mhurhangee/ep-ind-claims huggingface dataset:
A position indicator comprising: an oscillation circuit configured to transmit a position indicating signal to indicate a position, the oscillation circuit including a coil (1, 21), said coil (1, 21), comprising: a first conductive wire wound from a distal end portion of said coil (1, 21) to a proximal end portion of said coil (1, 21) in a predetermined rotational direction; and a second conductive wire wound from said proximal end portion of said coil (1, 21) to said distal end portion of said coil (1, 21) in the predetermined rotational direction, wherein said first conductive wire and said second conductive wire are connected to each other at the proximal end portion of said coil (1, 21), and said wound first conductive wire and said wound second conductive wire are disposed alternately adjacent to each other, wherein said coil has a rod-like shape, and wherein in said coil (1, 21), the first and second conductive wires (3a, 3b) are wound around a circumference of a magnetic material to form a single layer coil. an oscillation circuit configured to transmit a position indicating signal to indicate a position, the oscillation circuit including a coil (1, 21), said coil (1, 21), comprising: a first conductive wire wound from a distal end portion of said coil (1, 21) to a proximal end portion of said coil (1, 21) in a predetermined rotational direction; and a second conductive wire wound from said proximal end portion of said coil (1, 21) to said distal end portion of said coil (1, 21) in the predetermined rotational direction, wherein a first conductive wire wound from a distal end portion of said coil (1, 21) to a proximal end portion of said coil (1, 21) in a predetermined rotational direction; and a second conductive wire wound from said proximal end portion of said coil (1, 21) to said distal end portion of said coil (1, 21) in the predetermined rotational direction, wherein said first conductive wire and said second conductive wire are connected to each other at the proximal end portion of said coil (1, 21), and said wound first conductive wire and said wound second conductive wire are disposed alternately adjacent to each other, wherein said coil has a rod-like shape, and wherein in said coil (1, 21), the first and second conductive wires (3a, 3b) are wound around a circumference of a magnetic material to form a single layer coil.
Electric drive comprising an electric motor, which has a stator and a rotor, and comprising a control and/or logic module for the electric motor, which control and/or logic module has a first printed circuit board and a second printed circuit board which are arranged parallel to the rotation axis of the rotor, wherein the first printed circuit board covers a first outer casing surface of the stator and the second printed circuit board covers a second outer casing surface of the stator, comprising a housing which has a first housing section with a first inner wall which faces the first outer casing surface and a first outer wall which is averted from the said outer casing surface, wherein the first printed circuit board is arranged between the first inner wall and the first outer wall, wherein a first air gap is formed between the first inner wall and the first outer casing surface, which air gap is open at both ends in the circumferential direction of the stator to allow convection air to pass through, characterized in that the housing has a second housing section which is arranged transverse to the first printed circuit board and has a second inner wall which faces the second outer casing surface and a second outer wall which is averted from the said second outer casing surface, in that the second printed circuit board is arranged between the second inner wall and the second outer wall transverse to the first printed circuit board, in that a second air gap is formed between the second inner wall and the second outer casing surface and is open at both ends in the circumferential direction of the stator to allow convection air to pass through, in that a passage opening for cooling air, which passage opening connects the first inner wall to the first outer wall, is formed between the first housing section and the second housing section, and in that the passage opening is designed with an open edge in the axial direction of the rotor.
A method of operating a security system, the method comprising: (a) receiving by a security device a wireless signal from a mobile device; (b) acquiring a mobile device identifier if the security device receives a wireless signal from the mobile device for a pre-determined duration of time; (c) determining whether the acquired mobile device identifier is one of a plurality of stored mobile device identifiers, and if the acquired mobile device identifier is not one of the plurality of stored mobile device identifiers, determining a signal strength of the wireless signal and using the signal strength to estimate a distance between the mobile device and the security device; and (d) transmitting an alarm signal based on the acquired mobile device identifier and the signal strength. (a) receiving by a security device a wireless signal from a mobile device; (b) acquiring a mobile device identifier if the security device receives a wireless signal from the mobile device for a pre-determined duration of time; (c) determining whether the acquired mobile device identifier is one of a plurality of stored mobile device identifiers, and if the acquired mobile device identifier is not one of the plurality of stored mobile device identifiers, determining a signal strength of the wireless signal and using the signal strength to estimate a distance between the mobile device and the security device; and (d) transmitting an alarm signal based on the acquired mobile device identifier and the signal strength.
A method performed for controlling access to a physical space, the method being performed in an access control device and comprising the steps of: communicating with an electronic key to authenticate the electronic key; performing a lookup of an access right using an identity of the electronic key in a credential cache when the access control device is unable to communicate with an access control server; sending an unlock signal when the access right indicates that the electronic key should be granted access; retrieving, from the access control server, an access right indicating whether the electronic key should have access or not, when the access control device is able to communicate with the access control server; and updating the credential cache with the access right retrieved from the access control server; wherein the method further comprises the steps, prior to the step of communicating, of: receiving, initiated from a remote device, an access right indicating whether the electronic key should have access or not; and updating the credential cache with the access right received from the remote device. communicating with an electronic key to authenticate the electronic key; performing a lookup of an access right using an identity of the electronic key in a credential cache when the access control device is unable to communicate with an access control server; sending an unlock signal when the access right indicates that the electronic key should be granted access; retrieving, from the access control server, an access right indicating whether the electronic key should have access or not, when the access control device is able to communicate with the access control server; and updating the credential cache with the access right retrieved from the access control server; wherein the method further comprises the steps, prior to the step of communicating, of: receiving, initiated from a remote device, an access right indicating whether the electronic key should have access or not; and updating the credential cache with the access right received from the remote device. receiving, initiated from a remote device, an access right indicating whether the electronic key should have access or not; and updating the credential cache with the access right received from the remote device.
A control/monitor signal transmission system, comprising: a plurality of actuating apparatuses each of which includes an actuator unit and a sensor unit which monitors the actuator unit; a plurality of slave stations which are installed corresponding to the plurality of actuating apparatuses and are connected through a common data line; and a mediation station which is connected to the data signal line, wherein the data signal line includes a plurality of independent groups which are consolidated to the mediation station, one cycle of a clock of a signal transmitted on the common data line is divided into an input period and an output period, the plurality of actuating apparatuses are divided into one or plural sets including at least two, and the actuating apparatuses which belong to the same set and are different in group of the connected data signal line have a correspondence relationship, and the mediation station extracts monitor data from a monitor signal transmitted from the sensor unit through the slave station, and transmits the monitor data as control data in the output period of same clock cycle which includes the input period from which the monitor signal is extracted to a different actuating apparatus which is in a correspondence relationship with the actuating apparatus including the sensor unit which transmits the monitor data, extracts different monitor data from a monitor signal transmitted from the sensor unit which is included in the different actuating apparatus through the slave station, transmits the different monitor data as control data in the output period of same clock cycle which includes the input period from which the different monitor signal is extracted to the actuating apparatus which includes the sensor unit which transmits the monitor data. a plurality of actuating apparatuses each of which includes an actuator unit and a sensor unit which monitors the actuator unit; a plurality of slave stations which are installed corresponding to the plurality of actuating apparatuses and are connected through a common data line; and a mediation station which is connected to the data signal line,
A method of decoding a video bitstream, the method comprising: decoding a header of the video bitstream to determine the number of columns for dividing a frame consisting of horizontally arranged precincts, the precincts being divided by the columns and each of the precincts being a unit for quantization; decoding a header for a current precinct to determine a location of a subpacket in the video bitstream, the subpacket corresponding to a part of the current precinct; decoding the subpacket of the current precinct based on the determined location, to derive coefficient bits for the current precinct; and decoding video data from the derived coefficient bits for the current precinct, by performing inverse wavelet transform for the derived coefficient bits, the inverse wavelet transform including a filter operation, wherein a width of the current precinct in the frame is a multiple of 128 samples. decoding a header of the video bitstream to determine the number of columns for dividing a frame consisting of horizontally arranged precincts, the precincts being divided by the columns and each of the precincts being a unit for quantization; decoding a header for a current precinct to determine a location of a subpacket in the video bitstream, the subpacket corresponding to a part of the current precinct; decoding the subpacket of the current precinct based on the determined location, to derive coefficient bits for the current precinct; and decoding video data from the derived coefficient bits for the current precinct, by performing inverse wavelet transform for the derived coefficient bits, the inverse wavelet transform including a filter operation, wherein a width of the current precinct in the frame is a multiple of 128 samples.
A bag sealing tape comprising adhesion zones and non-adhesion zones, wherein when one of the non-adhesion zones having a cutting reference position is cut at the cutting reference position to obtain a first non-adhesion zone and a second non-adhesion zone, a length of the first non-adhesion zone and a length of the second non-adhesion zone are both lengths holdable by a user, wherein adhesion layers forming the adhesion zones are adhered to a surface of a base film in a stepping stone manner in a length direction of the base film, when two of the adhesion layers are adhered together, a peeling strength required for separating the two adhesion layers is smaller than an adhesion strength between one of the adhesion layers and the base film, the peeling strength is 3 to 5 N/10 mm, and the adhesion layers do not peel off the base film even when forming a band through adhesion of two of the adhesion layers and releasing the band are repeated, whereby a repeated use of the bag sealing tape is allowed.
A solid-state fuel battery, comprising an anode, a cathode spaced from the anode, and a hydrogen-cation conducting solid-state electrolyte disposed between the anode and the cathode, characterized in that a material of the solid-state electrolyte is a hydrogen-containing transition metal oxide having a structural formula of SrCoO x H y, wherein x is a numeric value in a range of 1 to 3, and y is a numeric value greater than 0 and smaller than or equal to 2.5.
A three dimensional video encoder comprising: a first encoder configured to encode a base view to form a first independently compressed video stream associated with video content, the base view being a two dimensional compatible view; a second encoder configured to encode a nonbase view to form a second independently compressed video stream associated with the video content, the nonbase view being a view configured to form a 3D compatible view together with the base view; a descriptor processor configured to generate a descriptor associated with at least one of the first independently compressed video stream and the second independently compressed video stream, wherein the descriptor includes a supplemental enhancement information message to form a 3D video, the supplemental enhancement information message providing information at a picture level or slice level in which values represent picture size, base view picture size, Sample Aspect Ratio, a number of legs in a re-sampling poly-phase filter in the horizontal and vertical directions, and a number of filter coefficients in each of those legs; and a multiplexer configured to multiplex the first and second independently compressed video streams associated with the video content and the descriptor to form a transport bit stream including the descriptor, the base view and the nonbase view, wherein the transport bit stream can be processed to render a 3D video using the base and nonbase views. a first encoder configured to encode a base view to form a first independently compressed video stream associated with video content, the base view being a two dimensional compatible view; a second encoder configured to encode a nonbase view to form a second independently compressed video stream associated with the video content, the nonbase view being a view configured to form a 3D compatible view together with the base view; a descriptor processor configured to generate a descriptor associated with at least one of the first independently compressed video stream and the second independently compressed video stream, wherein the descriptor includes a supplemental enhancement information message to form a 3D video, the supplemental enhancement information message providing information at a picture level or slice level in which values represent picture size, base view picture size, Sample Aspect Ratio, a number of legs in a re-sampling poly-phase filter in the horizontal and vertical directions, and a number of filter coefficients in each of those legs; and a multiplexer configured to multiplex the first and second independently compressed video streams associated with the video content and the descriptor to form a transport bit stream including the descriptor, the base view and the nonbase view, wherein the transport bit stream can be processed to render a 3D video using the base and nonbase views.
A vehicle-suspension structure comprising: a suspension arm that extends in a left-right direction of a vehicle frame from a pivot shaft serving as a swinging center; a wheel mounting unit to which a wheel is mounted, the wheel mounting unit being configured to drive the wheel; and a ball joint that is arranged at a position intersecting with a rotation-center line of the wheel driven by the wheel mounting unit, the ball joint being linked to the suspension arm and to the wheel mounting unit, characterized in that the pivot shaft serving as the swinging center of the suspension arm is positioned above a ladder side frame, the wheel mounting unit includes a rotor core, a rotor shaft, and a connecting member, the rotor core has a substantially thick cylindrical shape having a short axis and being arranged immediately inside a motor housing, the rotor shaft is supported by the motor housing via a single-row bearing arranged on a vehicle- frame side and a double-row bearing arranged on an outer side, the rotor shaft being configured such that a hub for mounting the wheel is spline-fitted and fastened and secured by a nut to a tip end of the rotor shaft protruding out from the motor housing and further towards outside of the double-row bearing arranged on the outer side, and the wheel mounting unit being configured to drive the wheel mounted on the hub by rotation of the rotor shaft. a suspension arm that extends in a left-right direction of a vehicle frame from a pivot shaft serving as a swinging center; a wheel mounting unit to which a wheel is mounted, the wheel mounting unit being configured to drive the wheel; and a ball joint that is arranged at a position intersecting with a rotation-center line of the wheel driven by the wheel mounting unit, the ball joint being linked to the suspension arm and to the wheel mounting unit, characterized in that the pivot shaft serving as the swinging center of the suspension arm is positioned above a ladder side frame, the wheel mounting unit includes a rotor core, a rotor shaft, and a connecting member, the rotor core has a substantially thick cylindrical shape having a short axis and being arranged immediately inside a motor housing, the rotor shaft is supported by the motor housing via a single-row bearing arranged on a vehicle- frame side and a double-row bearing arranged on an outer side, the rotor shaft being configured such that a hub for mounting the wheel is spline-fitted and fastened and secured by a nut to a tip end of the rotor shaft protruding out from the motor housing and further towards outside of the double-row bearing arranged on the outer side, and the wheel mounting unit being configured to drive the wheel mounted on the hub by rotation of the rotor shaft.
A method performed by a user equipment, UE, the method comprising: decoding Downlink Control Information, DCI, of a Physical Downlink Control Channel, PDCCH, to generate decoded DCI; extracting aperiodic Channel-State Information Reference Signal, AP CSI-RS, information from the decoded DCI, the AP CSI-RS information comprising an indication that an AP CSI-RS is quasi co-located, QCLed, with a further downlink, DL, reference signal; updating a beam configuration of the AP CSI-RS based on the indication; and generating an uplink, UL, feedback message indicating that the PDCCH was successfully decoded by the UE. decoding Downlink Control Information, DCI, of a Physical Downlink Control Channel, PDCCH, to generate decoded DCI; extracting aperiodic Channel-State Information Reference Signal, AP CSI-RS, information from the decoded DCI, the AP CSI-RS information comprising an indication that an AP CSI-RS is quasi co-located, QCLed, with a further downlink, DL, reference signal; updating a beam configuration of the AP CSI-RS based on the indication; and generating an uplink, UL, feedback message indicating that the PDCCH was successfully decoded by the UE.
A communication device comprising a lawful interception, LI, Administration Function, ADMF, the communication device comprising, a processor and a memory, said memory containing instructions executable by said processor, whereby the communication device is operative to: - select information about a type of issue to be sent in a message to the LI ADMF from a network element, NE, over an X1 interface according to ETSI TS 103 221-1, - send a request to the NE, that is configured to perform an action associated with a lawful interception, to add information associated with the LI ADMF and information about one or more interfaces on the NE over which the message will be sent, or modify information associated with the LI ADMF and information about one or more interfaces for the message to be sent from the NE to the LI ADMF over the X1 interface, wherein the request comprises the information about the type of issue in a DeliveryType field or in an X1DeliveryTypeFilter field, - receive a response from the NE to the request, wherein the response comprises a result associated with the request. - select information about a type of issue to be sent in a message to the LI ADMF from a network element, NE, over an X1 interface according to ETSI TS 103 221-1, - send a request to the NE, that is configured to perform an action associated with a lawful interception, to add information associated with the LI ADMF and information about one or more interfaces on the NE over which the message will be sent, or modify information associated with the LI ADMF and information about one or more interfaces for the message to be sent from the NE to the LI ADMF over the X1 interface, wherein the request comprises the information about the type of issue in a DeliveryType field or in an X1DeliveryTypeFilter field, - receive a response from the NE to the request, wherein the response comprises a result associated with the request.
A surge arrester arrangement having at least one varistor dissipation element as well as a disconnecting device for disconnecting the at least one varistor dissipation element from the mains, the disconnecting device being integrated in the electric connection path (A; B) of the arrester arrangement, wherein furthermore a current limiting resistor is connected in series in the electric connection path (A; B) to the varistor dissipation element in order to reduce the short-circuit current of the connected mains in case of the disconnecting device failing to respond or an overload short-circuit state inside the varistor dissipation element, characterized in that a spark gap or a gas discharge arrester is connected in parallel to the current limiting resistor and configured such that a voltage overload of the current limiting resistor is prevented.