mhurhangee/ep-ind-claims huggingface dataset:
A hearing device (10, 10') configured to be worn on or at an ear (36, 38) of a user comprising - a power source configured to power the hearing device (10, 10'), - a control unit, - a power source charge state monitoring unit configured to monitor the charge state of the power source by determining a current output voltage value (64, 64') of the power source, - a timing unit configured to measure a duration between two points in time, and - an output unit configured to generate output sounds corresponding to electrical sound signals (48, 50), wherein the control unit is configured to activate a low-energy warning mode, if the current output voltage value (64, 64') determined by the power source charge state monitoring unit is below a predetermined threshold output voltage value (66, 66', 70, 70', 72, 72') of the power source and to adjust the predetermined threshold output voltage value (66, 66', 70, 70', 72, 72') in dependence of a duration of the low-energy warning mode, wherein the control unit operating in the low-energy warning mode is configured to generate electrical low-energy warning signals, and the output unit is configured to generate output stimuli corresponding to the electrical low-energy warning signals. - a power source configured to power the hearing device (10, 10'), - a control unit, - a power source charge state monitoring unit configured to monitor the charge state of the power source by determining a current output voltage value (64, 64') of the power source, - a timing unit configured to measure a duration between two points in time, and - an output unit configured to generate output sounds corresponding to electrical sound signals (48, 50),
An apparatus for application of a liquid medium to seedlings, said seedlings comprising trunks extending in a vertical direction z and being arranged in rows in a culture vessel, said apparatus comprising a first aligning means movable in a first horizontal direction x, a displacement means arranged to provide a displacing movement between said culture vessel and said first aligning means, said first aligning means being arranged to be inserted between said rows of said seedlings, and an application means arranged to deliver said liquid medium to the trunks of said seedlings, said application means being movable in the vertical direction z, characterized in that said application means is arranged to deliver said liquid medium to said trunks of said seedlings during a vertical movement along said trunks of said seedlings.
A method comprising: receiving (202, 710) a first digital image comprising handwritten content, wherein the handwritten content comprises at least one command indicator (304, 308, 312) and at least one content portion; analyzing (204, 720) the first digital image to identify (206, 208) a first command indicator (304, 308, 312) and one or more content portions (402a - 4141) within the handwritten content of the first digital image; identifying a command tag including a file name used in conjunction with the first command indicator (304, 308, 312) within the first digital image; searching, based on the file name, a database of a digital content management system to locate a matching digital document using the file name; and adding (214, 730), based on a first command associated with the first command indicator (304, 308, 312), the one or more content portions (402a - 414a) within the handwritten content to the matching digital document. receiving (202, 710) a first digital image comprising handwritten content, wherein the handwritten content comprises at least one command indicator (304, 308, 312) and at least one content portion; analyzing (204, 720) the first digital image to identify (206, 208) a first command indicator (304, 308, 312) and one or more content portions (402a - 4141) within the handwritten content of the first digital image; identifying a command tag including a file name used in conjunction with the first command indicator (304, 308, 312) within the first digital image; searching, based on the file name, a database of a digital content management system to locate a matching digital document using the file name; and adding (214, 730), based on a first command associated with the first command indicator (304, 308, 312), the one or more content portions (402a - 414a) within the handwritten content to the matching digital document.
A system comprising a plurality of devices, each device comprising a separate first neural network being adapted to process image data (102, 310) and output a vector of values (106a-d) forming a feature vector for the processed image data, each device comprising a processor configured for performing the steps of: retrieving a reference feature vector, the reference feature vector being calculated by processing a first training image by a reference neural network, the reference neural network being adapted to process image data and output a vector of values forming a feature vector for the processed image data, training the first neural network of the device to optimize a cost function, the cost function comprising at least a first distance measure between the reference feature vector and a feature vector outputted by the first neural network when processing the first training image, wherein the cost function is adapted to minimize the first distance measure, wherein the first and reference neural network are different types of neural networks; wherein each device is further configured to extract an object from an image, using the first neural network of the device to process image data of the extracted object and transmit a feature vector outputted from the first neural network, wherein the system further comprises an object tracking unit adapted to receive feature vectors from the devices, and track an object through the system of devices at least partly based on the received feature vectors. retrieving a reference feature vector, the reference feature vector being calculated by processing a first training image by a reference neural network, the reference neural network being adapted to process image data and output a vector of values forming a feature vector for the processed image data, training the first neural network of the device to optimize a cost function, the cost function comprising at least a first distance measure between the reference feature vector and a feature vector outputted by the first neural network when processing the first training image, wherein the cost function is adapted to minimize the first distance measure, wherein the first and reference neural network are different types of neural networks; wherein each device is further configured to extract an object from an image, using the first neural network of the device to process image data of the extracted object and transmit a feature vector outputted from the first neural network, wherein the system further comprises an object tracking unit adapted to receive feature vectors from the devices, and track an object through the system of devices at least partly based on the received feature vectors.
A storage container comprising a plurality of stages of individual storage units each having an accommodating region to accommodate an article, each storage unit adapted for being stackable with the other storage units, each storage unit comprising an introducing portion and each storage unit comprising a duct portion configured to communicate with the duct portions of the other storage units, the storage container comprising: a supply portion configured to supply a purge gas, wherein the duct portions serve as a flow path for the purge gas supplied from the supply portion when the plurality of storage units are stacked; and wherein the introducing portions are configured to communicably connect the duct portions with the accommodating regions and introduce the purge gas to the accommodating regions, characterized in that in at least some of the storage units a diffusion member is arranged in the duct portion, the diffusion member being a plate-like member protruding from an inner wall of the duct portion. a supply portion configured to supply a purge gas, wherein the duct portions serve as a flow path for the purge gas supplied from the supply portion when the plurality of storage units are stacked; and wherein the introducing portions are configured to communicably connect the duct portions with the accommodating regions and introduce the purge gas to the accommodating regions, characterized in that in at least some of the storage units a diffusion member is arranged in the duct portion, the diffusion member being a plate-like member protruding from an inner wall of the duct portion.
A beamforming antenna assembly configured to emit beams with a wavelength, comprising: a metal structure including a groove with bottom and at least one side having an inclined surface; and a beamforming antenna disposed at the bottom of the groove, wherein the groove is formed on a surface of the metal structure, and wherein the inclined surface of the metal structure comprises a period structure pattern that periodically arranges a pattern at a length smaller than the wavelength. a metal structure including a groove with bottom and at least one side having an inclined surface; and a beamforming antenna disposed at the bottom of the groove, wherein the groove is formed on a surface of the metal structure, and wherein the inclined surface of the metal structure comprises a period structure pattern that periodically arranges a pattern at a length smaller than the wavelength.
A method for preparing a handover of a communications link in a mobile communication system, said mobile communication system comprising a plurality of base stations (100, 200, 210, 300, 310) and a user equipment, wherein the communication link is established between the user equipment and a source base station of said plurality of base stations, the handover method comprising: selecting a target cell and a re-establishment cell of at least one candidate handover base station (200, 210, 300, 310) of said plurality of base stations on the basis of a measurement report, said measurement report comprising measurements of attributes of cells of said plurality of base stations for a handover; initiating a handover preparation by transmitting a handover request from said source base station to said at least one candidate handover base station, wherein said handover request indicates the target cell and the re-establishment cell; carrying out admission control on the target cell and on the re-establishment cell; initiating the handover by transmitting a handover request acknowledgement from said at least one candidate handover base station to said source base station, wherein said handover request acknowledgement includes feedback information representing the admission control on the target cell and on the re-establishment cell; and updating the user equipment with the feedback information representing the admission control on the target cell and on the re-establishment cell. selecting a target cell and a re-establishment cell of at least one candidate handover base station (200, 210, 300, 310) of said plurality of base stations on the basis of a measurement report, said measurement report comprising measurements of attributes of cells of said plurality of base stations for a handover; initiating a handover preparation by transmitting a handover request from said source base station to said at least one candidate handover base station, wherein said handover request indicates the target cell and the re-establishment cell; carrying out admission control on the target cell and on the re-establishment cell; initiating the handover by transmitting a handover request acknowledgement from said at least one candidate handover base station to said source base station, wherein said handover request acknowledgement includes feedback information representing the admission control on the target cell and on the re-establishment cell; and updating the user equipment with the feedback information representing the admission control on the target cell and on the re-establishment cell.
A method for increasing gateway capability in a long term evolution system, LTE, standard Femto cell system, comprising: determining, by a gateway, HeNB GW, that multiple S1 links are required to be established between the HeNB GW and a single mobility management entity, MME; setting, by the HeNB GW, different Global eNB identifiers, Global eNB IDs, for each S1 link required to be established, and initiating, by the HeNB GW, an S1 setup request to the single MME respectively, and carrying, by the HeNB GW, S1 application configuration information in the S1 setup request at the same time; and establishing, by the HeNB GW, multiple S1 links between the HeNB GW and the single MME based on the S1 setup request and the S1 application configuration information. determining, by a gateway, HeNB GW, that multiple S1 links are required to be established between the HeNB GW and a single mobility management entity, MME; setting, by the HeNB GW, different Global eNB identifiers, Global eNB IDs, for each S1 link required to be established, and initiating, by the HeNB GW, an S1 setup request to the single MME respectively, and carrying, by the HeNB GW, S1 application configuration information in the S1 setup request at the same time; and establishing, by the HeNB GW, multiple S1 links between the HeNB GW and the single MME based on the S1 setup request and the S1 application configuration information.
A set comprising a bottle with a false bottom, with a cavity in the bottom part of the body of the bottle covered from the outside by the false bottom which, once mounted on the bottle, creates space to place a container with additional, solid, soluble drink components wherein the set comprising the bottle with the false bottom is shrink wrapped, the shrink wrap foil being perforated, or held together with tape running along the entire circumference where the bottle meets the false bottom, characterized in that the bottle contains a vertical groove along the entire height of its cylindrical surface to hold a straw of diameter d, the straw being shrink wrapped together with the bottle and the false bottom, and the false bottom includes a circumferential pocket to hold the bottom section of the straw, so that the bottle with false bottom can accommodate a straight straw with a length exceeding the depth of the bottle with the middle and top section of the straw sitting entirely within the groove of the bottle provides with the false bottom.
A method for feedforward control of predictable force disturbances in a vibration isolation system for supporting a load and decoupling it from vibrations relative to a ground, comprising: softly cushioning and supporting (3, 8) the load with respect to the ground; each time a predetermined force disturbance has acted on the load, determining (41, 51) the temporal state of the load with respect to at least one degree of freedom or a spatial direction; for each predetermined force disturbance, storing (42, 52) the temporal state of the load in the form of force trajectories acting on the load, said force trajectories representing the behaviour of the force disturbance over time in magnitude and direction; generating and storing compensation control signals opposing said force trajectories; when a disturbance is anticipated or occurs, supplying the compensation control signals to actuator means (3, 8) in time synchronization with the actual occurrence of the disturbance. softly cushioning and supporting (3, 8) the load with respect to the ground; each time a predetermined force disturbance has acted on the load, determining (41, 51) the temporal state of the load with respect to at least one degree of freedom or a spatial direction; for each predetermined force disturbance, storing (42, 52) the temporal state of the load in the form of force trajectories acting on the load, said force trajectories representing the behaviour of the force disturbance over time in magnitude and direction; generating and storing compensation control signals opposing said force trajectories; when a disturbance is anticipated or occurs, supplying the compensation control signals to actuator means (3, 8) in time synchronization with the actual occurrence of the disturbance.
An ophthalmic lens for use in preventing or slowing the development or progression of myopia, wherein: the lens has a first optical axis; a first surface of the lens is shaped to form a first surface power map; a second surface of the lens is shaped to form a second surface power map; the first and second surface power maps together form a lens power map; and one of the first surface power map, the second surface power map, and the lens power map comprises: a base region having a base power which focusses light to a focal point that is on the first optical axis; and a myopia control region which comprises a spiral shape and focusses light to a plurality of focal points that are offset from the first optical axis, wherein the plurality of focal points form a ring or an interrupted ring. the lens has a first optical axis; a first surface of the lens is shaped to form a first surface power map; a second surface of the lens is shaped to form a second surface power map; the first and second surface power maps together form a lens power map; and one of the first surface power map, the second surface power map, and the lens power map comprises: a base region having a base power which focusses light to a focal point that is on the first optical axis; and a myopia control region which comprises a spiral shape and focusses light to a plurality of focal points that are offset from the first optical axis, wherein the plurality of focal points form a ring or an interrupted ring. a base region having a base power which focusses light to a focal point that is on the first optical axis; and a myopia control region which comprises a spiral shape and focusses light to a plurality of focal points that are offset from the first optical axis, wherein the plurality of focal points form a ring or an interrupted ring.
Axial-radial sliding bearing with polymer sliding elements, comprising: a first bearing race and a second bearing race which are rotatable oppositely to each other about a bearing shaft, wherein the second bearing race defines a substantially U-shaped cross section for receiving the first bearing race at least in certain regions; sliding elements made from a polymer, in particular from a tribopolymer, which are arranged between the first and the second bearing races for uncoupling the bearing races axially and radially, wherein the sliding elements each have a substantially L-shaped cross section comprising an axial region having axial sliding surfaces and a radial region having radial sliding surfaces; characterized in that the radial region of the sliding elements includes at least one hinge connection, which connects two segments of the radial region in a flexible manner and so as to be movable oppositely to each other so that the sliding elements are adapted to the respective diameter of the axial-radial sliding bearing. a first bearing race and a second bearing race which are rotatable oppositely to each other about a bearing shaft, wherein the second bearing race defines a substantially U-shaped cross section for receiving the first bearing race at least in certain regions; sliding elements made from a polymer, in particular from a tribopolymer, which are arranged between the first and the second bearing races for uncoupling the bearing races axially and radially, wherein the sliding elements each have a substantially L-shaped cross section comprising an axial region having axial sliding surfaces and a radial region having radial sliding surfaces; characterized in that the radial region of the sliding elements includes at least one hinge connection, which connects two segments of the radial region in a flexible manner and so as to be movable oppositely to each other so that the sliding elements are adapted to the respective diameter of the axial-radial sliding bearing.
Fastening arrangement for plate-shaped facing components (33; 33, 33'), with at least one profiled rail, which comprises legs (5a, 5b; 5a, 5b, 5c, 5d) in a cross-section, between which an intermediate space is formed to hold a peripheral portion (35; 35, 35') of at least one of the facing components (33; 33, 33'), and with at least one fixing element characterised by a first one of the legs (5a; 5a, 5c) comprising at least one opening which extends into the first leg (5a; 5a, 5c) in a transverse direction of the profiled rail and the fixing element being equipped with at least one extension which is designed such that it can be pressed into the opening in the first leg (5a; 5a, 5c) for the purpose of fixing the facing component (33; 33, 33') in such a way that the extension protrudes into the intermediate space and portions thereof come into frictional contact with the peripheral portion (35; 35, 35') of the facing component (33; 33, 33') held in the intermediate space.
A method comprising: generating, at a push receiver agent, a session initiation protocol 'SIP' OPTIONS message; including a contact header in the SIP OPTIONS message, the contact header including a push resource identifier feature tag containing a value of a push resource supported by the push receiver agent; including an allow header in the SIP OPTIONS message, the allow header including SIP methods supported by the push receiver agent; sending the SIP message to a push sender agent; and receiving, relative to sending the SIP OPTIONS message, a SIP 200 OK response that includes a) a contact header including a push resource identifier feature tag containing a value identifying a push resource supported by the push receiver agent and supported by the push sender agent; and b) an allow header containing SIP methods that the push sender agent supports. generating, at a push receiver agent, a session initiation protocol 'SIP' OPTIONS message; including a contact header in the SIP OPTIONS message, the contact header including a push resource identifier feature tag containing a value of a push resource supported by the push receiver agent; including an allow header in the SIP OPTIONS message, the allow header including SIP methods supported by the push receiver agent; sending the SIP message to a push sender agent; and receiving, relative to sending the SIP OPTIONS message, a SIP 200 OK response that includes a) a contact header including a push resource identifier feature tag containing a value identifying a push resource supported by the push receiver agent and supported by the push sender agent; and b) an allow header containing SIP methods that the push sender agent supports.