mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for the measurement of a turbid sample comprising: an illumination apparatus (12, 112) having a plurality of light sources configured to illuminate a target area of a turbid sample with planar non-structured light at a plurality of wavelengths, a projection system (16, 116) configured to illuminate said target area of turbid sample with spatially structured light at a plurality of wavelengths, wherein the wavelengths of the planar non-structured light are different from the wavelengths of the spatially structured light, a sensor configured to collect a plurality of wavelengths of planar non-structured light and a plurality of wavelengths of spatially structured light remitted from the target area of the turbid sample, and a processor configured to analyze data of the remitted planar non-structured light and the remitted spatially structured light collected by the sensor to determine the scattering and absorption coefficients of the turbid sample. an illumination apparatus (12, 112) having a plurality of light sources configured to illuminate a target area of a turbid sample with planar non-structured light at a plurality of wavelengths, a projection system (16, 116) configured to illuminate said target area of turbid sample with spatially structured light at a plurality of wavelengths, wherein the wavelengths of the planar non-structured light are different from the wavelengths of the spatially structured light, a sensor configured to collect a plurality of wavelengths of planar non-structured light and a plurality of wavelengths of spatially structured light remitted from the target area of the turbid sample, and a processor configured to analyze data of the remitted planar non-structured light and the remitted spatially structured light collected by the sensor to determine the scattering and absorption coefficients of the turbid sample.
A tensioner comprising: a base having a shaft having a shoulder therein; a pivot arm pivotally engaged with the base about a pivot axis (A-A) and having a pivot arm member; a torsion spring disposed between the pivot arm and the base; the base comprising a base member selectively engagable with the pivot arm member; the pivot arm member being selectively engaged with the base member or disengaged from the base member according to an axial position of the pivot arm; and a retainer engaged with the shaft, the retainer being held in place in the shaft by a clip engaged within a groove on the retainer wherein, when the clip is engaged with the shoulder, the retainer is prevented from being pulled out of the shaft by a force of the torsion spring, the pivot arm is axially restrained, and the torsion spring is partially compressed; and characterized by: the pivot arm having first and second stop surfaces (34, 35); and the base further comprising a base axial projection extending parallel to the pivot axis (A-A) and movable between the first and second stop surfaces (34, 35) to act as a stop to limit the range of motion of the pivot arm. a base having a shaft having a shoulder therein; a pivot arm pivotally engaged with the base about a pivot axis (A-A) and having a pivot arm member; a torsion spring disposed between the pivot arm and the base; the base comprising a base member selectively engagable with the pivot arm member; the pivot arm member being selectively engaged with the base member or disengaged from the base member according to an axial position of the pivot arm; and a retainer engaged with the shaft, the retainer being held in place in the shaft by a clip engaged within a groove on the retainer wherein, when the clip is engaged with the shoulder, the retainer is prevented from being pulled out of the shaft by a force of the torsion spring, the pivot arm is axially restrained, and the torsion spring is partially compressed; and characterized by: the pivot arm having first and second stop surfaces (34, 35); and the base further comprising a base axial projection extending parallel to the pivot axis (A-A) and movable between the first and second stop surfaces (34, 35) to act as a stop to limit the range of motion of the pivot arm. the pivot arm having first and second stop surfaces (34, 35); and the base further comprising a base axial projection extending parallel to the pivot axis (A-A) and movable between the first and second stop surfaces (34, 35) to act as a stop to limit the range of motion of the pivot arm.
A wafer prober comprising a support structure defining a first upper guide and a first lower guide parallel to a first horizontal axis and vertically overlapping with each other, a plurality of measuring units each comprising a first carriage (14, 15, 21, 22) sliding along one respective first guide, a second guide carried by the first carriage (14, 15, 21, 22) and parallel to a second horizontal axis orthogonal to the first axis, a second carriage sliding along the second guide, a movable terminal assembly carried by the second carriage, and a measuring head carried by the movable terminal assembly and provided with a plurality of needle contacts configured to interact with respective points of the wafer, said movable terminal assembly being configured to move the measuring head according to a linear degree of freedom along a vertical axis and at least one rotational degree of freedom about said vertical axis, the wafer prober comprising a control unit which controls the measuring units independently, wherein the measuring head comprises a support fixed to an output member of the movable terminal assembly and a probe card interchangeable and connectable to the support by means of a quick coupling, wherein the quick coupling comprises a magnetic connection and a centring coupling between the support and the probe card.
A memory cell, comprising: a storage node, configured to store a charge representative of one of a plurality of logic states; a first transistor, coupled to the storage node and configured to control charging or discharging of the storage node; a second transistor, coupled to the storage node and configured to sense the charge on the storage node; and characterized by: an anti-ferroelectric, AFE, capacitor, coupled to the storage node, the AFE capacitor comprising a first capacitor electrode, a second capacitor electrode, and an AFE material between the first and second capacitor electrodes; wherein a gate terminal of the second transistor is coupled to the storage node and a first source/drain, S/D, terminal of the second transistor is coupled to a read bit-line; and wherein the first capacitor electrode is coupled to a plate-line. a storage node, configured to store a charge representative of one of a plurality of logic states; a first transistor, coupled to the storage node and configured to control charging or discharging of the storage node; a second transistor, coupled to the storage node and configured to sense the charge on the storage node; and characterized by: an anti-ferroelectric, AFE, capacitor, coupled to the storage node, the AFE capacitor comprising a first capacitor electrode, a second capacitor electrode, and an AFE material between the first and second capacitor electrodes; wherein a gate terminal of the second transistor is coupled to the storage node and a first source/drain, S/D, terminal of the second transistor is coupled to a read bit-line; and wherein the first capacitor electrode is coupled to a plate-line. an anti-ferroelectric, AFE, capacitor, coupled to the storage node, the AFE capacitor comprising a first capacitor electrode, a second capacitor electrode, and an AFE material between the first and second capacitor electrodes; wherein a gate terminal of the second transistor is coupled to the storage node and a first source/drain, S/D, terminal of the second transistor is coupled to a read bit-line; and wherein the first capacitor electrode is coupled to a plate-line.
Luminaire comprising a support element and at least one attachable illumination means module releasably attached to the carrier element, wherein the luminaire comprises at least one locking element movable between a locking position in which disengagement of the illumination means module of the carrier element is prevented, and a release position, in which disengagement of the illumination means module is provided, wherein the luminaire comprises a plurality of illumination means modules, which are arranged in succession in the longitudinal direction of the support element, wherein at least one locking element is so formed that it interacts with all the illumination means modules. characterized in that the locking element is movable by displacement between the locking position and the release position.
Apparatus for generating an adapted audio file, comprising an identification unit for supporting identification of a frequency range (fr) associated with an auditory disorder of a user of the apparatus, an adaptation unit for adapting a frequency characteristic of an audio file (af) representing a track of music, wherein the adaptation is subject to the identified frequency range (fr), and an audio player for playing the adapted audio file (aaf), which apparatus is a stand alone mobile electronic device containing the identification unit, the adaptation unit and the audio player in a common housing of the mobile electronic device, which apparatus is a mobile phone, wherein the adaptation unit is adapted to determine a frequency characteristic based on the identified frequency range (fr) to be applied to the audio file (af) for generating the adapted audio file (aaf), which frequency characteristic represents a band elimination filter characteristic for filtering out the identified frequency range, and wherein the adaptation unit is adapted to accentuate frequencies at the edges of the subject band.
A bending tool having a longitudinal-offset measuring device, for use in a bending machine as a part of a bending tool arrangement in which a sheet metal to be bent is arranged, wherein the bending tool comprises a tool body having a longitudinal extension, said longitudinal extension being oriented in parallel to a bending line, and wherein two contact surfaces or at least one contact edge are formed in parallel to this longitudinal extension and oriented in the direction of the sheet metal to be bent, characterized in that a sensor for determining a longitudinal offset of the sheet metal is arranged in the region of the contact edge or in a contact surface, wherein a sensing portion of the sensor is oriented in the direction of a sheet metal to be bent.
Method for the automated allocation of frequency ranges in a network for a wireless communication, in which at least one user (18, 40, 42) sends a query to a database (16, 38) that stores information pertaining to frequency ranges, wherein a proxy server (12, 32, 34) is provided that handles the at least one query, characterized in that the proxy server (12, 32, 34) does not forward the query to the database (16, 38) but rather responds to the query from the user (18, 40, 42) on the basis of its own information and directly allocates the user (18, 40, 42) a frequency from a frequency portfolio already registered in advance in the database (16, 38).
A fluid conduit module (10, 410) for connecting a receptacle (12, 412) to an endoscope, said receptacle having an internal volume for holding a liquid, and the fluid conduit module comprising: - a first port (14, 414) for connection to an air line of an endoscope; - a second port (16, 416) for connection to a water line of an endoscope; - a connector (22, 422) configured to attach said receptacle to the fluid conduit module; - a first fluid flow path between the first port and the connector; and - a second fluid flow path between the second port and the connector, wherein the connector (22, 422) is configured such that, in use, when a receptacle is connected to the fluid conduit module, the first and second fluid flow paths are in fluid communication with said internal volume of the receptacle, and wherein the fluid conduit module comprises a first single use feature configured to disable the connector (22, 422) to prevent attachment of a second receptacle after use of a first receptacle and a second single use feature configured to hinder or prevent refilling of the receptacle via the first and second flow paths; 11 characterised in that: 1J the first single use feature comprising a weakened part (106, 506) of the connector that is configured to rupture if, in use, a force is applied to the connector (22, 422) to detach the connector from said receptacle. - a first port (14, 414) for connection to an air line of an endoscope; - a second port (16, 416) for connection to a water line of an endoscope; - a connector (22, 422) configured to attach said receptacle to the fluid conduit module; - a first fluid flow path between the first port and the connector; and - a second fluid flow path between the second port and the connector, wherein the connector (22, 422) is configured such that, in use, when a receptacle is connected to the fluid conduit module, the first and second fluid flow paths are in fluid communication with said internal volume of the receptacle, and wherein the fluid conduit module comprises a first single use feature configured to disable the connector (22, 422) to prevent attachment of a second receptacle after use of a first receptacle and a second single use feature configured to hinder or prevent refilling of the receptacle via the first and second flow paths; 11 characterised in that: 1J the first single use feature comprising a weakened part (106, 506) of the connector that is configured to rupture if, in use, a force is applied to the connector (22, 422) to detach the connector from said receptacle.
Flow sensor arrangement, comprising - a main channel for conveying a fluid, - a bypass connected to the main channel for conveying a portion of the fluid supplied in the main channel, - a flow sensor for measuring a flow of the fluid portion in the bypass, - wherein the bypass branches off from the main channel at an angle (α) of less than 30 degrees between an inlet section of the bypass and a supply section of the main channel (1, wherein the arrangement is such that it generates a flow in the inlet section which flow has a component that is reverse directed to the flow direction in the main channel. - a main channel for conveying a fluid, - a bypass connected to the main channel for conveying a portion of the fluid supplied in the main channel, - a flow sensor for measuring a flow of the fluid portion in the bypass, - wherein the bypass branches off from the main channel at an angle (α) of less than 30 degrees between an inlet section of the bypass and a supply section of the main channel (1, wherein the arrangement is such that it generates a flow in the inlet section which flow has a component that is reverse directed to the flow direction in the main channel.
A conductive member for electrophotography, comprising: a conductive support; and a conductive elastic layer, characterized in that said elastic layer comprises an A-B-A type block copolymer; where A block in said A-B-A type block copolymer comprises a non-ion conducting block, and B block therein comprises an ion conducting block having an ion exchange group; wherein: said A-B-A type block copolymer forms a microphase-separated structure; and said microphase-separated structure comprises a matrix phase formed of said B block, and any one of structures selected from the group consisting of a spherical structure, a cylindrical structure, and a bicontinuous structure, wherein said structure is formed of said A block. a conductive support; and a conductive elastic layer, characterized in that said elastic layer comprises an A-B-A type block copolymer; where A block in said A-B-A type block copolymer comprises a non-ion conducting block, and B block therein comprises an ion conducting block having an ion exchange group; wherein: said A-B-A type block copolymer forms a microphase-separated structure; and said microphase-separated structure comprises a matrix phase formed of said B block, and any one of structures selected from the group consisting of a spherical structure, a cylindrical structure, and a bicontinuous structure, wherein said structure is formed of said A block. said A-B-A type block copolymer forms a microphase-separated structure; and said microphase-separated structure comprises a matrix phase formed of said B block, and any one of structures selected from the group consisting of a spherical structure, a cylindrical structure, and a bicontinuous structure, wherein said structure is formed of said A block.
A method, implemented by a processor, for determining a critical timing path in a superconducting circuit design, wherein the superconducting circuit design comprises at least one logic gate including at least one Josephson junction, and wherein the at least one logic gate has an assigned first phase associated with a clock signal for clocking the at least one logic gate, the method comprising: providing timing information concerning a plurality of source terminals of the at least one logic gate coupled with a first sink terminal of the at least one logic gate, wherein the timing information is provided via a timing library comprising at least timing constraints and allowed signal types, wherein the allowed signal types are selected from a wave pipelined logic type of signals or a phase mode logic type of signals; and using the processor, determining whether, in view of the timing information, the first sink terminal is reachable by a single flux quantum, SFQ, pulse within a predetermined range of arrival time based on the assigned first phase to the at least one logic gate; characterized in that the method further comprises, if the first sink terminal is not reachable by the SFQ pulse within the predetermined range of arrival time, inserting a Josephson transmission line, JTL, element between at least one of the plurality of source terminals and the first sink terminal. providing timing information concerning a plurality of source terminals of the at least one logic gate coupled with a first sink terminal of the at least one logic gate, wherein the timing information is provided via a timing library comprising at least timing constraints and allowed signal types, wherein the allowed signal types are selected from a wave pipelined logic type of signals or a phase mode logic type of signals; and using the processor, determining whether, in view of the timing information, the first sink terminal is reachable by a single flux quantum, SFQ, pulse within a predetermined range of arrival time based on the assigned first phase to the at least one logic gate; characterized in that the method further comprises, if the first sink terminal is not reachable by the SFQ pulse within the predetermined range of arrival time, inserting a Josephson transmission line, JTL, element between at least one of the plurality of source terminals and the first sink terminal.
A terminal device, comprising a housing, a microphone, a sound guide support, a circuit board, and a vibration assembly, wherein the housing is provided with a sound collecting hole, the sound guide support and the circuit board are disposed in the housing, the sound guide support and the circuit board form a first cavity, the vibration assembly is disposed between the sound guide support and the circuit board and separates the first cavity into a sound guide channel and a second cavity, and the microphone and the sound collecting hole are respectively disposed at both ends of the sound guide channel; characterized in that the sound guide support is provided with a sound guide groove, the circuit board covers a notch of the sound guide groove, the circuit board and the sound guide groove are connected to form the first cavity; and the sound guide support further comprises a mounting groove, the mounting groove intersects the sound guide groove, the vibration assembly comprises a mounting bracket and a vibration plate, the mounting bracket is disposed in the mounting groove, a portion of the mounting bracket extends into the sound guide groove through the opening part of the sound guide groove, the portion of the mounting bracket extending into the sound guide groove is provided with a mounting hole, the mounting hole communicates with the sound guide groove, the vibration plate blocks the mounting hole, and the vibration plate, the mounting bracket, and the circuit board seal the notch of the sound guide groove, and together with the sound guide groove, form the sound guide channel; and the vibration plate, the mounting bracket and the circuit board form the second cavity. the sound guide support is provided with a sound guide groove, the circuit board covers a notch of the sound guide groove, the circuit board and the sound guide groove are connected to form the first cavity; and the sound guide support further comprises a mounting groove, the mounting groove intersects the sound guide groove, the vibration assembly comprises a mounting bracket and a vibration plate, the mounting bracket is disposed in the mounting groove, a portion of the mounting bracket extends into the sound guide groove through the opening part of the sound guide groove, the portion of the mounting bracket extending into the sound guide groove is provided with a mounting hole, the mounting hole communicates with the sound guide groove, the vibration plate blocks the mounting hole, and the vibration plate, the mounting bracket, and the circuit board seal the notch of the sound guide groove, and together with the sound guide groove, form the sound guide channel; and the vibration plate, the mounting bracket and the circuit board form the second cavity.
A method of handling a network entry for an anchor cell in a cell cluster of a wireless communication system and for a communication device in the wireless communication system, characterized by the method comprising the steps of: transmitting, by the anchor cell in the cell cluster, first control information with a first power level to the communication device of the wireless communication system, for the communication device to perform the network entry according to the first control information; and transmitting, by the anchor cell, second control information with a second power level lower than the first power level to the communication device, for the communication device to obtain channel information according to the second control information; wherein the first power level is greater than power levels used by other cells (124, 126, 128, 130, 132, 134) in the cell cluster for transmitting the first control information. transmitting, by the anchor cell in the cell cluster, first control information with a first power level to the communication device of the wireless communication system, for the communication device to perform the network entry according to the first control information; and transmitting, by the anchor cell, second control information with a second power level lower than the first power level to the communication device, for the communication device to obtain channel information according to the second control information; wherein the first power level is greater than power levels used by other cells (124, 126, 128, 130, 132, 134) in the cell cluster for transmitting the first control information.