, and a thin layer chamber, with the thin layer of the thin layer chamber having a thickness of no more than 1 cm, and wherein the sample is passed through the thin layer chamber of the apparatus in a cyclic or serial manner, repeating 2 to 10 times, wherein step (i) is performed prior to step (ii) or vice versa, and wherein the flow rate of the sample through the apparatus is from 50 litres per hour to 1000 litres per hour. (i) treating the sample with an effective concentration of formalin, and (ii) subjecting the sample with an effective dose of UV light in a flow-through apparatus,
A multicore optical fiber which comprises: a plurality of cores (110A1; 110B1-110B3; 110C1-110C3) extending along a predetermined axis while being arranged like a hexagonal lattice on a cross section perpendicular to the axis; and a cladding region surrounding each of the plurality of cores, all of core portions, each constituting at least a part of the associated one of the plurality of cores, having substantially the same structure; wherein each of the core portions comprises a first core portion having a refractive index higher than that of the cladding region; a second core portion, disposed about the first core portion, having a refractive index different from that of the first core portion; and a trench layer, disposed so as to surround the second core portion, having a refractive index lower than that of the cladding region; and wherein, letting a be the radius of the first core portion, Ra be the ratio of the outer diameter of the first core portion to the outer diameter of the second core portion, Rb be the ratio of the outer diameter of the second core portion to the outer diameter of the trench layer, Δ1 be the relative refractive index difference of the first core portion with respect to the second core portion, Δ3 be the relative refractive index difference of the trench layer with respect to the second core portion, and Δ4 be the relative refractive index difference of the cladding region with respect to the second core portion, the multicore optical fiber satisfies the following expressions to: 4.01 μ m ≦ a ≦ 5.15 μ m 0.627 ≦ Ra ≦ 0.970 0.470 ≦ Rb 0.154 % ≦ Δ 1 ≦ 0.395 % − 0.529 % ≦ Δ 3 ≦ 0.0 % − 0.029 % ≦ Δ 4 ≦ 0.123 % wherein the multicore optical fiber has a fiber length L F of 100 km or more; and wherein, letting κ be the mode-coupling coefficient between cores, β be the propagation constant of each of the plurality of cores, A be the core pitch, R be the radius of curvature of the fiber, and XT S be the permissible maximum of an average value of a crosstalk distribution after propagation, the multicore optical fiber satisfies the following expression: 6 ⋅ 2 κ 2 β R Λ L F ≤ XT S ≤ 0.001