mhurhangee/ep-ind-claims huggingface dataset:
A method for managing interference, comprising: reporting (32,33), by a serving LTE High frequency Hotspot and Indoor access point, LTE-Hi AP, a scheduling parameter to a centralized control node, wherein the scheduling parameter comprises information of a cell which interferes a serving cell of a user equipment served by the LTE-Hi access point and load information of the serving cell of the user equipment, wherein the information of the cell which interferes the serving cell of the user equipment is generated from a measured result reported by the user equipment, and the measured result is obtained by performing a measurement on a cell adjacent to the serving cell of the user equipment; receiving, by the serving LTE-Hi access point, scheduling control information sent by the centralized control node, wherein the scheduling control information is determined according to the scheduling parameter; and scheduling, by the serving LTE-Hi access point, resources according to the scheduling control information; wherein the load information of the serving cell of the user equipment comprises spectrum information of the serving cell and time-frequency resource requirement information at a serving cell edge. reporting (32,33), by a serving LTE High frequency Hotspot and Indoor access point, LTE-Hi AP, a scheduling parameter to a centralized control node, wherein the scheduling parameter comprises information of a cell which interferes a serving cell of a user equipment served by the LTE-Hi access point and load information of the serving cell of the user equipment, wherein the information of the cell which interferes the serving cell of the user equipment is generated from a measured result reported by the user equipment, and the measured result is obtained by performing a measurement on a cell adjacent to the serving cell of the user equipment; receiving, by the serving LTE-Hi access point, scheduling control information sent by the centralized control node, wherein the scheduling control information is determined according to the scheduling parameter; and scheduling, by the serving LTE-Hi access point, resources according to the scheduling control information; wherein the load information of the serving cell of the user equipment comprises spectrum information of the serving cell and time-frequency resource requirement information at a serving cell edge.
A storage case for a portable printer, the storage case comprising: a case body configured to store the portable printer, the case body enabling an ejection port surface of the portable printer to be exposed therethrough, the ejection port surface being provided with an ejection port to eject a print medium after printing of the print medium; and an opening and closing member (32, 33) mounted to the case body, the opening and closing member (32, 33) being configured to be capable of opening and closing on a side of the ejection port surface; characterized in that the storage case further comprises a holder for holding the portable printer, the holder being mounted to an interior of the case body, the holder configured for covering part of the ejection port surface of the portable printer, wherein the holder is formed so as to cover a portion of the ejection port surface and a lateral surface of the portable printer. a case body configured to store the portable printer, the case body enabling an ejection port surface of the portable printer to be exposed therethrough, the ejection port surface being provided with an ejection port to eject a print medium after printing of the print medium; and an opening and closing member (32, 33) mounted to the case body, the opening and closing member (32, 33) being configured to be capable of opening and closing on a side of the ejection port surface; characterized in that the storage case further comprises a holder for holding the portable printer, the holder being mounted to an interior of the case body, the holder configured for covering part of the ejection port surface of the portable printer, wherein the holder is formed so as to cover a portion of the ejection port surface and a lateral surface of the portable printer.
A method of operating a plurality of acoustic sensors (111, 112. 113) arranged in a non-anechoic environment, the method comprising the steps of: exciting each acoustic sensor by producing, in the non-anechoic environment, an acoustic stimulus comprising a noise burst of finite duration, and concurrently sensing an output from each acoustic sensor only during a time period beginning a finite interval after the end of the acoustic stimulus; computing a frequency-dependent magnitude response function of each acoustic sensor based on at least a non-initial portion of the output from each acoustic sensor, said computation being based on the sensed output from the acoustic sensor and a spectral composition of the noise burst: and deriving a frequency-dependent calibration function based on a comparison of the magnitude response functions thus obtained and a target response function which is common to all acoustic sensors. exciting each acoustic sensor by producing, in the non-anechoic environment, an acoustic stimulus comprising a noise burst of finite duration, and concurrently sensing an output from each acoustic sensor only during a time period beginning a finite interval after the end of the acoustic stimulus; computing a frequency-dependent magnitude response function of each acoustic sensor based on at least a non-initial portion of the output from each acoustic sensor, said computation being based on the sensed output from the acoustic sensor and a spectral composition of the noise burst: and deriving a frequency-dependent calibration function based on a comparison of the magnitude response functions thus obtained and a target response function which is common to all acoustic sensors.
A drive system for a motor vehicle, having - at least one hydrostatic drive device for driving one vehicle axle, - an articulated shaft for driving another vehicle axle, and - a pump device which is connected to the hydrostatic drive device, the pump device being connected via a transmission unit to the articulated shaft, characterized in that - the pump device has an adjusting device, by means of which the delivery volume of the pump device, which delivery volume is fixed by the design and is made available to the hydrostatic drive device, can be changed manually or can be predefined manually, and - the transmission unit serves to adapt the delivery volume of the pump device to the displacement of the hydrostatic drive device in such a way that the speed of the vehicle axle which is driven by means of the hydrostatic drive device is adapted to the speed of the vehicle axle which is driven by means of the articulated shaft. - at least one hydrostatic drive device for driving one vehicle axle, - an articulated shaft for driving another vehicle axle, and - a pump device which is connected to the hydrostatic drive device, - the pump device has an adjusting device, by means of which the delivery volume of the pump device, which delivery volume is fixed by the design and is made available to the hydrostatic drive device, can be changed manually or can be predefined manually, and - the transmission unit serves to adapt the delivery volume of the pump device to the displacement of the hydrostatic drive device in such a way that the speed of the vehicle axle which is driven by means of the hydrostatic drive device is adapted to the speed of the vehicle axle which is driven by means of the articulated shaft.
A method of producing an aqueous solution comprising an N-C 8-22 acyl acidic amino acid and/or a salt thereof and having pH 8.4 - 9.5, comprising the first step for reacting an acidic amino acid and/or a salt thereof with a C 8-22 fatty acid chloride in a water solvent at pH 10 - 12.0 to form an N-C 8-22 acyl acidic amino acid and/or a salt thereof, and the second step for adjusting the pH of the aqueous solution after the first step to 8.4 - 9.5. the first step for reacting an acidic amino acid and/or a salt thereof with a C 8-22 fatty acid chloride in a water solvent at pH 10 - 12.0 to form an N-C 8-22 acyl acidic amino acid and/or a salt thereof, and the second step for adjusting the pH of the aqueous solution after the first step to 8.4 - 9.5.
A method for wireless communications by a base station, BS, comprising a processor in electrical communication with a memory, the processor configured to obtain data from the memory in preparation for wireless communications, the method comprising: selecting, by the processor and based on a modulation and coding scheme, MCS, and a resource allocation, RA, for transmitting a codeword, a base graph, BG, stored in said memory, from which to derive a low density parity check, LDPC, code for use in encoding data bits; encoding, by an encoder circuit, the data bits to generate the codeword using the LDPC code derived from the selected BG; and transmitting, by a transceiver circuit, the codeword using the MCS via resources of the RA using one or more antenna elements in electrical communication with the transceiver circuit; obtaining, by the transceiver circuit, an indication that a user equipment, UE, did not receive the codeword; characterized by further comprising: selecting, by the processor, a code rate for a retransmission of the bits of the codeword, wherein the selection is from a restricted set of code rates designed to ensure the UE selects a same BG to decode the retransmission; and retransmitting, by the transceiver circuit using the one or more antenna elements and the processor, the data bits in another codeword according to the selected code rate. selecting, by the processor and based on a modulation and coding scheme, MCS, and a resource allocation, RA, for transmitting a codeword, a base graph, BG, stored in said memory, from which to derive a low density parity check, LDPC, code for use in encoding data bits; encoding, by an encoder circuit, the data bits to generate the codeword using the LDPC code derived from the selected BG; and transmitting, by a transceiver circuit, the codeword using the MCS via resources of the RA using one or more antenna elements in electrical communication with the transceiver circuit; obtaining, by the transceiver circuit, an indication that a user equipment, UE, did not receive the codeword; characterized by further comprising: selecting, by the processor, a code rate for a retransmission of the bits of the codeword, wherein the selection is from a restricted set of code rates designed to ensure the UE selects a same BG to decode the retransmission; and retransmitting, by the transceiver circuit using the one or more antenna elements and the processor, the data bits in another codeword according to the selected code rate. selecting, by the processor, a code rate for a retransmission of the bits of the codeword, wherein the selection is from a restricted set of code rates designed to ensure the UE selects a same BG to decode the retransmission; and retransmitting, by the transceiver circuit using the one or more antenna elements and the processor, the data bits in another codeword according to the selected code rate.
An apparatus comprising: means for performing acquisition for a first communication system to look for service from the first communication system, characterized by: means for performing a system search for service from a second communication system if service was not found from the first communication system, wherein the second communication system has a shorter system search time than the first communication system; and means for performing a frequency scan for the first communication system if service was not found from the second communication system during said system search for the second communication system, said frequency scan for the first communication system omitting channels on which a signal satisfying a predetermined criterion was detected during the system search for the second communication system, wherein the frequency scan comprises a coarse frequency scan and a fine frequency scan. means for performing acquisition for a first communication system to look for service from the first communication system, characterized by: means for performing a system search for service from a second communication system if service was not found from the first communication system, wherein the second communication system has a shorter system search time than the first communication system; and means for performing a frequency scan for the first communication system if service was not found from the second communication system during said system search for the second communication system, said frequency scan for the first communication system omitting channels on which a signal satisfying a predetermined criterion was detected during the system search for the second communication system, wherein the frequency scan comprises a coarse frequency scan and a fine frequency scan. means for performing a system search for service from a second communication system if service was not found from the first communication system, wherein the second communication system has a shorter system search time than the first communication system; and means for performing a frequency scan for the first communication system if service was not found from the second communication system during said system search for the second communication system, said frequency scan for the first communication system omitting channels on which a signal satisfying a predetermined criterion was detected during the system search for the second communication system, wherein the frequency scan comprises a coarse frequency scan and a fine frequency scan.
A centring device and/or throttle arrangement for regulating the vertical throughput of loose, free-flowing bulk material, in particular of granular material, such as grain, fertiliser, etc., with a tube section arranged approximately vertically for receiving and conducting the bulk material that is flowing downward with the gravity, which tube section tapers downward in a funnel-shaped manner and leads into a central bottom outlet opening, with an overflow ring arranged above the outlet opening and concentrically to it, which overflow ring is formed by a further, vertically arranged tube section, which is open at the top and at the bottom, and with a cover arranged above the overflow ring, which cover guides the stream of the flowing bulk material, which stream is caused by gravity, to be at least partially deflected from the passage of the overflow ring toward the walls of the tube section, which walls taper in a funnel-shaped manner, characterised in that the cover, which is formed so as to be disc-shaped, is arranged so as to be spaced apart from the upper opening of the overflow ring.
An apparatus comprising: A fiber opening chamber having an open upper end and a lower end, at least one fiber inlet for introducing a plurality of fibers into the opening chamber; a first plurality of rollers positioned within the opening chamber, each of the first plurality of rollers having a center axis of rotation, a circumferential surface, and a plurality of projections extend outwardly from the circumferential surface; at least one gas emission nozzle positioned substantially below the first plurality of rollers to direct a gas stream generally towards the open upper end of the opening chamber; and a forming chamber having an upper end and a lower end, wherein the upper end of the forming chamber is in flow communication with the upper end of the opening chamber, and the lower end of the forming chamber is substantially open and positioned above a collector having a collector surface. A fiber opening chamber having an open upper end and a lower end, at least one fiber inlet for introducing a plurality of fibers into the opening chamber; a first plurality of rollers positioned within the opening chamber, each of the first plurality of rollers having a center axis of rotation, a circumferential surface, and a plurality of projections extend outwardly from the circumferential surface; at least one gas emission nozzle positioned substantially below the first plurality of rollers to direct a gas stream generally towards the open upper end of the opening chamber; and a forming chamber having an upper end and a lower end, wherein the upper end of the forming chamber is in flow communication with the upper end of the opening chamber, and the lower end of the forming chamber is substantially open and positioned above a collector having a collector surface.
A method comprising: determining to receive a request for establishing a communication session between a first device and a second device, wherein the request specifies, at least in part, a third device with a first static link to the first device and a second static link to the second device; and determining to establish a temporary link between the first device and the second device via the first static link and the second static link for conducting the communication session. determining to receive a request for establishing a communication session between a first device and a second device, wherein the request specifies, at least in part, a third device with a first static link to the first device and a second static link to the second device; and determining to establish a temporary link between the first device and the second device via the first static link and the second static link for conducting the communication session.
A sizing composition for glass fibres comprising the following components: (a) A silane based coupling agent comprising monomeric siloxane or oligomeric polysiloxane of not more than 10 units, preferably not more than 6 units; (b) A film former; (c) A borate; (d) A lubricant Characterized in that, at least 75 wt.% of the silane coupling agent present in the composition is dialkoxylated and is not an aminosilane. (a) A silane based coupling agent comprising monomeric siloxane or oligomeric polysiloxane of not more than 10 units, preferably not more than 6 units; (b) A film former; (c) A borate; (d) A lubricant
Traction converter having a mains-side supply device, a load-side self-commutated pulse converter and an auxiliary power converter, wherein said supply device has a plurality of primary power converter groups which are electrically connected in series on the input side and which by means of a medium-frequency transformer device are linked to at least one output power converter whose DC-side terminals are electrically conductively connected to DC-side terminals of the load-side self-commutated pulse converter, wherein the auxiliary power converter is linked to a device for tapping an auxiliary power from the medium-frequency transformer device, wherein the device for tapping is a medium-frequency auxiliary transformer (72, 94, 98, 100) with a secondary-side further output converter whose DC-side terminals are linked to DC-side terminals of the auxiliary power converter.
A client device for use in an audio or video conference system, comprising: an offset detecting unit (101;401;601) configured to detect an offset of speech input to the client device; a configuring unit (102;402;602) configured to, for each of at least one far end, determine a first voice latency from the client device to the far end; an estimator (103;403;603) configured to, for each of the at least one far end, estimate a time when a user at the far end perceives the offset, based on the first voice latency; and an output unit (104;404;604) configured to, for each of the at least one far end, output a first perceivable signal indicating that a user at the far end perceives the offset based on the time estimated for the far end. an offset detecting unit (101;401;601) configured to detect an offset of speech input to the client device; a configuring unit (102;402;602) configured to, for each of at least one far end, determine a first voice latency from the client device to the far end; an estimator (103;403;603) configured to, for each of the at least one far end, estimate a time when a user at the far end perceives the offset, based on the first voice latency; and an output unit (104;404;604) configured to, for each of the at least one far end, output a first perceivable signal indicating that a user at the far end perceives the offset based on the time estimated for the far end.
Thin film solar module, comprising: at least one first sub module including a plurality of first thin film solar cells (11, 12, 13,...) connected with one another in series; and at least one second sub module connected with the at least one first sub module in parallel, the at least one second sub module including a plurality of second thin film solar cells (21, 22, 23,...) connected with one another in series, wherein the sub modules (1, 2) are formed on a shared substrate in a monolithic manner, and wherein the thin film solar cells (11, 12, 13,..., 21, 22, 23,...) are configured strip shaped, characterized in that a first connecting cell included in the plurality of the first thin film solar cells (11, 12, 13,...) and a second connecting cell included in the plurality of the second thin film solar cells (21, 22, 23,...) are arranged adjacent to one another, spaced apart from each other through an insulation trench and electrically connected with one another through a shared contact, wherein the insulation trench extends essentially parallel to the strip shaped formation over a total length of the adjoining connecting cells (11, 21), wherein the insulation trench extends along a mirror plane with respect to which the at least one first sub module and the at least one second sub module are respectively configured essentially as mirror images of one another, wherein the solar cell strips of a sub module (1, 2) abut against each other in a first direction and the insulation trench is arranged parallel with respect to the first direction. at least one first sub module including a plurality of first thin film solar cells (11, 12, 13,...) connected with one another in series; and at least one second sub module connected with the at least one first sub module in parallel, the at least one second sub module including a plurality of second thin film solar cells (21, 22, 23,...) connected with one another in series, wherein the sub modules (1, 2) are formed on a shared substrate in a monolithic manner, and wherein the thin film solar cells (11, 12, 13,..., 21, 22, 23,...) are configured strip shaped, characterized in that a first connecting cell included in the plurality of the first thin film solar cells (11, 12, 13,...) and a second connecting cell included in the plurality of the second thin film solar cells (21, 22, 23,...) are arranged adjacent to one another, spaced apart from each other through an insulation trench and electrically connected with one another through a shared contact, wherein the insulation trench extends essentially parallel to the strip shaped formation over a total length of the adjoining connecting cells (11, 21), wherein the insulation trench extends along a mirror plane with respect to which the at least one first sub module and the at least one second sub module are respectively configured essentially as mirror images of one another, wherein the solar cell strips of a sub module (1, 2) abut against each other in a first direction and the insulation trench is arranged parallel with respect to the first direction.