mhurhangee/ep-ind-claims huggingface dataset:
An audio system comprising a speaker device (11,..., 15) and a content output device configured to output content including a plurality of channels (C, FR, FL, SR, SL), wherein the speaker device (11,..., 15) comprises: a proximity communication portion configured to read, from a medium (51,..., 55) that stores channel information, the channel information; an obtaining portion configured to obtain individual identification information of the speaker device (11,..., 15); a transmitting portion configured to transmit the channel information read from the medium (51,..., 55) and the individual identification information to the content output device; and a receiving portion that receives at least one channel (C, FR, FL, SR, SL) included in the content; wherein the content output device comprises: an assigning portion configured to assign a channel to the speaker device (11,..., 15) based on the channel information and the individual identification information; characterized in that the medium (51,..., 55) is attachable and detachable to and from the speaker device (11,..., 15). wherein the speaker device (11,..., 15) comprises: a proximity communication portion configured to read, from a medium (51,..., 55) that stores channel information, the channel information; an obtaining portion configured to obtain individual identification information of the speaker device (11,..., 15); a transmitting portion configured to transmit the channel information read from the medium (51,..., 55) and the individual identification information to the content output device; and a receiving portion that receives at least one channel (C, FR, FL, SR, SL) included in the content; a proximity communication portion configured to read, from a medium (51,..., 55) that stores channel information, the channel information; an obtaining portion configured to obtain individual identification information of the speaker device (11,..., 15); a transmitting portion configured to transmit the channel information read from the medium (51,..., 55) and the individual identification information to the content output device; and a receiving portion that receives at least one channel (C, FR, FL, SR, SL) included in the content; wherein the content output device comprises: an assigning portion configured to assign a channel to the speaker device (11,..., 15) based on the channel information and the individual identification information; characterized in that the medium (51,..., 55) is attachable and detachable to and from the speaker device (11,..., 15). an assigning portion configured to assign a channel to the speaker device (11,..., 15) based on the channel information and the individual identification information; characterized in that the medium (51,..., 55) is attachable and detachable to and from the speaker device (11,..., 15).
A medical observation device, comprising: a control section comprising an imaging signal processing section and an exposure control section, the imaging signal processing section being configured to: acquire a detection value representing a brightness of a medical image signal during a first time interval generated by an imaging section, with which the control section is operatively connected, and to provide the detection value to the exposure control section which is configured to: calculate, based on the first time interval, a second time interval after the first time interval, and stabilize an exposure of the imaging section during the second time interval so that an exposure corresponding to a brightness within a certain range of the detection value is maintained, when the provided detection value satisfies a predetermined condition so that the imaging section is suppressed of sudden changes in the brightness of the medical image signal under circumstances in which a disturbance occurs when a high-luminance subject enters into an observation range of the imaging section. acquire a detection value representing a brightness of a medical image signal during a first time interval generated by an imaging section, with which the control section is operatively connected, and to provide the detection value to the exposure control section which is configured to: calculate, based on the first time interval, a second time interval after the first time interval, and stabilize an exposure of the imaging section during the second time interval so that an exposure corresponding to a brightness within a certain range of the detection value is maintained, when the provided detection value satisfies a predetermined condition so that the imaging section is suppressed of sudden changes in the brightness of the medical image signal under circumstances in which a disturbance occurs when a high-luminance subject enters into an observation range of the imaging section.
A method for inter-device communication handoff, comprising: determining a communication is to be handed off from a first communications device; wherein the determining comprises at least one of estimating an energy consumption mitigation of the first communications device, estimating a direct link connection strength with a wireless wide area network WWAN, estimating an amount of energy consumed by the first communications device to communicate over a direct link with the wireless wide area network WWAN, or combinations thereof; selecting a second communications device from a plurality of communications devices to which the communication is to be handed off; observing a synchronization period phase; transferring information that facilitates the handoff, from the first communications device to the second communications device, during the observed synchronization period phase; using a common identity associated with the wireless wide area network WWAN for the first communications device and the second communications device; and handing off the communication to the second communications device, wherein the first communications device comprises a first WWAN modem and the second communications device comprises a second WWAN modem wherein one of the first WWAN modem or the second WWAN modem is used for the communication with a WWAN, wherein the WWAN does not assist with the handing off. determining a communication is to be handed off from a first communications device; wherein the determining comprises at least one of estimating an energy consumption mitigation of the first communications device, estimating a direct link connection strength with a wireless wide area network WWAN, estimating an amount of energy consumed by the first communications device to communicate over a direct link with the wireless wide area network WWAN, or combinations thereof; selecting a second communications device from a plurality of communications devices to which the communication is to be handed off; observing a synchronization period phase; transferring information that facilitates the handoff, from the first communications device to the second communications device, during the observed synchronization period phase; using a common identity associated with the wireless wide area network WWAN for the first communications device and the second communications device; and handing off the communication to the second communications device, wherein the first communications device comprises a first WWAN modem and the second communications device comprises a second WWAN modem wherein one of the first WWAN modem or the second WWAN modem is used for the communication with a WWAN, wherein the WWAN does not assist with the handing off.
A method of operating a wind turbine rotational system comprising a plurality of drives (110a-110d) and a central control system, each drive comprising a motor, an electronic converter for driving the motor and an actuator operatively connected with the motor, wherein the central control system sends speed setpoints and torque setpoints to the electronic converters and the electronic converters drive the motors in accordance with the received setpoints, the method comprising designating one of the drives (110a-110d) as a master drive and designating the other drives as slave drives (110b-110d), the central control system determining a master speed setpoint and a master torque setpoint, the central control system sending the master speed setpoint and the master torque setpoint to the master drive, the central control system obtaining, from the master drive, values representing the real torque and speed of the motor of the master drive, and the central control system sending a slave speed setpoint and a slave torque setpoint to each of the slave drives (110b-110d), wherein said slave speed setpoint is based on the master speed setpoint, and wherein said slave torque setpoint is equal to the value representing the real torque of the master drive.
A composition comprising a binder comprising one or more siloxane polymers, silicone resins, silicone based elastomers, and mixtures thereof, wherein said binder optionally comprises one or more cross-linker components comprising a silane and/or a siloxane containing silicon-bonded hydrolysable groups; and a hydrophilic powder and/or gel selected from one or more amorphous, porous hydrophilic silica(s), one or more hydrophilic silica aerogel(s) and mixtures thereof, said amorphous, porous hydrophilic silica and/or said hydrophilic silica aerogel having a BET surface area determined by ISO 9277 of from 100 m 2 /g to 1500 m 2 /g or greater, and a thermal conductivity from 0.004 to 0.05 W/m·K at 20°C and atmospheric pressure determined by ASTM E1225-13. a binder comprising one or more siloxane polymers, silicone resins, silicone based elastomers, and mixtures thereof, wherein said binder optionally comprises one or more cross-linker components comprising a silane and/or a siloxane containing silicon-bonded hydrolysable groups; and a hydrophilic powder and/or gel selected from one or more amorphous, porous hydrophilic silica(s), one or more hydrophilic silica aerogel(s) and mixtures thereof, said amorphous, porous hydrophilic silica and/or said hydrophilic silica aerogel having a BET surface area determined by ISO 9277 of from 100 m 2 /g to 1500 m 2 /g or greater, and a thermal conductivity from 0.004 to 0.05 W/m·K at 20°C and atmospheric pressure determined by ASTM E1225-13.
A dialysis concentrate container for single-use, having a container portion (1, 2) which can be filled with dialysis concentrate and a coupling portion (13, 3) connected thereto for coupling the dialysis concentrate container to a dialysis machine, the coupling portion (13, 3) having laterally spaced fluid coupling elements for connecting to a fluid outlet and a fluid inlet of the dialysis machine, characterized in that the container portion (1, 2) is configured as a rigid box, in that the coupling portion (13, 3) is further arranged at the lower end of the container portion (1, 2), and in that the coupling portion (13, 3) is formed by a plate body which can be clamped into a coupling block of the dialysis machine, and on the lower side of which the fluid coupling elements are formed, one of which being connected to a liquid inlet and one to a liquid outlet of the container portion (1, 2), that the container portion (1, 2) has an upper box-like region and in its lower region transitions into two laterally spaced legs which are connected to the coupling portion (13, 3) and are configured as hollow posts, one forming the liquid inlet and the other one forming the liquid outlet of the container body, respectively, and in that the plate-like coupling portion (13, 3) can be clamped into the coupling block of the dialysis machine with its central region lying between the two pipe sockets.
A catheter assembly comprising: a catheter; a catheter hub fixed to a proximal end portion of the catheter; a hollow inner needle including a needlepoint and detachably inserted into the catheter; a guide wire slidably inserted into the inner needle, having a length longer than the inner needle and the catheter, and having a distal end that can project from the needlepoint; and a wire operating member which extends in the longitudinal direction, can be displaced in the longitudinal direction relative to the inner needle and the catheter, and is connected to the guide wire, wherein the wire operating member includes an uneven shape portion formed on a distal end upper surface of an extending portion, characterized in that the catheter assembly further comprises a pressing member which is configured to be pressable with one hand and which includes a main body connected to the catheter hub, and wherein the main body includes a finger hook projection. a catheter; a catheter hub fixed to a proximal end portion of the catheter; a hollow inner needle including a needlepoint and detachably inserted into the catheter; a guide wire slidably inserted into the inner needle, having a length longer than the inner needle and the catheter, and having a distal end that can project from the needlepoint; and a wire operating member which extends in the longitudinal direction, can be displaced in the longitudinal direction relative to the inner needle and the catheter, and is connected to the guide wire, wherein the wire operating member includes an uneven shape portion formed on a distal end upper surface of an extending portion,
A guide wire introduction device for positioning at least one guide wire around a heart valve comprising: - a first catheter which is provided with a distal deflection system, - a second catheter (44, 144, 244, 344) which can slide inside the first catheter, comprising at least one lumen (46, 146, 346, 48, 148, 348) which is capable of causing a guide wire to slide therein and which is provided with a distal deflection system (52, 152, 352) for deflecting the end thereof through an angle greater than the curvature, in use, being directed in the opposite direction to a curvature of an end of the first catheter, - a third catheter (45, 245, 345) which can slide inside the first catheter and which has a guide wire snaring device therein. - a first catheter which is provided with a distal deflection system, - a second catheter (44, 144, 244, 344) which can slide inside the first catheter, comprising at least one lumen (46, 146, 346, 48, 148, 348) which is capable of causing a guide wire to slide therein and which is provided with a distal deflection system (52, 152, 352) for deflecting the end thereof through an angle greater than the curvature, in use, being directed in the opposite direction to a curvature of an end of the first catheter, - a third catheter (45, 245, 345) which can slide inside the first catheter and which has a guide wire snaring device therein.
A device for applying a transferable substance in stick form, with a substance carrier and a protective sheath for the substance carrier, wherein the substance carrier can be shifted relative to the protective sheath in order to shift a free end region of the substance into a free, projecting position, and further with a protective cap for covering the free end region of the substance in a non-use state, wherein further the protective sheath and protective cap are accommodated in a casing part, the protective cap and protective sheath can be shifted in a displacement direction (r) in the casing part, the casing part has passage openings (6 and 7) at its opposite ends as viewed in the displacement direction (r), and the protective cap is connected with the casing part so that it can move in the displacement direction (r), but is captive, characterized in that the protective sheath has a peripheral enlargement over a portion of its length for a frictional interaction with an inner surface of the casing part.
Motor vehicle front surface comprising a central air-moving means, the central air-moving means being connected laterally to at least one side air-moving means (6A, 6B) leading air from a central part of the front surface towards at least one side part (7A, 7B, CAC) of the vehicle, the front surface comprising at least one valve (8A, 8B) between the central air-moving means and the side air-moving means (6A, 6B), making it possible to adjust the air flow circulating between the central air-moving means and the side air-moving means (6A, 6B), characterised in that the front surface is such that said central air-moving means is provided with a shutter to prevent the air which entered through a central air inlet from leaving the central air-moving means towards the vehicle engine, and in that, when the first valve (8A, 8B) is closed, the shutter is open, and vice versa, when the first valve (8A, 8B) is open, the shutter is closed.
A mobile station comprising: an AS, Access Stratum, function unit; and a NAS, Non Access Stratum, function unit, wherein the AS function unit is configured to receive Service Specific Access Control information from a radio base station (eNB), and transmit the Service Specific Access Control information to the NAS function unit at a predetermined timing, and the NAS function unit is configured to perform access control processing on transmission of a random access preamble in a random access procedure for the mobile station in an intermittent reception state to transmit an uplink signal, using the Service Specific Access Control information. an AS, Access Stratum, function unit; and a NAS, Non Access Stratum, function unit, wherein the AS function unit is configured to receive Service Specific Access Control information from a radio base station (eNB), and transmit the Service Specific Access Control information to the NAS function unit at a predetermined timing, and the NAS function unit is configured to perform access control processing on transmission of a random access preamble in a random access procedure for the mobile station in an intermittent reception state to transmit an uplink signal, using the Service Specific Access Control information.
A weather drone comprising: a first sensor configured to repeatedly measure one or more parameters indicative of weather; a memory coupled to the first sensor and configured to store data recorded by the first sensor, the data comprising a series of repeatedly measured parameters; and a processor coupled to the first sensor and the memory, characterized in that the processor is configured to analyse the data as it is being recorded by the first sensor, and determine if the data exceeds a first threshold value and/or falls below a second threshold value, and wherein if the processor determines that the data exceeds the first threshold value and/or falls below the second threshold value on at least one occasion, the processor is configured to prevent the storage of any further data from the first sensor in the memory. a first sensor configured to repeatedly measure one or more parameters indicative of weather; a memory coupled to the first sensor and configured to store data recorded by the first sensor, the data comprising a series of repeatedly measured parameters; and a processor coupled to the first sensor and the memory, characterized in that the processor is configured to analyse the data as it is being recorded by the first sensor, and determine if the data exceeds a first threshold value and/or falls below a second threshold value, and wherein if the processor determines that the data exceeds the first threshold value and/or falls below the second threshold value on at least one occasion, the processor is configured to prevent the storage of any further data from the first sensor in the memory.
A slide rail assembly for a rack system, configured to mount a chassis (12, 42) to a rack, comprising: a fixing member (30, 43) configured to be arranged on one side of the chassis (12, 42), the slide rail assembly a guide rail having a first rail section, a second rail section and a third rail section, wherein the first rail section is bent relative to the second rail section for supporting a portion of the chassis (12, 42), the third rail section is arranged above the second rail section, such that a path is defined between the second rail section and the third rail section, the path being oriented along a longitudinal direction on the guide rail for allowing the fixing member (30, 43) on the chassis (12, 42) to pass through, such that the chassis (12, 42) is mounted to the guide rail along the longitudinal direction; wherein when the chassis (12, 42) is mounted to the guide rail, the fixing member (30, 43) on the chassis (12, 42) passes through the path of the guide rail, and the fixing member (30, 43) on the chassis (12, 42) abuts against one of the second rail section and the third rail section of the guide rail.
A medium transport apparatus comprising: a medium transport path through which a medium can pass; a path state detection section configured to output a detection value corresponding to a state of the medium transport path; a control section configured to compare the detection value output by the path state detection section with a threshold value for the detection value and when the detection value is higher than the threshold value, the control section determines that an abnormal condition has occurred in the medium transport path; a storage configured to store history information including the detection value acquired in the past; and a display section configured to display information; wherein the control section is configured to change the threshold value based on the history information, and wherein, the control section is configured to cause the display section to display a user interface for urging a user to check whether the determination is true or false and acquires the information about whether the determination is true or false; wherein the history information includes the information about whether the determination is true or false, the control section is configured to calculate a frequency of occurrence of the false determinations, and when the occurrence frequency is less than a set lower limit, the control section is configured to lower the threshold value; and when the occurrence frequency is greater than a set upper limit, the control section is configured to raise the threshold value. a medium transport path through which a medium can pass; a path state detection section configured to output a detection value corresponding to a state of the medium transport path; a control section configured to compare the detection value output by the path state detection section with a threshold value for the detection value and when the detection value is higher than the threshold value, the control section determines that an abnormal condition has occurred in the medium transport path; a storage configured to store history information including the detection value acquired in the past; and a display section configured to display information; wherein the control section is configured to change the threshold value based on the history information, and wherein, the control section is configured to cause the display section to display a user interface for urging a user to check whether the determination is true or false and acquires the information about whether the determination is true or false; wherein the history information includes the information about whether the determination is true or false, the control section is configured to calculate a frequency of occurrence of the false determinations, and when the occurrence frequency is less than a set lower limit, the control section is configured to lower the threshold value; and when the occurrence frequency is greater than a set upper limit, the control section is configured to raise the threshold value.