mhurhangee/ep-ind-claims huggingface dataset:
A magnetic bit-holder bracelet device intended to be worn by a user on his or her wrist and to carry screwdriver bits or similar tools, comprising, on the one hand, a bracelet made of a polymer material, preferably a plastic material, more preferably a natural or synthetic rubber, suitable for being attached or fastened to said wrist by having an overall cylindrical or annular shape with an axis of revolution that substantially coincides with the axis of the wrist, said bracelet integrating, over all or part of its circumference, a row of cells and, on the other hand, receiving cavities that have an overall cylindrical and/or conical shape, integrated into said bracelet, each formed by one of said cells, each receiving cavity being provided with a bottom and a receiving opening opposite said bottom and being suitable for receiving axially, in a removable manner, one of said bits such that the later abuts, with one of its free ends, against the bottom of said receiving cavity, its other free end projecting from the latter such as to allow said bit to be grasped, the bottom of each receiving cavity including a magnet suitable for applying a magnetic attraction force to the bit in question so as to retain and hold it in the receiving cavity in question, in the overall cylindrical or annular state of the bracelet, either each receiving cavity extends axially along a generator of a conical surface that has an axis that substantially coincides with the axis of revolution of the bracelet so as to position each bit obliquely with respect to said axis of revolution so as to make it easy for it to be grasped, or the receiving cavities extend substantially parallel to the axis of revolution of the bracelet (2, 8), said device being characterised in that at least one of the cells includes in its lateral wall, on the outer side of the bracelet, a system for opening and for lateral extraction (3a, 3b, 3c, 3d) which makes it possible to move, if applicable, by pivoting or tilting, the bit inserted into said cell from its position of axial or longitudinal insertion in the latter into a position, or its position for transverse extraction, substantially perpendicular with respect to the axis of said cell and in that said extraction system consists of a cut-out produced longitudinally, on the outer side of the bracelet, in the lateral wall of the cell in question, from the edge of the receiving opening, by opening on the latter, toward the bottom of said cell.
A method of wireless communication, comprising: identifying at a user equipment, UE, an aggressor base station that is interfering with a downlink signal from a serving base station; receiving at the UE from the serving base station a signal indicating information how to transmit a channel state information, CSI, report for the aggressor base station on an uplink channel to the aggressor base station; and transmitting at the UE the CSI report to the aggressor base station based on the information indicating how to transmit the CSI report. identifying at a user equipment, UE, an aggressor base station that is interfering with a downlink signal from a serving base station; receiving at the UE from the serving base station a signal indicating information how to transmit a channel state information, CSI, report for the aggressor base station on an uplink channel to the aggressor base station; and transmitting at the UE the CSI report to the aggressor base station based on the information indicating how to transmit the CSI report.
Method for reducing emission of ammonia from a livestock housing, the method comprising applying a composition comprising a compound that restrains ammonia volatilization directly onto freshly excreted manure by an animal in the livestock housing, wherein the freshly excreted manure has not been collected in a collecting means, wherein application of the composition is performed at least within 8 hours of excretion of the manure by the animal, wherein the composition is a liquid composition, and wherein application is performed by continuously or intermittently applying the composition onto a floor surface area of the livestock housing, thereby being applied on any freshly excreted manure present on the floor surface area
A station device comprising: a reception unit configured to receive a signal transmitted from a second network other than a first network to which the station device belongs, the first network being a basic service set, BSS, constituted by an access point and at least the station device, the second network being an overlap basic service set, OBSS, that overlaps with the BSS; an acquisition unit configured to acquire parameter information regarding the signal; and a reporting unit configured to report the parameter information to the access point that performs interference control in the BSS based on the parameter information, the parameter information including detection time information, modulation and coding scheme, MCS, information, BSS Color information, received signal strength indicator, RSSI, information, wireless local area network, LAN, version information, data type information, and duration information regarding transmission path utilization time. a reception unit configured to receive a signal transmitted from a second network other than a first network to which the station device belongs, the first network being a basic service set, BSS, constituted by an access point and at least the station device, the second network being an overlap basic service set, OBSS, that overlaps with the BSS; an acquisition unit configured to acquire parameter information regarding the signal; and a reporting unit configured to report the parameter information to the access point that performs interference control in the BSS based on the parameter information, the parameter information including detection time information, modulation and coding scheme, MCS, information, BSS Color information, received signal strength indicator, RSSI, information, wireless local area network, LAN, version information, data type information, and duration information regarding transmission path utilization time.
A method for facilitating communication between an occupant of a facility and a visitor, the method comprising: receiving, at a computer system and through a mobile app, computer program, or website, a request from a visitor device to communicate with an occupant of the facility, wherein the request comprises a request for access to an entrance of the facility; receiving, at the computer system and from a GPS unit on the visitor device, a location of the visitor device; based on the received location, determining that the visitor device is within a predetermined bounded area of the facility; based on the received request, identifying an occupant profile; obtaining information associated with the occupant profile; based on the obtained information, determining that the occupant has registered a profile; based on the obtained information, identifying a communication path to an occupant device; sending, from the computer system and using the communication path, the request from the visitor device to the occupant device; periodically requesting, by the computer system, location data from the visitor device; determining, by the computer system and using location data received from the visitor device, whether the visitor device is inside facility; in response to determining that the visitor device is inside the facility and before the occupant has granted the visitor access, generating and sending, by the computer system, an alert to the occupant device; receiving, at the computer system, a response from the occupant device; and based on the response, performing an action. receiving, at a computer system and through a mobile app, computer program, or website, a request from a visitor device to communicate with an occupant of the facility, wherein the request comprises a request for access to an entrance of the facility; receiving, at the computer system and from a GPS unit on the visitor device, a location of the visitor device; based on the received location, determining that the visitor device is within a predetermined bounded area of the facility; based on the received request, identifying an occupant profile; obtaining information associated with the occupant profile; based on the obtained information, determining that the occupant has registered a profile; based on the obtained information, identifying a communication path to an occupant device; sending, from the computer system and using the communication path, the request from the visitor device to the occupant device; periodically requesting, by the computer system, location data from the visitor device; determining, by the computer system and using location data received from the visitor device, whether the visitor device is inside facility; in response to determining that the visitor device is inside the facility and before the occupant has granted the visitor access, generating and sending, by the computer system, an alert to the occupant device; receiving, at the computer system, a response from the occupant device; and based on the response, performing an action.
A computer-implemented method for manipulating a 3D object in a 3D scene of a computer-aided design system, the method comprising the steps of: a) Displaying a 3D object having a center of rotation in the 3D scene on a screen; b) displaying in the 3D scene a rotation manipulator having three areas (RA1, RA2, RA3) perpendicular to each other, the rotation manipulator being attached to the cursor, thereby following it on the screen until the position of the rotation manipulator is locked, each area (RA1, RA2, RA3) corresponding to a rotation plane; c) activating the rotation manipulator by locking its location on the screen on an initial press point; d) selecting one rotation plane by displacing the cursor to the area (RA1, RA2, RA3) corresponding to said plane; and e) performing a rotation manipulation according to the displacement of the cursor on the screen. a) Displaying a 3D object having a center of rotation in the 3D scene on a screen; b) displaying in the 3D scene a rotation manipulator having three areas (RA1, RA2, RA3) perpendicular to each other, the rotation manipulator being attached to the cursor, thereby following it on the screen until the position of the rotation manipulator is locked, each area (RA1, RA2, RA3) corresponding to a rotation plane; c) activating the rotation manipulator by locking its location on the screen on an initial press point; d) selecting one rotation plane by displacing the cursor to the area (RA1, RA2, RA3) corresponding to said plane; and e) performing a rotation manipulation according to the displacement of the cursor on the screen.
A method for identifying the angle and polarity of the rotor of a permanent magnet synchronous motor (PMSM), controlled by a frequency converter, the motor comprising a stator, including windings (U1-U2, V1-V2, W1-W2) and a rotor comprising at least two permanent magnets (11, 12), characterized in that the method comprises: determining the rotor d-axis direction by supplying stator voltage vector pulses to the motor terminals at at least two different angles, measuring the phase current at each angle, and determining the rotor d-axis direction based on motor inductance values in each stator angle, which inductance values have been calculated from the measured values, and determining the rotor d-axis polarity by supplying a torque producing current vector to the motor terminals at the q-axis direction, and determining the magnet polarity by observing the direction of the rotor rotation during test pulses, wherein the polarity determination starts by setting the stator current vector at the q-axis direction, thus producing rotor rotating torque, which torque is increased to a predefined level (T q) and when the predefined torque level (T q) is reached, the predefined torque level (T q) is held for a predefined time (t 1) and if the rotor rotation angle exceeds a threshold limit (δ lim, -δ lim) before a predefined time (t 1) has elapsed, the current vector supply to the motor is terminated. determining the rotor d-axis direction by supplying stator voltage vector pulses to the motor terminals at at least two different angles, measuring the phase current at each angle, and determining the rotor d-axis direction based on motor inductance values in each stator angle, which inductance values have been calculated from the measured values, and determining the rotor d-axis polarity by supplying a torque producing current vector to the motor terminals at the q-axis direction, and determining the magnet polarity by observing the direction of the rotor rotation during test pulses, wherein the polarity determination starts by setting the stator current vector at the q-axis direction, thus producing rotor rotating torque, which torque is increased to a predefined level (T q) and when the predefined torque level (T q) is reached, the predefined torque level (T q) is held for a predefined time (t 1) and if the rotor rotation angle exceeds a threshold limit (δ lim, -δ lim) before a predefined time (t 1) has elapsed, the current vector supply to the motor is terminated.
An apparatus for use in an eNodeB operable to perform resource allocations for beamforming reference signal, BRS, transmissions within a 5G wireless communication system, the apparatus comprising one or more processors and memory configured to: identify, at the eNodeB, a plurality of BRS antenna ports, APs, associated with one orthogonal frequency division multiplexing, OFDM, symbol, wherein the BRS APs are used to transmit a BRS from the eNodeB to a user equipment, UE, in the OFDM symbol; encode, at the eNodeB, an enhanced physical broadcast channel, xPBCH, and multiplex, at the eNodeB, the xPBCH, the BRS, a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and an enhanced synchronization signal, ESS, in the OFDM symbol in a frequency division multiplexing, FDM, and/or a code division multiplexing, CDM, manner for transmission to the UE. identify, at the eNodeB, a plurality of BRS antenna ports, APs, associated with one orthogonal frequency division multiplexing, OFDM, symbol, wherein the BRS APs are used to transmit a BRS from the eNodeB to a user equipment, UE, in the OFDM symbol; encode, at the eNodeB, an enhanced physical broadcast channel, xPBCH, and multiplex, at the eNodeB, the xPBCH, the BRS, a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and an enhanced synchronization signal, ESS, in the OFDM symbol in a frequency division multiplexing, FDM, and/or a code division multiplexing, CDM, manner for transmission to the UE.
A method performed by a first communication node (102, 202, 306), comprising: receiving a request from a communication device (104, 204, 302) to establish a first connection associated with a second connection previously established between the communication device (104, 204, 302) and a second communication node (102, 202, 304), wherein the request comprises first authentication information generated by the communication device (104, 204, 302); sending a message to the second communication node (102, 202, 304) to retrieve context information of the communication device (104, 204, 302), the message comprising a cell identifier, ID, of a cell corresponding to a first public land mobile network, PLMN, indicated in system information of the first communication node (102, 202, 306), for determining second authentication information generated by the second communication node (102, 202, 304); and establishing the first connection between the communication device (104, 204, 302) and the first communication node (102, 202, 306) based on a determination that the second authentication information matches the first authentication information, wherein the second authentication information is based on a predetermined subset of input parameters, wherein the predetermined subset of input parameters are based on a first PLMN value of a plurality of PLMN values, wherein the first PLMN value corresponds to the first PLMN associated with the cell of the cell ID indicated in the system information of the first communication node (102, 202, 306). receiving a request from a communication device (104, 204, 302) to establish a first connection associated with a second connection previously established between the communication device (104, 204, 302) and a second communication node (102, 202, 304), wherein the request comprises first authentication information generated by the communication device (104, 204, 302); sending a message to the second communication node (102, 202, 304) to retrieve context information of the communication device (104, 204, 302), the message comprising a cell identifier, ID, of a cell corresponding to a first public land mobile network, PLMN, indicated in system information of the first communication node (102, 202, 306), for determining second authentication information generated by the second communication node (102, 202, 304); and establishing the first connection between the communication device (104, 204, 302) and the first communication node (102, 202, 306) based on a determination that the second authentication information matches the first authentication information, wherein the second authentication information is based on a predetermined subset of input parameters,
An ex vivo method of making an organ, or a vascularized portion of an organ or tissue, comprising providing a perfusion decellularized mammalian organ, a perfusion decellularized vascularized portion of a mammalian organ or a perfusion decellularized mammalian vascularized tissue, wherein said extracellular matrix of said decellularized organ comprises an exterior surface and said exterior surface is substantially intact, wherein said extracellular matrix of said decellularized organ, portion or tissue including the vasculature bed or tree, substantially retains the morphology of said extracellular matrix prior to decellularization; contacting said decellularized organ, portion or tissue with a population of regenerative cells under conditions in which said regenerative cells engraft and multiply or differentiate within and on said decellularized organ, portion or tissue, and contacting said decellularized organ, portion or tissue with one or more compounds to assist or stimulate the cells during the recellularization process, wherein the perfusion decellularized mammalian organ, a perfusion decellularized vascularized portion of a mammalian organ or a perfusion decellularized mammalian vascularized tissue is producible by a process comprising cannulating said organ or tissue at one or more vessels, and/or ducts, thereby producing a cannulated organ or tissue; and perfusing the vasculature of said cannulated organ or vascularized tissue with a first cellular disruption medium via said one or more cannulations and wherein the organ or tissue is from a pig, cattle, sheep, or human.
Bogie for a rail vehicle, comprising a bogie frame and at least four wheels, which are arranged at the bogie frame, wherein the bogie frame comprises a length in a longitudinal direction, a width in a cross direction to this longitudinal direction and a height in a height direction, which is perpendicular to both the longitudinal direction and the cross direction, wherein the bogie frame comprises a first and a second frame part (1,2), each frame part (1,2) comprising a longitudinal beam (3a, 3b) and a cross beam (4a, 4b), wherein the cross beams (4a, 4b) each comprise a first end and a second end, wherein each cross beam (4a, 4b) is fixedly attached at the first end to the respective longitudinal beam (3a, 3b), wherein each cross beam (4a, 4b) comprises a pin (44a, 44b) at the second end, wherein the longitudinal beam of the first frame part comprises a receptacle for the pin of the second frame part and the longitudinal beam of the second frame part comprises a receptacle for the pin of the first frame part, wherein an at least partially elastomeric element, in particular an elastomeric flange bushing, is fixed to each of the cross beams (4a, 4b) respectively, in particular to the pin (44a, 44b), characterized in that the bogie comprises two anti-roll stabilizer systems, which are arranged symmetrically to a cross middle plane of the bogie, one on each frame part (1,2).
An internal combustion engine, in particular a diesel internal combustion engine, with a crankcase in which a crankshaft is rotatably mounted, with at least one connecting rod supporting a piston being linked to said crankshaft, wherein the piston can be moved inside a cylinder which is covered by a cylinder head, thereby forming a combustion chamber, and wherein gas exchange valves which can be actuated by a camshaft are arranged in the cylinder head, wherein, in addition, fuel conveyed by an injection pump element can be injected into the combustion chamber, the engine having a closing plug mounted in a closing plug channel, characterized in that the closing plug comprises an O-ring for sealing the closing plug channel, and in that the closing plug comprises two centering projections, each of which extends from one end of the closing plug in the direction of the O-ring. wherein the piston can be moved inside a cylinder which is covered by a cylinder head, thereby forming a combustion chamber, and wherein gas exchange valves which can be actuated by a camshaft are arranged in the cylinder head, wherein, in addition, fuel conveyed by an injection pump element can be injected into the combustion chamber, the engine having a closing plug mounted in a closing plug channel, characterized in that the closing plug comprises an O-ring for sealing the closing plug channel, and in that the closing plug comprises two centering projections, each of which extends from one end of the closing plug in the direction of the O-ring.
A furniture connecting fastener comprising a pin having a portion to be connected with a first furniture part and a second portion to be connected with a second furniture part, characterized in that at least one portion has an end expansion (3, 4) designed for snap-engagement with an undercut formed in the furniture part, and wherein the pin portion having the snap-in end expansion (3, 4) has at least one outer surface inclined outwards from the longitudinal axis of the pin and the end expansion (3,4) has at least two axial slots (6,7).
A wearable heart activity sensor device comprising: a substrate of optically transparent material arranged to face a skin of a user when the sensor device is worn by the user; at least one light emitting diode, LED, arranged on the substrate and arranged to emit light through the substrate; at least one photo sensor arranged on the substrate as spatially separated from the at least one LED and arranged to absorb light through the substrate, wherein the at least one LED and the at least one photo sensor are comprised in a photoplethysmogram sensor of the heart activity sensor device; characterized in that the wearable heart activity sensor device further comprises an overmold of optically non-transparent thermoplastic material covering the at least one light emitting diode, the at least one photo sensor and a space between the at least one light emitting diode and the at least one photo sensor. a substrate of optically transparent material arranged to face a skin of a user when the sensor device is worn by the user; at least one light emitting diode, LED, arranged on the substrate and arranged to emit light through the substrate; at least one photo sensor arranged on the substrate as spatially separated from the at least one LED and arranged to absorb light through the substrate, wherein the at least one LED and the at least one photo sensor are comprised in a photoplethysmogram sensor of the heart activity sensor device; characterized in that the wearable heart activity sensor device further comprises an overmold of optically non-transparent thermoplastic material covering the at least one light emitting diode, the at least one photo sensor and a space between the at least one light emitting diode and the at least one photo sensor.