mhurhangee/ep-ind-claims huggingface dataset:
A powder holder to be removably received in a beverage preparation device, in particular a coffee or espresso maker, wherein the powder holder comprises a housing element, a brewing chamber wall, a guide element and a brewing chamber bottom movably mounted in the axial direction, wherein the brewing chamber bottom is in sealing contact with the brewing chamber wall and is formed with filter means for retaining a beverage substrate, in particular ground coffee, during a brewing process, characterized in that the guide element is formed as a conversion sleeve and a first guide is arranged on the guide element, wherein the brewing chamber bottom and the brewing chamber wall are guided in the first guide and wherein the guide element and the first guide are designed such that a rotation of the housing element in relation to the brewing chamber wall causes axial displacement of the guide element in relation to the brewing chamber wall and axial displacement of the brewing chamber bottom in relation to the guide element, so that two-stage additive axial displacement of the brewing chamber bottom in relation to the brewing chamber wall takes place between a top position and a bottom position. the guide element is formed as a conversion sleeve and a first guide is arranged on the guide element, wherein the brewing chamber bottom and the brewing chamber wall are guided in the first guide and wherein the guide element and the first guide are designed such that a rotation of the housing element in relation to the brewing chamber wall causes axial displacement of the guide element in relation to the brewing chamber wall and axial displacement of the brewing chamber bottom in relation to the guide element, so that two-stage additive axial displacement of the brewing chamber bottom in relation to the brewing chamber wall takes place between a top position and a bottom position.
A method of data filing comprising: - a data reception step in which a data filing system receives a data element to be included in a data file; - a data assessment step in which the data filing system determines whether the data element is susceptible to comprise a personal data, or not; the data element being subjected to a time-restricted accessibility process if the data element is susceptible to comprise personal data, the time-restricted accessibility process comprising: - an expiry date assignment step in which the data filing system assigns an expiry date to the data element; - a key assignment step in which the data filing system randomly assigns an encryption key to the data element so as to avoid that the encryption key is assigned to another data element in the data filing system; - a key storage step in which the data filing system internally stores the encryption key in association with the expiry date that has been defined; - a data encryption step in which the data filing system encrypts the data element on the basis of the encryption key so as to obtain an encrypted data element; - a data inclusion step in which the data filing system includes the encrypted data element in the data file; and - a key deletion step in which the data filing system deletes the encryption key when the expiry date associated with the encryption key is reached, the data element being included in the data file without applying the time-restricted accessibility process if the data element is not susceptible to comprise personal data, so that the data element remains accessible as long as the data file remains accessible. - a data reception step in which a data filing system receives a data element to be included in a data file; - a data assessment step in which the data filing system determines whether the data element is susceptible to comprise a personal data, or not; the data element being subjected to a time-restricted accessibility process if the data element is susceptible to comprise personal data, the time-restricted accessibility process comprising: - an expiry date assignment step in which the data filing system assigns an expiry date to the data element; - a key assignment step in which the data filing system randomly assigns an encryption key to the data element so as to avoid that the encryption key is assigned to another data element in the data filing system; - a key storage step in which the data filing system internally stores the encryption key in association with the expiry date that has been defined; - a data encryption step in which the data filing system encrypts the data element on the basis of the encryption key so as to obtain an encrypted data element; - a data inclusion step in which the data filing system includes the encrypted data element in the data file; and - a key deletion step in which the data filing system deletes the encryption key when the expiry date associated with the encryption key is reached,
A method performed by a wireless device, the method comprising: receiving one or more messages comprising one or more configuration parameters of a plurality of cells, wherein the one or more configuration parameters indicate: a first preamble for beam failure recovery, BFR, for a primary cell of the plurality of cells; a second preamble for BFR for a secondary cell of the plurality of cells, wherein the first preamble is different from the second preamble; and a time-frequency resource, of the primary cell, associated with the BFR for the primary cell and with the BFR for the secondary cell; sending via the time-frequency resource and based on a beam failure associated with the primary cell, the first preamble for the BFR for the primary cell; and sending via the time-frequency resource and based on a beam failure associated with the secondary cell, the second preamble for the BFR for the secondary cell. a first preamble for beam failure recovery, BFR, for a primary cell of the plurality of cells; a second preamble for BFR for a secondary cell of the plurality of cells, wherein the first preamble is different from the second preamble; and a time-frequency resource, of the primary cell, associated with the BFR for the primary cell and with the BFR for the secondary cell; sending via the time-frequency resource and based on a beam failure associated with the primary cell, the first preamble for the BFR for the primary cell; and sending via the time-frequency resource and based on a beam failure associated with the secondary cell, the second preamble for the BFR for the secondary cell.
Device for aspirating and transferring blood during a surgical operation wherein the device has a first chamber and a second chamber for collecting and transferring the aspirated blood, and a valve unit (16, 17) for connecting the chambers (186, 186') to a vacuum source (140, W), wherein the valve unit (16, 17) establishes this connection alternately between the first chamber and the vacuum source (140, W) and between the second chamber and the vacuum source (140, W), such that the first or second chamber (186, 186') connected to the vacuum source (140, W) can be filled with aspirated blood, and the other, second or first chamber (186', 186) can be emptied at the same time, and wherein the valve unit (16, 17) is connected to the first and second chamber (186, 186') and permits a pressure increase in the first or second chamber (186, 186') to be emptied, characterized in that the valve unit (16, 17) is electronically controlled and has a first valve module which establishes the connection between the first and second chamber (186, 186') and the vacuum source (140, W), and has an additional second valve module, which permits the pressure increase, and in that the first and second valve modules (16, 17) are controllable independently of each other.
A therapy planning device by which a scanning route of a charged particle beam of a particle beam therapy system is determined, wherein the particle beam therapy system comprises an X-directional scanning electromagnet and a Y-directional scanning electromagnet for deflecting a charged particle beam in an X-direction and a Y-direction which are two perpendicular directions to a traveling direction of the charged particle beam so as for the charged particle beam to move and stay repeatedly and the charged particle beam is irradiated onto an affected part of a patient which is an irradiation objective, wherein the therapy planning device comprises a spot position storing unit which stores spot positions which are arranged in a grid shape in the X-direction and the Y-direction for each layer, which are points set in the affected part where the charged particle beam stays, a scanning candidate route extracting unit which extracts a plurality of candidates of scanning routes in which each of the scanning routes connects all spot positions in one layer which are stored in the spot position storing unit, a scanning route evaluating unit which defines an evaluation function J J = ∑ k = 1 n − 1 w k T k using a necessary scanning time Tk and a weight coefficient wk for a kth partial route among partial routes which are routes between the spot positions which are adjacent on one of a plurality of scanning routes which are extracted by the scanning candidate route extracting unit, and number n of spots in the layer, and calculates the evaluation function J regarding each of a plurality of scanning candidate routes which are extracted by the scanning candidate route extracting unit by setting the weight coefficient wk with respect to a partial route which passes through affected tissue to be 1, the weight coefficient wk with respect to a normal tissue to be larger than 1 and the weight coefficient wk with respect to a partial route which passes through an important internal organ to be larger than the weight coefficient wk with respect to a partial route which passes through the normal tissue and a scanning route determining unit which determines a scanning route which is used for therapy based on a value of the evaluation function J which is calculated by the scanning route evaluating unit. a spot position storing unit which stores spot positions which are arranged in a grid shape in the X-direction and the Y-direction for each layer, which are points set in the affected part where the charged particle beam stays,
Propulsion unit that comprises at least one exhaust pipe (62, 76) that comprises an air discharge that is delimited by a trailing edge (78, 82), the end part of the exhaust pipe (62, 76) comprises two scalloped shapes on the left and right sides that each correspond to a preferred acoustic radiation direction, separated by two above and below advanced parts arranged in a plane and that can limit the acoustic radiation in the vertical directions, downward and upward, characterized in that the scalloped shapes are offset upward relative to the horizontal median plane.
Computer-implemented method for generating a segmentation mask (MIm, CMIm1, CMIm2) of at least one image (Im), the method comprising A) Generating a plurality of superpixels for the at least one image (Im), B) Automatically generating labels for the generated plurality of the superpixels, wherein said automatically generating labels comprises generating said labels for training a semantic segmentation model based on a plurality of segmentation masks (MIm, CMIm1) by: generating a label for each superpixel by identifying the most similar reference superpixel (RSP11,..., RSP34) from a reference data set of reference superpixels (RSP11,..., RSP34), wherein each reference superpixel (RSP11,..., RSP34) is associated with a class (Class 1, Class 2, Class 3,... Class n) for supervised training of said semantic segmentation model, wherein the labeled superpixels form the segmentation mask (MIm) of the at least one image (Im); C) Computer-aided checking of the generated segmentation mask (MIm) for correctness, wherein said checking for correctness comprises labeling unlabeled superpixels and correcting labels of incorrectly labeled superpixels by assigning the incorrectly labeled superpixels to the correct class. A) Generating a plurality of superpixels for the at least one image (Im), B) Automatically generating labels for the generated plurality of the superpixels, wherein said automatically generating labels comprises generating said labels for training a semantic segmentation model based on a plurality of segmentation masks (MIm, CMIm1) by: generating a label for each superpixel by identifying the most similar reference superpixel (RSP11,..., RSP34) from a reference data set of reference superpixels (RSP11,..., RSP34), wherein each reference superpixel (RSP11,..., RSP34) is associated with a class (Class 1, Class 2, Class 3,... Class n) for supervised training of said semantic segmentation model, wherein the labeled superpixels form the segmentation mask (MIm) of the at least one image (Im); C) Computer-aided checking of the generated segmentation mask (MIm) for correctness, wherein said checking for correctness comprises labeling unlabeled superpixels and correcting labels of incorrectly labeled superpixels by assigning the incorrectly labeled superpixels to the correct class.
A method in a user equipment of a wireless communication system, for identifying a resource to use for a transmission of control information on a physical uplink control channel, PUCCH, format 3, the method comprising: - receiving a resource index from a serving radio base station, and characterised by - identifying the resource to use for the transmission of the control information in a subframe based on the received resource index, wherein the identified resource is within a same confined set of physical resource blocks regardless of if a normal or a shortened PUCCH format 3 is used in the subframe, and wherein resources for transmission of control information on the shortened PUCCH format 3 are assigned such that only one resource index maps to each resource. - receiving a resource index from a serving radio base station, and characterised by - identifying the resource to use for the transmission of the control information in a subframe based on the received resource index, wherein the identified resource is within a same confined set of physical resource blocks regardless of if a normal or a shortened PUCCH format 3 is used in the subframe, and wherein resources for transmission of control information on the shortened PUCCH format 3 are assigned such that only one resource index maps to each resource. - identifying the resource to use for the transmission of the control information in a subframe based on the received resource index, wherein the identified resource is within a same confined set of physical resource blocks regardless of if a normal or a shortened PUCCH format 3 is used in the subframe, and wherein resources for transmission of control information on the shortened PUCCH format 3 are assigned such that only one resource index maps to each resource.
A polymer resin composition comprising polyvinyl acetate resin having 60 to 80% by weight of vinyl acetate group as a base resin, characterized by that the composition comprises the following components based on 100 parts by weight of the base resin: - 10 to 15 parts by weight of ethylene having a polar group or its copolymer resin; - 30 to 40 parts by weight of ether-type polyurethane resin; - 140 to 170 parts by weight of aluminum hydrate; - 15 to 55 parts by weight of magnesium hydrate and flame retardant aid; - 3 to 5 parts by weight of antioxidant; - 10 to 15 parts by weight of plasticizer; and - 4 to 5 parts by weight of crosslinking agent. - 10 to 15 parts by weight of ethylene having a polar group or its copolymer resin; - 30 to 40 parts by weight of ether-type polyurethane resin; - 140 to 170 parts by weight of aluminum hydrate; - 15 to 55 parts by weight of magnesium hydrate and flame retardant aid; - 3 to 5 parts by weight of antioxidant; - 10 to 15 parts by weight of plasticizer; and - 4 to 5 parts by weight of crosslinking agent.
A method for transmitting a stream of non-audiovisual data of a sporting event and a stream of audiovisual data of the sporting event in a multimedia data container over a communications network, comprising: a. obtaining a stream of audiovisual data of the sporting event; b. obtaining a stream of non-audiovisual data of the sporting event; c. embedding the visual data in a video data track of the data container and embedding the audio data in an audio data track of the data container, embedding the stream of non-audiovisual data of the sporting event in the one audio data track of the data container, wherein the non-audiovisual data of the sporting event is encoded by frequency shift keying in the audio data of the audio data track; d. outputting the data container; wherein the non-audiovisual data is embedded in the data container in such a manner that only the specifications at a terminal determine whether the non-audiovisual data is displayed in a visual or an audible form at a terminal. a. obtaining a stream of audiovisual data of the sporting event; b. obtaining a stream of non-audiovisual data of the sporting event; c. embedding the visual data in a video data track of the data container and embedding the audio data in an audio data track of the data container, embedding the stream of non-audiovisual data of the sporting event in the one audio data track of the data container, wherein the non-audiovisual data of the sporting event is encoded by frequency shift keying in the audio data of the audio data track; d. outputting the data container;
An inverted pendulum type vehicle including at least a first moving operation part capable of moving on a floor surface, a first actuator device for driving the first moving operation part, a base assembled with the first moving operation part and the first actuator device, and an occupant boarding part assembled to the base so as to be tiltable with respect to a vertical direction, the first moving operation part being configured to be capable of being moved in all directions including a forward-rearward direction and a left-right direction of an occupant boarded on the occupant boarding part by a driving force of the first actuator device, characterized in that the inverted pendulum type vehicle comprises: a second moving operation part coupled to the first moving operation part or the base with an interval between the second moving operation part and the first moving operation part present in the forward-rearward direction, and configured to be movable on the floor surface in all the directions; a second actuator device for generating a driving force for making at least the second moving operation part move in the left-right direction; and a control device for performing turning processing for controlling the first actuator device and the second actuator device such that the second moving operation part has a different velocity from the first moving operation part in the left-right direction when the occupant boarded on the occupant boarding part performs a predetermined steering operation of steering the inverted pendulum type vehicle so as to turn the inverted pendulum type vehicle; wherein the control device performs the turning processing not only when the predetermined steering operation is performed but also at least in an external force application state of an external force for turning the inverted pendulum type vehicle about a yaw axis being applied to the inverted pendulum type vehicle. a second moving operation part coupled to the first moving operation part or the base with an interval between the second moving operation part and the first moving operation part present in the forward-rearward direction, and configured to be movable on the floor surface in all the directions; a second actuator device for generating a driving force for making at least the second moving operation part move in the left-right direction; and a control device for performing turning processing for controlling the first actuator device and the second actuator device such that the second moving operation part has a different velocity from the first moving operation part in the left-right direction when the occupant boarded on the occupant boarding part performs a predetermined steering operation of steering the inverted pendulum type vehicle so as to turn the inverted pendulum type vehicle; wherein the control device performs the turning processing not only when the predetermined steering operation is performed but also at least in an external force application state of an external force for turning the inverted pendulum type vehicle about a yaw axis being applied to the inverted pendulum type vehicle.
A dishwasher comprising a body; a washing tub which is provided in the body and wherein the washing process is performed; a sump which is provided on the base of the washing tub and wherein water is collected; a filter group provided in the sump and having a main strainer configured to strain dirt particles breaking off from the kitchen items placed into the washing tub and a coarse filter, which is positioned under the main strainer; a plurality of spraying members which provide the delivery of water to the kitchen items in the washing tub; a circulation pump which enables water to be guided to the spraying members; and a mechanical water guiding valve which enables water to be guided to the desired spraying members in order, a straining member which is provided between the circulation pump and the mechanical water guiding valve and configured to retain particles passing through the filter group wherein the mechanical water guiding valve is comprising at least one wheel group, wherein at least one gear group is connected to the wheel group; further comprising at least one shutter group configured to deliver water to the correct spraying member; and the straining member which is configured to strain water before reaching the wheel group, characterised in that the filter group is further comprising, positioned under the main strainer, a microfilter, wherein the wheel group is configured to convert movement of water to circular movement, which is transmitted to the gear group.
A vehicle configurator comprising - a chassis, - at least one transport structure, - one or more transfer means, the one or more transfer means being arranged substantially in a displacement plane, wherein the vehicle configurator is designed in such a way that the transport structure is displaceable in the displacement plane by the one or more transfer means for loading or unloading the transport structure from the chassis; wherein the direction of displacement of the transport structure is lateral to the longitudinal axis of the chassis; characterized in that the chassis comprises a guiding device with which the transport structure can be guided during displacement; wherein the vehicle configurator is suitable as a configurator for vehicles in public transportation. - a chassis, - at least one transport structure, - one or more transfer means, the one or more transfer means being arranged substantially in a displacement plane, wherein the vehicle configurator is designed in such a way that the transport structure is displaceable in the displacement plane by the one or more transfer means for loading or unloading the transport structure from the chassis; wherein the direction of displacement of the transport structure is lateral to the longitudinal axis of the chassis; characterized in that the chassis comprises a guiding device with which the transport structure can be guided during displacement; wherein the vehicle configurator is suitable as a configurator for vehicles in public transportation.