mhurhangee/patent-ind-claim-en huggingface dataset:
System , comprising at least one window handle (2, 2.1, 2.2), comprising: - at least one locking unit configured to actuate at least one window , and - at least one closing unit operatively connected to the locking unit and configured to block and/or release the locking unit , - wherein the closing unit comprises at least one receiving unit configured to receive an electromagnetic command signal from a central transponder reading unit via a wireless communication channel , and - wherein the closing unit comprises an executing unit configured to release or block the locking unit depending on the received command signal, wherein the system comprises - the at least one central transponder reading unit with at least one transponder reading module , at least one processing module and at least one transmitting module , and - at least one transponder comprising an identification code, - wherein the transponder reading unit is configured to read the identification code of the transponder , - wherein the processing module is configured to evaluate the read identification code, and - wherein the transmitting module is configured to transmit an electromagnetic command signal via a wireless communication channel to the window handle (2, 2.1, 2.2) depending on the evaluation, characterized in that - the transponder reading unit is part of a door access control system. - at least one locking unit configured to actuate at least one window , and - at least one closing unit operatively connected to the locking unit and configured to block and/or release the locking unit , - wherein the closing unit comprises at least one receiving unit configured to receive an electromagnetic command signal from a central transponder reading unit via a wireless communication channel , and - wherein the closing unit comprises an executing unit configured to release or block the locking unit depending on the received command signal, wherein the system comprises - the at least one central transponder reading unit with at least one transponder reading module , at least one processing module and at least one transmitting module , and - at least one transponder comprising an identification code, - wherein the transponder reading unit is configured to read the identification code of the transponder , - wherein the processing module is configured to evaluate the read identification code, and - wherein the transmitting module is configured to transmit an electromagnetic command signal via a wireless communication channel to the window handle (2, 2.1, 2.2) depending on the evaluation, characterized in that - the transponder reading unit is part of a door access control system.
A method for retrofitting a wind turbine foundation comprising a first substantially elongated pile in the ground, the method comprising: arranging a lower end of an elongated channel of a second substantially elongated pile around the first pile , wherein the elongated channel extends substantially along a longitudinal direction of the second pile , and wherein the channel is configured to receive at least a portion of the first pile ; lowering the second pile such that the elongated channel surrounds at least a portion of the first pile ; driving the second pile into the ground . arranging a lower end of an elongated channel of a second substantially elongated pile around the first pile , wherein the elongated channel extends substantially along a longitudinal direction of the second pile , and wherein the channel is configured to receive at least a portion of the first pile ; lowering the second pile such that the elongated channel surrounds at least a portion of the first pile ; driving the second pile into the ground .
Arrangement for detecting a position, in particular a roll, pitch and/or yaw angle, of a human upper jaw and/or head, comprising at least one first sensor to be arranged on an upper jaw, wherein the at least one first sensor has a data interface for transmitting and/or receiving data, wherein the arrangement has at least one second sensor to be arranged on a head, wherein the at least one second sensor has a data interface for transmitting and/or receiving data, characterized in that the first sensor and the second sensor have a wireless data connection to each other, or in that the first sensor and the second sensor have a wired data connection to each other.
Method for determining a critical angle of the total internal reflection in TIRF microscopy, comprising: illuminating a sample with an excitation light beam , recording fluorescence images of at least one part of the sample for a multiplicity of different angles of incidence of the excitation light beam , and determining a critical angle of the total internal reflection at an interface of the sample on the basis of an analysis of the images, wherein the critical angle is determined on the basis of contrast information of the images, characterized in that recording images comprises recording images for at least two different image planes . illuminating a sample with an excitation light beam , recording fluorescence images of at least one part of the sample for a multiplicity of different angles of incidence of the excitation light beam , and determining a critical angle of the total internal reflection at an interface of the sample on the basis of an analysis of the images, wherein the critical angle is determined on the basis of contrast information of the images,
A method (B1200) of wireless communication for a mobile device having at least a first radio and a second radio , comprising: communicating using the first radio based on a first radio technology; determining (B1210), by the first radio with respect to the second radio configured based on a second radio technology different from the first radio technology, an availability of the second radio to assist the first radio with a first-radio operation, wherein the second radio is determined to be available to assist the first radio with the first-radio operation when the second radio is performing a first type of task and the second radio is determined to not be available to assist the first radio with the first-radio operation when the second radio is performing a second type of task, wherein the second radio is configured to stop performing the first type of task in response to a request, from the first radio , of the availability of the second radio to assist the first radio with the first-radio operation; configuring, by the first radio , the second radio to perform the first-radio operation; and performing (B1220) at least a portion of the first-radio operation at the second radio , wherein the configuring and performing is done based on the availability of the second radio to assist the first radio with the first-radio operation. communicating using the first radio based on a first radio technology; determining (B1210), by the first radio with respect to the second radio configured based on a second radio technology different from the first radio technology, an availability of the second radio to assist the first radio with a first-radio operation, wherein the second radio is determined to be available to assist the first radio with the first-radio operation when the second radio is performing a first type of task and the second radio is determined to not be available to assist the first radio with the first-radio operation when the second radio is performing a second type of task, wherein the second radio is configured to stop performing the first type of task in response to a request, from the first radio , of the availability of the second radio to assist the first radio with the first-radio operation; configuring, by the first radio , the second radio to perform the first-radio operation; and performing (B1220) at least a portion of the first-radio operation at the second radio , wherein the configuring and performing is done based on the availability of the second radio to assist the first radio with the first-radio operation.
A method, comprising: detecting, by a server, that an energy harvesting device has not established a short range or a long range connection to the server within a predetermined time frame, the energy harvesting device being able to connect to the server only when getting enough power from an energy source ; obtaining, by the server , information relating to environmental conditions of the energy harvesting device from a secondary information source; comparing, by the server , the obtained information to information in a mapping database of the server to decide a default state whether the energy harvesting device should be in an online state or offline state, wherein the mapping database is formed by collecting secondary information from one or more secondary information sources at points of time when the energy harvesting device had established a short range or a long range connection to the server ; and determining, by the server , based on the comparison, whether the energy harvesting device is considered to be in an offline state, in which the energy harvesting device does not get enough power from the energy source to establish a connection to the server , and to be operative, or whether the energy harvesting device is considered to be failed. detecting, by a server, that an energy harvesting device has not established a short range or a long range connection to the server within a predetermined time frame, the energy harvesting device being able to connect to the server only when getting enough power from an energy source ; obtaining, by the server , information relating to environmental conditions of the energy harvesting device from a secondary information source; comparing, by the server , the obtained information to information in a mapping database of the server to decide a default state whether the energy harvesting device should be in an online state or offline state, wherein the mapping database is formed by collecting secondary information from one or more secondary information sources at points of time when the energy harvesting device had established a short range or a long range connection to the server ; and determining, by the server , based on the comparison, whether the energy harvesting device is considered to be in an offline state, in which the energy harvesting device does not get enough power from the energy source to establish a connection to the server , and to be operative, or whether the energy harvesting device is considered to be failed.
A retaining device comprising: • a base extending in a longitudinal direction and presenting a top face and a bottom face ; • a plurality of retaining elements extending from the top face of the base , each of the retaining elements being formed by a stem surmounted by a head , the stem having a bottom end connected to the base , and a top end opposite from the bottom end , the head surmounting the top end of the stem , and having a bottom face facing towards the base and a top face opposite from the bottom face; • the base presenting a thickness lying in the range 10 μm to 700 μm, where the thickness is the distance between the top face and the bottom face ; and the head of each retaining element includes at least one catch portion extending radially relative to the top end of the stem , characterized in that each retaining element comprises a rib extending on the top face of the head of said retaining element, and at least partially on said at least one catch portion . • a base extending in a longitudinal direction and presenting a top face and a bottom face ; • a plurality of retaining elements extending from the top face of the base , each of the retaining elements being formed by a stem surmounted by a head , the stem having a bottom end connected to the base , and a top end opposite from the bottom end , the head surmounting the top end of the stem , and having a bottom face facing towards the base and a top face opposite from the bottom face; • the base presenting a thickness lying in the range 10 μm to 700 μm, where the thickness is the distance between the top face and the bottom face ; and
A transmitter that is attachable to a wheel assembly of a vehicle and transmits transmission data to a receiver , the transmitter comprising: a nonvolatile memory that stores multiple types of protocols; a volatile memory that stores selection information, the selection information representing a protocol that is selected from the multiple types of protocols stored in the nonvolatile memory and corresponds to the receiver ; and a transmitting unit that transmits transmission data conforming to a protocol, wherein the transmitting unit transmits the transmission data conforming to the protocol represented by the selection information when the selection information is stored in the volatile memory , and transmits the transmission data conforming to all the protocols stored in the nonvolatile memory when the selection information is not stored in the volatile memory , characterised in that , when transmitting the transmission data conforming to all the protocols stored in the nonvolatile memory , the transmitting unit transmits the transmission data that includes information indicating that the selection information is not stored in the volatile memory . a nonvolatile memory that stores multiple types of protocols; a volatile memory that stores selection information, the selection information representing a protocol that is selected from the multiple types of protocols stored in the nonvolatile memory and corresponds to the receiver ; and a transmitting unit that transmits transmission data conforming to a protocol, wherein the transmitting unit transmits the transmission data conforming to the protocol represented by the selection information when the selection information is stored in the volatile memory , and transmits the transmission data conforming to all the protocols stored in the nonvolatile memory when the selection information is not stored in the volatile memory , transmits the transmission data conforming to the protocol represented by the selection information when the selection information is stored in the volatile memory , and transmits the transmission data conforming to all the protocols stored in the nonvolatile memory when the selection information is not stored in the volatile memory , characterised in that , when transmitting the transmission data conforming to all the protocols stored in the nonvolatile memory , the transmitting unit transmits the transmission data that includes information indicating that the selection information is not stored in the volatile memory .
An inkjet recording device comprising: a recording head configured to eject ink; a first tank configured to store ink; a second tank configured to store the ink supplied from the first tank ; a first liquid sending unit configured to send the ink from the first tank to the second tank ; one or a plurality of second liquid sending units configured to send the ink from the second tank to the recording head via a liquid sending flow path; a reference sensor configured to determine whether the ink stored in the second tank is a predetermined standard storage amount; an upper limit sensor configured to determine whether the ink stored in the second tank is an upper limit storage amount larger than the standard storage amount; a lower limit sensor configured to determine whether the ink stored in the second tank is a lower limit storage amount smaller than the standard storage amount; and a controller , wherein, the controller is configured to determine whether to operate the first liquid sending unit depending on a detected result of the reference sensor ; and the controller is configured to perform predetermined abnormality handling operations according to a detected result of the upper limit sensor and the lower limit sensor . a recording head configured to eject ink; a first tank configured to store ink; a second tank configured to store the ink supplied from the first tank ; a first liquid sending unit configured to send the ink from the first tank to the second tank ; one or a plurality of second liquid sending units configured to send the ink from the second tank to the recording head via a liquid sending flow path; a reference sensor configured to determine whether the ink stored in the second tank is a predetermined standard storage amount; an upper limit sensor configured to determine whether the ink stored in the second tank is an upper limit storage amount larger than the standard storage amount; a lower limit sensor configured to determine whether the ink stored in the second tank is a lower limit storage amount smaller than the standard storage amount; and a controller , wherein, the controller is configured to determine whether to operate the first liquid sending unit depending on a detected result of the reference sensor ; and the controller is configured to perform predetermined abnormality handling operations according to a detected result of the upper limit sensor and the lower limit sensor .
A method of forming a glass container (C'), comprising the steps of: allowing a suspended parison (P, P', p", P'") to elongate in a mold along a central longitudinal axis (A); sensing at least one position of a closed end of the parison within the mold before the closed end of the parison contacts a transversely extending surface (T) in the mold; and adjusting at least one process parameter responsive to the sensing step. allowing a suspended parison (P, P', p", P'") to elongate in a mold along a central longitudinal axis (A); sensing at least one position of a closed end of the parison within the mold before the closed end of the parison contacts a transversely extending surface (T) in the mold; and adjusting at least one process parameter responsive to the sensing step.
Method for determining a tissue type of a tissue taken from an animal or human individual, in which method: - a radiation sensor detects electromagnetic radiation emitted by a tissue sample of the tissue, said radiation sensor providing a sensor signal according to the detected electromagnetic radiation, and - an analysis unit analyses the sensor signal in order to determine and output the tissue type, wherein the analysis unit is a self-learning analysis unit , which is initially trained using training datasets on the basis of at least one model based on a machine learning method, the training of said analysis unit being performed using said training datasets , which each comprise a training sensor signal with an associated training tissue type in each case, wherein the training datasets comprise the data from a plurality of different individuals which are stored in a database, characterised in that before determining the tissue type of the tissue sample of the animal or human individual by means of at least one further known dataset of the same individual, the analysis unit is trained for adaptation to the animal or human individual. - a radiation sensor detects electromagnetic radiation emitted by a tissue sample of the tissue, said radiation sensor providing a sensor signal according to the detected electromagnetic radiation, and - an analysis unit analyses the sensor signal in order to determine and output the tissue type, wherein the analysis unit is a self-learning analysis unit , which is initially trained using training datasets on the basis of at least one model based on a machine learning method, the training of said analysis unit being performed using said training datasets , which each comprise a training sensor signal with an associated training tissue type in each case, wherein the training datasets comprise the data from a plurality of different individuals which are stored in a database, characterised in that before determining the tissue type of the tissue sample of the animal or human individual by means of at least one further known dataset of the same individual, the analysis unit is trained for adaptation to the animal or human individual.
Rail vehicle having a first interior portion with a floor at a first floor height, and having a second interior portion which is adjacent to the first interior portion and has a floor at a second floor height lying above the first floor height of the first interior portion , wherein, in order to overcome the difference between the first and the second floor heights, a lifting arrangement having a lifting platform is provided, which is of a size for receiving a disabled person, wherein the lifting arrangement is arranged in the first interior portion so as to be directly adjacent to the second interior portion , and the lifting platform is movable vertically by means of a drive between a lower position, in which its upper side is in alignment with an upper side of the floor in the first interior portion , and an upper position, in which its upper side is in alignment with an upper side of the floor in the second interior portion , characterized in that the lifting arrangement has two step arrangements (13; 14) which each emerge laterally from the lifting platform , are retractable and extendable in the vertical direction in a manner coupled to a vertical movement of the lifting platform and of which one adjoins the floor of the first interior portion and the other adjoins the floor of the second interior portion .