mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for controlling a low-pressure exhaust gas recirculation system, comprising: a driving information detector configured to detect a vehicle driving state; an EGR amount detector configured to detect an amount of external EGR controlled by a low-pressure EGR valve; and a controller configured to control the low-pressure EGR valve and intake and exhaust valves of an engine, based on the result detected by the driving information detection unit and the EGR amount detection unit, wherein the controller controls timings of the intake and exhaust valves to decrease an amount of internal EGR introduced into a cylinder through an exhaust port for a predetermined time required until the amount of external EGR introduced into the cylinder is completely 0, when the amount of external EGR is changed to "0" by stop of the low-pressure EGR, and wherein the predetermined time, for which the amount of internal EGR is decreased, is determined according to an engine speed detected by the driving information detector. a driving information detector configured to detect a vehicle driving state; an EGR amount detector configured to detect an amount of external EGR controlled by a low-pressure EGR valve; and a controller configured to control the low-pressure EGR valve and intake and exhaust valves of an engine, based on the result detected by the driving information detection unit and the EGR amount detection unit, wherein the controller controls timings of the intake and exhaust valves to decrease an amount of internal EGR introduced into a cylinder through an exhaust port for a predetermined time required until the amount of external EGR introduced into the cylinder is completely 0, when the amount of external EGR is changed to "0" by stop of the low-pressure EGR, and wherein the predetermined time, for which the amount of internal EGR is decreased, is determined according to an engine speed detected by the driving information detector.
A cable assembly for connecting a heating catheter to an energy delivery console comprising: a power delivery wire; a communication wire; a shared ground wire providing a return path for the power delivery wire and the communication wire to the energy delivery console when connected to the heating catheter and the energy delivery console; and a tip, ring, and sleeve connector, the tip corresponding to the power delivery wire, the ring corresponding to the communication wire, and the sleeve corresponding to the shared ground wire, wherein a grounded external shielding is in common with the sleeve of the shared ground wire, wherein the sleeve is not attached to ground at the heating catheter (102, 1406) when the cable assembly is connected to the heating catheter. a power delivery wire; a communication wire; a shared ground wire providing a return path for the power delivery wire and the communication wire to the energy delivery console when connected to the heating catheter and the energy delivery console; and a tip, ring, and sleeve connector, the tip corresponding to the power delivery wire, the ring corresponding to the communication wire, and the sleeve corresponding to the shared ground wire, wherein a grounded external shielding is in common with the sleeve of the shared ground wire, wherein the sleeve is not attached to ground at the heating catheter (102, 1406) when the cable assembly is connected to the heating catheter.
A method for wireless communication performed at a core network, comprising: storing a machine-to-machine, M2M, indicator from a wireless device, wherein the M2M indicator is a Boolean indicator of status indicating the wireless device or a service of the wireless device as M2M or not M2M; providing the M2M indicator from the wireless device to a node for serving the wireless device based upon a trigger. storing a machine-to-machine, M2M, indicator from a wireless device, wherein the M2M indicator is a Boolean indicator of status indicating the wireless device or a service of the wireless device as M2M or not M2M; providing the M2M indicator from the wireless device to a node for serving the wireless device based upon a trigger.
A developing roll comprising: a core shaft; and a surface layer that is formed on a surface of the core shaft, the surface layer including a semiconductive member, wherein the semiconductive member includes an alkali metal salt having the following formula: M n ⋅ X wherein: M is selected from Na +, K +, and Li +; X is selected from Cl -, Br -, I -, F -, CH 3 COO -, CF 3 COO -, CH(COOH)CHCOO -, (CHCOO -) 2, CH 2 (COOH)CH 2 COO -, (CH 2 COO -) 2, (HOOC)Ar(COO -), Ar(COO -) 2, (HOOC) 2 Ar(COO -), (HOOC)Ar(COO -) 2, Ar(COO -) 3, (HOOC) 3 Ar(COO -), (HOOC) 2 Ar(COO -) 2, (HOOC)Ar (COO -) 3, Ar(COO -) 4, Ar-SO 3 -, Ar(SO 3 -) 2, an oligomer or a polymer having an acrylic acid anion unit, and an oligomer or a polymer having an methacrylic acid anion unit; Ar is selected from a benzene ring, a naphthalene ring, and a biphenyl ring; and n is a numeral equivalent to the anionic valence of X, wherein the semiconductive member is manufactured by immersing a member in a solution of the alkali metal salt or applying a solution of the alkali metal salt to a member, followed by drying. a core shaft; and a surface layer that is formed on a surface of the core shaft, the surface layer including a semiconductive member, wherein the semiconductive member includes an alkali metal salt having the following formula: M n ⋅ X wherein: M is selected from Na +, K +, and Li +; X is selected from Cl -, Br -, I -, F -, CH 3 COO -, CF 3 COO -, CH(COOH)CHCOO -, (CHCOO -) 2, CH 2 (COOH)CH 2 COO -, (CH 2 COO -) 2, (HOOC)Ar(COO -), Ar(COO -) 2, (HOOC) 2 Ar(COO -), (HOOC)Ar(COO -) 2, Ar(COO -) 3, (HOOC) 3 Ar(COO -), (HOOC) 2 Ar(COO -) 2, (HOOC)Ar (COO -) 3, Ar(COO -) 4, Ar-SO 3 -, Ar(SO 3 -) 2, an oligomer or a polymer having an acrylic acid anion unit, and an oligomer or a polymer having an methacrylic acid anion unit; Ar is selected from a benzene ring, a naphthalene ring, and a biphenyl ring; and n is a numeral equivalent to the anionic valence of X, wherein the semiconductive member is manufactured by immersing a member in a solution of the alkali metal salt or applying a solution of the alkali metal salt to a member, followed by drying. M is selected from Na +, K +, and Li +; X is selected from Cl -, Br -, I -, F -, CH 3 COO -, CF 3 COO -, CH(COOH)CHCOO -, (CHCOO -) 2, CH 2 (COOH)CH 2 COO -, (CH 2 COO -) 2, (HOOC)Ar(COO -), Ar(COO -) 2, (HOOC) 2 Ar(COO -), (HOOC)Ar(COO -) 2, Ar(COO -) 3, (HOOC) 3 Ar(COO -), (HOOC) 2 Ar(COO -) 2, (HOOC)Ar (COO -) 3, Ar(COO -) 4, Ar-SO 3 -, Ar(SO 3 -) 2, an oligomer or a polymer having an acrylic acid anion unit, and an oligomer or a polymer having an methacrylic acid anion unit; Ar is selected from a benzene ring, a naphthalene ring, and a biphenyl ring; and n is a numeral equivalent to the anionic valence of X, wherein the semiconductive member is manufactured by immersing a member in a solution of the alkali metal salt or applying a solution of the alkali metal salt to a member, followed by drying.
A polishing apparatus for polishing an optical fiber connector, the optical fiber connector including a connector housing and a ferrule, comprising: a mount to receive and hold the optical connector; a polisher housing to house a polisher that comprises a platen that supports a polishing media, the platen being coupled to a planetary gear system, wherein the mount is disposed on a cover that encloses the polisher housing when the cover is placed in a closed position; a base to support the polisher housing, wherein a rotatable knob is exposed at a portion of the base, the rotatable knob being engaged with the planetary gear system to move the planetary gear system, wherein the polishing media is disposed proximate to a fiber tip extending from an end face of the ferrule of the optical connector disposed in the mount when the cover is placed in the closed position and a press-activatable interlock button, wherein the interlock button is depressed to release the rotatable knob and permit rotation of the rotatable knob for a predetermined rotation until the interlock is re-engaged to prevent further rotation. a mount to receive and hold the optical connector; a polisher housing to house a polisher that comprises a platen that supports a polishing media, the platen being coupled to a planetary gear system, wherein the mount is disposed on a cover that encloses the polisher housing when the cover is placed in a closed position; a base to support the polisher housing, wherein a rotatable knob is exposed at a portion of the base, the rotatable knob being engaged with the planetary gear system to move the planetary gear system, wherein the polishing media is disposed proximate to a fiber tip extending from an end face of the ferrule of the optical connector disposed in the mount when the cover is placed in the closed position and a press-activatable interlock button, wherein the interlock button is depressed to release the rotatable knob and permit rotation of the rotatable knob for a predetermined rotation until the interlock is re-engaged to prevent further rotation.
A motorcycle tire comprising a tread portion convexly curved so that the maximum cross section width Tw of the tire lies between the tread edges Te, a pair of axially spaced bead portions, and a pair of sidewall portions extending between the tread edges and the bead portions, wherein the tread portion is provided with crown main oblique grooves, which are disposed on alternating sides of the tire equator, and each of which extends from its axially inner end Ai to its axially outer end Ao, without cutting across the tire equator, while inclining to one circumferential direction, wherein the axially inner end Ai and the axially outer end Ao are located inside and outside an upstanding tire's ground contact annular zone Yc, respectively, in the upstanding tire's ground contact annular zone Yc, each of the crown main oblique grooves disposed on one side of the tire equator partially overlaps, in the tire circumferential direction, the circumferentially adjacent crown main oblique grooves disposed on the other side of the tire equator, characterized in that when measured in the upstanding tire's ground contact annular zone Yc, the circumferential distance L2 between the circumferentially adjacent crown main oblique grooves existing on the same side of the tire equator is in a range of not more than 0.5 times an upstanding tire's ground contact length LCI, and when measured in the upstanding tire's ground contact annular zone Yc, the circumferential length LI of each of the crown main oblique grooves is in a range of less than 1.0 times the upstanding tire's ground contact length LCI.
A session establishment method, wherein the method comprises: receiving, by a session management entity, group identification information of a group to which a terminal belongs from a mobility management entity, the group being a communication group in which a plurality of terminals communicate with each other; determining, by the session management entity based on the group identification information, a user plane function entity that serves the group to which the terminal belongs, so that the same user plane function entity is selected for the plurality of terminals in the group for group communication between the plurality of terminals; and sending, by the session management entity, path information to the user plane function entity, wherein the path information is used to establish a user plane path of the terminal. receiving, by a session management entity, group identification information of a group to which a terminal belongs from a mobility management entity, the group being a communication group in which a plurality of terminals communicate with each other; determining, by the session management entity based on the group identification information, a user plane function entity that serves the group to which the terminal belongs, so that the same user plane function entity is selected for the plurality of terminals in the group for group communication between the plurality of terminals; and sending, by the session management entity, path information to the user plane function entity, wherein the path information is used to establish a user plane path of the terminal.
A method for manufacturing a soft custom ear mold having an ear wax guard bushing comprising the steps of: providing an outer part of a soft custom ear mold with a through going conduit having holding means, providing an inner part of a soft custom ear mold comprising a first bushing, a sound tube and an ear wax guard bushing arranged such that the first bushing is fixed to the sound tube and a first end of the ear wax guard bushing is fixed to a second end of the sound tube, wherein the first bushing, the wax guard bushing and the sound tube are separate components prior to being assembled into the inner ear mold part, providing an elongated tool with an end adapted for engaging a second end of the ear wax guard bushing, putting the elongated tool through the soft custom ear mold conduit, fixing the elongated tool to the second end of the ear wax guard bushing; inserting the inner part into the ear mold conduit by pulling the elongated tool having said inner part attached, through the ear mold conduit until said first bushing is properly positioned in said holding means, and disengaging the elongated tool from the ear wax guard bushing. providing an outer part of a soft custom ear mold with a through going conduit having holding means, providing an inner part of a soft custom ear mold comprising a first bushing, a sound tube and an ear wax guard bushing arranged such that the first bushing is fixed to the sound tube and a first end of the ear wax guard bushing is fixed to a second end of the sound tube, wherein the first bushing, the wax guard bushing and the sound tube are separate components prior to being assembled into the inner ear mold part, providing an elongated tool with an end adapted for engaging a second end of the ear wax guard bushing, putting the elongated tool through the soft custom ear mold conduit, fixing the elongated tool to the second end of the ear wax guard bushing; inserting the inner part into the ear mold conduit by pulling the elongated tool having said inner part attached, through the ear mold conduit until said first bushing is properly positioned in said holding means, and disengaging the elongated tool from the ear wax guard bushing.
A microphone system comprising a microphone and hardware logic configured to detect a pre-defined phrase in an audio stream received via the microphone and in response to detecting the pre-defined phrase, to send a trigger signal to activate a module external to the microphone system, wherein the microphone system further comprises an amplifier configured to amplify the audio stream received via the microphone according to a gain parameter and to output the amplified audio stream to the hardware logic which is configured to detect the pre-defined phrase, and characterised in that the hardware logic is further configured to send a signal to the amplifier to adjust the gain parameter based on a number of partial matches of the pre-defined phrase which are detected.
Set of tanks for a motor vehicle, comprising a first tank formed by a first bottom part and a first lid assembled with said bottom part, characterized in that the first bottom part is obtained as one piece with a first fixing member able to fix the first tank to the vehicle, the first fixing member comprising a second bottom part adjacent to the first bottom part and extending on the outside of the first tank, and an attachment element secured to said second bottom part, said second bottom part comprising a free edge able to accept a second lid to form a second tank, characterized in that the first and second bottom parts (21, 31) each comprise a side wall (71, 72) respectively facing one another and held apart by a fine tongue of material secured to the side walls (71, 72).
Method for boosting an input signal in a hearing apparatus by - prescribing one channel-specific compression characteristic each in multiple spectrally separate processing channels of the hearing apparatus, which defines a relationship between an input level (L E) and an output level (L A) in the respective processing channel of the hearing apparatus, - boosting a respective input signal component of the hearing apparatus in each processing channel on the basis of a channel-specific operating compression characteristic, - prescribing a channel-specific input level threshold (L S) for each processing channel, - stipulating the respective channel-specific operating compression characteristic according to the prescribed channel-specific compression characteristic below the channel-specific input level threshold (L S), and - stipulating a respective profile of the channel-specific operating compression characteristic with a compression ratio of greater than 8 above the channel-specific input level threshold (L S), characterized - in that a frequency-independent overall level of the input signal comprising all the input signal components is measured, a time at which the measured overall level reaches a prescribed overall level threshold value is ascertained, the respective channel-specific input level threshold (L S) is stipulated for the time in each processing channel according to the present level of the respective input signal component, and the channel-specific operating compression characteristics are stipulated in all the processing channels accordingly. - prescribing one channel-specific compression characteristic each in multiple spectrally separate processing channels of the hearing apparatus, which defines a relationship between an input level (L E) and an output level (L A) in the respective processing channel of the hearing apparatus, - boosting a respective input signal component of the hearing apparatus in each processing channel on the basis of a channel-specific operating compression characteristic, - prescribing a channel-specific input level threshold (L S) for each processing channel, - stipulating the respective channel-specific operating compression characteristic according to the prescribed channel-specific compression characteristic below the channel-specific input level threshold (L S), and - stipulating a respective profile of the channel-specific operating compression characteristic with a compression ratio of greater than 8 above the channel-specific input level threshold (L S), characterized - in that a frequency-independent overall level of the input signal comprising all the input signal components is measured, a time at which the measured overall level reaches a prescribed overall level threshold value is ascertained, the respective channel-specific input level threshold (L S) is stipulated for the time in each processing channel according to the present level of the respective input signal component, and the channel-specific operating compression characteristics are stipulated in all the processing channels accordingly.
Drive apparatus (10, 100) for motor vehicles, which has: a primary drive machine with a primary drive shaft, a secondary drive machine with a secondary drive element, a clutch device (30, 130) with an input device, which is connected rotationally conjointly to the primary drive shaft, with an output device, which is connected rotationally conjointly both to the secondary drive element and to the drive-output device and by means of which selectively the torque of the primary drive machine or of the secondary drive machine can be transmitted, with a clutch element (31, 131), which is provided for transmitting the torque of the input device and with an activating device, for producing and releasing a rotationally conjointly connection between the input device and the output device, and a drive-output device, wherein the activating device has a mechanical energy store which is provided for imparting a first pressing force between the input device and the output device in order to produce the transmission of torque in the clutch device (30, 130), characterized in that the activating device has an actuator which is provided for imparting a second pressing force, which is superposed on the first pressing force of the mechanical energy store, between the input device and the output device, a level of the second pressing force is dependent on a difference between a transmissible torque and a torque to be transmitted, and a control device determines the difference on the basis of detected operating parameters of the drive apparatus (10, 100). a primary drive machine with a primary drive shaft, a secondary drive machine with a secondary drive element, a clutch device (30, 130) with an input device, which is connected rotationally conjointly to the primary drive shaft, with an output device, which is connected rotationally conjointly both to the secondary drive element and to the drive-output device and by means of which selectively the torque of the primary drive machine or of the secondary drive machine can be transmitted, with a clutch element (31, 131), which is provided for transmitting the torque of the input device and with an activating device, for producing and releasing a rotationally conjointly connection between the input device and the output device, and a drive-output device, wherein the activating device has a mechanical energy store which is provided for imparting a first pressing force between the input device and the output device in order to produce the transmission of torque in the clutch device (30, 130), characterized in that the activating device has an actuator which is provided for imparting a second pressing force, which is superposed on the first pressing force of the mechanical energy store, between the input device and the output device, a level of the second pressing force is dependent on a difference between a transmissible torque and a torque to be transmitted, and a control device determines the difference on the basis of detected operating parameters of the drive apparatus (10, 100).