mhurhangee/ep-ind-claims huggingface dataset:
A road surface frictional coefficient estimation device comprising: a first straight travel determination unit configured to determine whether or not a vehicle travels straight based on a rotational speed difference between a plurality of wheels of the vehicle; a second straight travel determination unit configured to determine whether or not the vehicle travels straight based on a steering angle of the vehicle; a selection unit configured to select one of determination results of the first straight travel determination unit and the second straight travel determination unit; and a frictional coefficient estimation unit configured to estimate a frictional coefficient (μ) of a road surface on which the vehicle travels when the one of the determination results selected by the selection unit indicates that the vehicle travels straight, wherein the selection unit selects the determination result of the first straight travel determination unit when a neutral position of the steering angle is not decided, and the selection unit selects the determination result of the second straight travel determination unit when the neutral position of the steering angle is decided, and the neutral position of the steering angle is decided when a steering angle is not changed for a predetermined time or more of the traveling. a first straight travel determination unit configured to determine whether or not a vehicle travels straight based on a rotational speed difference between a plurality of wheels of the vehicle; a second straight travel determination unit configured to determine whether or not the vehicle travels straight based on a steering angle of the vehicle; a selection unit configured to select one of determination results of the first straight travel determination unit and the second straight travel determination unit; and a frictional coefficient estimation unit configured to estimate a frictional coefficient (μ) of a road surface on which the vehicle travels when the one of the determination results selected by the selection unit indicates that the vehicle travels straight, wherein the selection unit selects the determination result of the first straight travel determination unit when a neutral position of the steering angle is not decided, and the selection unit selects the determination result of the second straight travel determination unit when the neutral position of the steering angle is decided, and the neutral position of the steering angle is decided when a steering angle is not changed for a predetermined time or more of the traveling.
A method of preparing a nucleic acid library in droplets in contact with oil, comprising: (a) blunt-ending nucleic acid fragments in droplets in the oil to yield blunt-ended nucleic acid fragments; (b) phosphorylating the blunt-ended nucleic acid fragments in droplets in the oil to yield phosphorylated nucleic acid fragments; (c) coupling A-tails to the phosphorylated nucleic acid fragments in droplets in the oil to yield A-tailed nucleic acid fragments; and (d) coupling nucleic acid adapters to the A-tailed nucleic acid fragments in droplets in the oil to yield the nucleic acid library comprising adapter- ligated nucleic acid fragments. (a) blunt-ending nucleic acid fragments in droplets in the oil to yield blunt-ended nucleic acid fragments; (b) phosphorylating the blunt-ended nucleic acid fragments in droplets in the oil to yield phosphorylated nucleic acid fragments; (c) coupling A-tails to the phosphorylated nucleic acid fragments in droplets in the oil to yield A-tailed nucleic acid fragments; and (d) coupling nucleic acid adapters to the A-tailed nucleic acid fragments in droplets in the oil to yield the nucleic acid library comprising adapter- ligated nucleic acid fragments.
An adjustment device for adjusting an air influencing element of a motor vehicle between at least a first position and a second position, comprising a driving unit for adjusting the air influencing element between at least the first position and the second position provided with an input shaft and an output shaft which is at a distance from the axis of the input shaft, wherein the driving unit has a first part which is provided around the input shaft of the driving unit, and has a second part, wherein the adjustment device is furthermore provided with a failsafe mechanism configured to adjust the air influencing element to a predefined position, wherein the failsafe mechanism engages the first part of the driving unit, the failsafe mechanism comprises an auxiliary driving motor, separately from a main driving motor of the driving unit, characterized by that the auxiliary drive motor is arranged for merely driving the failsafe mechanism.
Seal for a door having an automatic door seal having a movable sealing strip (12, 13) - having a holder, a cantilever and having at least one sealing element, - wherein the holder has at least one connecting element for connecting the holder with the movable sealing strip (12, 13), - wherein the cantilever has a holding element for holding the at least one sealing element, - wherein the holder and the cantilever are connected to one another, - wherein a space is created between the holding element and the holder and - wherein the at least one sealing element is arranged in one part of the space and a part of the movable sealing strip (12, 13) of the automatic door seal, in particular a sealing profile of the automatic door seal, can project into another part of the space. - having a holder, a cantilever and having at least one sealing element, - wherein the holder has at least one connecting element for connecting the holder with the movable sealing strip (12, 13), - wherein the cantilever has a holding element for holding the at least one sealing element, - wherein the holder and the cantilever are connected to one another, - wherein a space is created between the holding element and the holder and - wherein the at least one sealing element is arranged in one part of the space and a part of the movable sealing strip (12, 13) of the automatic door seal, in particular a sealing profile of the automatic door seal, can project into another part of the space.
An electronic device comprising: an antenna including a radiation part emitting signal transmitted from a wireless communication circuit, a first feeding port provided in a first direction of the radiation part, a second feeding port provided in a second direction perpendicular to the first direction of the radiation part, and a third feeding port provided in a direction facing away from the first direction; a first communication circuit and a second communication circuit included in the wireless communication circuit, the first communication circuit including a first transmitter and a first receiver and the second communication circuit including a second transmitter and a second receiver; a first switch configured to selectively connect the first transmitter and the first receiver with the first feeding port; a second switch configured to selectively connect the first transmitter and the first receiver with the second feeding port; and a third switch configured to selectively connect the second transmitter and the second receiver with the third feeding port, based on a communication state associated with the wireless communication circuit. an antenna including a radiation part emitting signal transmitted from a wireless communication circuit, a first feeding port provided in a first direction of the radiation part, a second feeding port provided in a second direction perpendicular to the first direction of the radiation part, and a third feeding port provided in a direction facing away from the first direction; a first communication circuit and a second communication circuit included in the wireless communication circuit, the first communication circuit including a first transmitter and a first receiver and the second communication circuit including a second transmitter and a second receiver; a first switch configured to selectively connect the first transmitter and the first receiver with the first feeding port; a second switch configured to selectively connect the first transmitter and the first receiver with the second feeding port; and a third switch configured to selectively connect the second transmitter and the second receiver with the third feeding port, based on a communication state associated with the wireless communication circuit.
Cell holder for holding cylindrical battery cells, preferably for use in a traction battery for electric or hybrid vehicles or vehicles with fuel cells, wherein the cell holder has: multiple holding portions which in each case have a bottom and side walls and thus in each case form a portion which is configured to receive and to fix a base and, at least sectionally, a lateral surface of a respective battery cell; wherein the side walls of the respective holding portions comprise: at least one contact surface which is arranged in a region of contact with the battery cell substantially perpendicularly to the bottom and is configured such that, with a battery cell inserted, it is in areal or linear contact with a portion of a lateral surface of the battery cell, and at least one deformable contact portion which is configured to deform when the battery cell is plugged into the corresponding holding portion, characterized in that, without a battery cell inserted, the contact surface and the deformable contact portion form a non-zero angle. multiple holding portions which in each case have a bottom and side walls and thus in each case form a portion which is configured to receive and to fix a base and, at least sectionally, a lateral surface of a respective battery cell; wherein the side walls of the respective holding portions comprise: at least one contact surface which is arranged in a region of contact with the battery cell substantially perpendicularly to the bottom and is configured such that, with a battery cell inserted, it is in areal or linear contact with a portion of a lateral surface of the battery cell, and at least one deformable contact portion which is configured to deform when the battery cell is plugged into the corresponding holding portion, characterized in that, without a battery cell inserted, the contact surface and the deformable contact portion form a non-zero angle.
A reproducing apparatus for reproducing content data recorded on a recording medium, the reproducing apparatus comprising: reading means for reading from the recording medium a video stream, an information described for each reproduction unit of the video stream, wherein the reproduction unit can be reproduced with a plurality of angles, and position information that represents the positions of the angles on the video stream the position of the angles being at successive addresses and the reproduction unit beginning with the beginning of a group of pictures whereby a plurality of the reproduction units are arranged into a reproduction block, the reproduction block being arranged on a time basis in accordance with the plurality of angles, the information representing whether or not each angle has been recorded on the recording medium so that each angle can be seamlessly changed; and reproducing means for controlling the reading means so that the video stream that composes the angles is read in accordance with the position information seamlessly changed. reading means for reading from the recording medium a video stream, an information described for each reproduction unit of the video stream, wherein the reproduction unit can be reproduced with a plurality of angles, and position information that represents the positions of the angles on the video stream the position of the angles being at successive addresses and the reproduction unit beginning with the beginning of a group of pictures whereby a plurality of the reproduction units are arranged into a reproduction block, the reproduction block being arranged on a time basis in accordance with the plurality of angles, the information representing whether or not each angle has been recorded on the recording medium so that each angle can be seamlessly changed; and reproducing means for controlling the reading means so that the video stream that composes the angles is read in accordance with the position information seamlessly changed.
Water turbine and/or water pump comprising an electric machine, which can be operated as a generator and/or an electric motor, wherein a rotor is rotatably mounted within a winding arrangement, comprising a cooling body for dissipating heat, wherein the rotor is connected to a turbine via a shaft and forms a rotor unit of the water turbine and/or water pump, wherein the rotor is hollow, characterized in that the cooling body is stationary and is located within the rotor for contactless dissipation of heat. the rotor is connected to a turbine via a shaft and forms a rotor unit of the water turbine and/or water pump, wherein the rotor is hollow, characterized in that the cooling body is stationary and is located within the rotor for contactless dissipation of heat.
A coffee grinder machine comprising: a machine body with a motor and grinding members for grinding coffee beans; and a device for detecting the presence of a filter and/or a filter holder in a set position suitable for receiving ground coffee, wherein the detecting device comprises a normally-open switch comprising a first half-support for the filter and/or the filter holder and a second half-support for the filter and/or filter holder, characterized in that the switch is configured to close when the filter and/or filter holder is in electrical contact with the first half-support and with the second half-support. a machine body with a motor and grinding members for grinding coffee beans; and a device for detecting the presence of a filter and/or a filter holder in a set position suitable for receiving ground coffee, wherein the detecting device comprises a normally-open switch comprising a first half-support for the filter and/or the filter holder and a second half-support for the filter and/or filter holder, characterized in that the switch is configured to close when the filter and/or filter holder is in electrical contact with the first half-support and with the second half-support.
Electrically heated blanket, characterized in that the blanket has a sleep depth-dependent control for weight loss and no significant thermal insulation effect, wherein the heating of the blanket is controlled in response to sleep phases and the sleep phases are determined by motion sensors (5,6) in the blanket, connected to a recording logic, and the heating of the blanket is reduced or turned off in deep sleep phases which are characterized by lack of movement.
A system comprising: a storage enclosure (400,500); a bin (402,516,600) contained inside the storage enclosure (400,500), the bin (402,516,600) configured to receive and store items deposited in the storage enclosure (400,500); a sensor (222A-H,304,306,308,310,404A-B,405,408,412,504) configured to sense a contents fullness state of the bin (402,516,600), wherein the sensor (222A-H,304,306,308,310,404A-B,405,408,412,504) is positioned above the bin (402,516,600); a processor configured to control operations of the system based on data from the sensor (222A-H,304,306,308,310,404A-B,405,408,412,504); characterized in that an inside portion of the bin (402,516,600) is covered by a bag placed inside the bin (402,516,600) to hold the items deposited in the storage enclosure (400,500); a sleeve (514,602) shaped complementary to a top portion of the bin (402,516,600) and configured to maintain an upper portion of the bag adjacent to the top portion of the bin (402,516,600) by pressing the upper portion of the bag between a surface of the sleeve (514,602) and an inner surface of the bin (402,516,600); and a bracket system coupled to the storage enclosure (400,500), the bracket system configured to at least partially restrict movement of the bin and the sleeve (514,602) and prevent the sleeve (514,602) from being lifted out of the bin (402,516,600) or the bin and the sleeve to be raised while the bin (402,516,600) and sleeve (514,602) are within the storage enclosure (400,500). a storage enclosure (400,500); a bin (402,516,600) contained inside the storage enclosure (400,500), the bin (402,516,600) configured to receive and store items deposited in the storage enclosure (400,500); a sensor (222A-H,304,306,308,310,404A-B,405,408,412,504) configured to sense a contents fullness state of the bin (402,516,600), wherein the sensor (222A-H,304,306,308,310,404A-B,405,408,412,504) is positioned above the bin (402,516,600); a processor configured to control operations of the system based on data from the sensor (222A-H,304,306,308,310,404A-B,405,408,412,504); characterized in that an inside portion of the bin (402,516,600) is covered by a bag placed inside the bin (402,516,600) to hold the items deposited in the storage enclosure (400,500); a sleeve (514,602) shaped complementary to a top portion of the bin (402,516,600) and configured to maintain an upper portion of the bag adjacent to the top portion of the bin (402,516,600) by pressing the upper portion of the bag between a surface of the sleeve (514,602) and an inner surface of the bin (402,516,600); and a bracket system coupled to the storage enclosure (400,500), the bracket system configured to at least partially restrict movement of the bin and the sleeve (514,602) and prevent the sleeve (514,602) from being lifted out of the bin (402,516,600) or the bin and the sleeve to be raised while the bin (402,516,600) and sleeve (514,602) are within the storage enclosure (400,500).
Motion sensor having a sensor unit, which is designed to acquire motion data, and an encryption unit, which is designed to encrypt motion data acquired by the sensor unit by means of a cryptographic key stored in the encryption unit, the motion sensor being designed to be connected to a control unit of a vehicle, characterized in that the motion sensor is designed to store information when the end of life of the motion sensor has been reached, wherein the storage of the information either clearly marks the cryptographic keys stored in the motion sensor and the data encrypted with the cryptographic key as invalid or erases the cryptographic keys stored in the motion sensor and the data encrypted with the cryptographic key from the motion sensor, with the result that, after the information has been stored, it is no longer possible to access the cryptographic keys and the data encrypted by the cryptographic keys, and in that the motion sensor is designed to store the information either when a corresponding software command has been received from the control unit or when the motion sensor is disconnected from the control unit. a sensor unit, which is designed to acquire motion data, and an encryption unit, which is designed to encrypt motion data acquired by the sensor unit by means of a cryptographic key stored in the encryption unit, the motion sensor being designed to be connected to a control unit of a vehicle, characterized in that the motion sensor is designed to store information when the end of life of the motion sensor has been reached, wherein the storage of the information either clearly marks the cryptographic keys stored in the motion sensor and the data encrypted with the cryptographic key as invalid or erases the cryptographic keys stored in the motion sensor and the data encrypted with the cryptographic key from the motion sensor, with the result that, after the information has been stored, it is no longer possible to access the cryptographic keys and the data encrypted by the cryptographic keys, and in that the motion sensor is designed to store the information either when a corresponding software command has been received from the control unit or when the motion sensor is disconnected from the control unit.
A method, performed by a gateway, for controlling power of transmission of a satellite, the method comprising: sending a signal to enable a discontinuous transmission, DTX, mode for a transmission time interval, TTI, for the satellite; sending DTX configuration information to the satellite, the DTX configuration information comprising one of: a length of an on period or a length of an off period of the TTI, wherein the total length of the TTI is fixed or standardized; or a length of an on period and a length of an off period of the TTI; and transmitting data to the satellite in a portion of a data region in the on period of the TTI. sending a signal to enable a discontinuous transmission, DTX, mode for a transmission time interval, TTI, for the satellite; sending DTX configuration information to the satellite, the DTX configuration information comprising one of: a length of an on period or a length of an off period of the TTI, wherein the total length of the TTI is fixed or standardized; or a length of an on period and a length of an off period of the TTI; and a length of an on period or a length of an off period of the TTI, wherein the total length of the TTI is fixed or standardized; or a length of an on period and a length of an off period of the TTI; and transmitting data to the satellite in a portion of a data region in the on period of the TTI.
A method for manufacturing a package consisting of two cardboard bottoms and a window that extends on the lateral faces between said cardboard bottoms, wherein: - cardboard cutouts are prepared by cutting, from a sheet, two parts (100, 200) that correspond respectively to the shape of the first and second cardboard bottom joined by separable connecting zones, - the cutout is carried along on a conveyor belt with the aid of a pair of motorized rollers that are supported on the upper surface of the cutout, - one of the rollers that is in contact with one of the parts is decelerated in a controlled manner relative to the roller that is in contact with the other part in order to cause said separable zones to tear, and - the window is put in place in order to glue the edges onto the corresponding edges of the parts (100, 200) that have been repositioned in this manner. - cardboard cutouts are prepared by cutting, from a sheet, two parts (100, 200) that correspond respectively to the shape of the first and second cardboard bottom joined by separable connecting zones, - the cutout is carried along on a conveyor belt with the aid of a pair of motorized rollers that are supported on the upper surface of the cutout, - one of the rollers that is in contact with one of the parts is decelerated in a controlled manner relative to the roller that is in contact with the other part in order to cause said separable zones to tear, and - the window is put in place in order to glue the edges onto the corresponding edges of the parts (100, 200) that have been repositioned in this manner.