mhurhangee/ep-ind-claims huggingface dataset:
Method for minimising the electricity consumption required for a public transport network comprising several consumers such as electric vehicles, said vehicles, when braking, delivering energy which is recoverable by consumers on the network such as moving vehicles, characterised in that - a timetable of running orders for all the vehicles is produced taking account of at least the following parameters: a dynamic location of each vehicle, a stop schedule for each vehicle outside a stop zone, a start schedule for each vehicle in a stop zone in the transport network; - depending on time and motion variations in at least one of said parameters, at least some of the running orders in the timetable are modified chronologically according to at least one criterion for the maximum distribution of energy recovered from braking to consumers potentially actively requiring power; - the timetable comprising the orders is delivered to the vehicles. - a timetable of running orders for all the vehicles is produced taking account of at least the following parameters: a dynamic location of each vehicle, a stop schedule for each vehicle outside a stop zone, a start schedule for each vehicle in a stop zone in the transport network; - depending on time and motion variations in at least one of said parameters, at least some of the running orders in the timetable are modified chronologically according to at least one criterion for the maximum distribution of energy recovered from braking to consumers potentially actively requiring power; - the timetable comprising the orders is delivered to the vehicles.
A network device in a cellular telecommunications system, comprising: a first communication section configured to receive a first control-plane message from a base station over a first communication link; a second communication section configured to transmit user-plane data to a user equipment over a second communication link established responsive to the first control-plane message; and a third communication section configured to receive the user-plane data from a server over a third communication link without flowing through any base station, wherein the second communication link and a communication link for transmitting user-plane data and control-plane data from the base station to the user equipment can use different carrier frequencies simultaneously. a first communication section configured to receive a first control-plane message from a base station over a first communication link; a second communication section configured to transmit user-plane data to a user equipment over a second communication link established responsive to the first control-plane message; and a third communication section configured to receive the user-plane data from a server over a third communication link without flowing through any base station, wherein the second communication link and a communication link for transmitting user-plane data and control-plane data from the base station to the user equipment can use different carrier frequencies simultaneously.
A method for controlling an operation of a radio frequency identification, RFID, system comprising at least one radio frequency identification tag storing predetermined data, and a radio frequency identification reader transmitting/receiving data to/from the radio frequency identification tag, the method comprising: setting a plurality of passwords to at least one of the radio frequency identification tag and the radio frequency identification reader; receiving a password so that data transmission/reception is performed between the radio frequency identification tag and the radio frequency identification reader; and when the received password coincides with one of the set plurality of passwords, performing the data transmission/reception, characterised in that, when performing the data transmission/reception, the data transmission/reception is performed as a function corresponding to the received password and different data are transmitted/received in accordance with the received password. setting a plurality of passwords to at least one of the radio frequency identification tag and the radio frequency identification reader; receiving a password so that data transmission/reception is performed between the radio frequency identification tag and the radio frequency identification reader; and when the received password coincides with one of the set plurality of passwords, performing the data transmission/reception, characterised in that, when performing the data transmission/reception, the data transmission/reception is performed as a function corresponding to the received password and different data are transmitted/received in accordance with the received password.
Coating device (1, 1a, 1b), in particular for applying a coating material to a broad surface of a workpiece, comprising: a support apparatus (15, 15a, 15b) for receiving a workpiece (W, Wa, Wb), a laying device (24, 24a) for laying a coating material (B, Ba) on the workpiece (W, Wa), a pressing apparatus (20, 20a) for pressing the coating material on the workpiece (W, Wa, Wb) received on the support apparatus (15, 15a, 15b), the pressing apparatus (20, 20a) being movable along the support apparatus (15, 15a, 15b) in order to press on the coating material, characterised in that the laying device can be rolled. a support apparatus (15, 15a, 15b) for receiving a workpiece (W, Wa, Wb), a laying device (24, 24a) for laying a coating material (B, Ba) on the workpiece (W, Wa), a pressing apparatus (20, 20a) for pressing the coating material on the workpiece (W, Wa, Wb) received on the support apparatus (15, 15a, 15b), the pressing apparatus (20, 20a) being movable along the support apparatus (15, 15a, 15b) in order to press on the coating material, characterised in that the laying device can be rolled.
A roller blind arrangement for a motor vehicle for shading a transparent vehicle section, comprising a roller blind web which can be wound up to form a roller blind winding and is guided at its lateral edges in relation to a vertical longitudinal center plane of the roller blind in each case in a guide rail (22A, 22B), as well as a drive device having a drive pinion which drives two driving means each of which is guided in a guide track of one of the guide rails (22A, 22B), characterized in that the driving means are each designed as a toothed belt (28A, 28B) which has an essentially rectangular cross section and comprises a toothing (32, 34) on at least one side, the teeth of said toothing (32, 34) extending at least approximately perpendicular to the plane of the unwound roller blind web between a lower side of the toothed belt (28A, 28B) and an upper side of the toothed belt (28A, 28B), wherein the roller blind web is pressed between the lower side of the toothed belt (28A, 28B) and a bottom of the guide track and, when viewed in a transverse direction of the guide rail (22A, 22B), is deviated in the guide track by the toothed belt (28A, 28B) at least approximately U-shaped or the roller blind web is pressed between the upper side of the toothed belt (28A, 28B) and a top of the guide track and, when viewed in a transverse direction of the guide rail (22A, 22B), is deviated in the guide track by the toothed belt (28A, 28B) at least approximately in a reverse U-shape.
A method of detecting the presence of cancer in a biological sample, the method comprising: a) dividing a biological sample comprising genomic DNA (gDNA), wherein the biological sample comprises cells suspected of being cancerous, into at least a first portion and a second portion; b) enriching a subpopulation of gDNA in the first portion, wherein the second portion retains total gDNA, wherein the subpopulation of gDNA corresponds to accessible or inaccessible gDNA; and c) determining the DNA methylation status at one or more gDNA regions in the enriched first portion and in the same one or more gDNA regions of the unenriched second portion, wherein the one or more gDNA regions comprise one or more regions of a promoter of a tumor suppressor gene, wherein an increase of 10% or greater in the extent of DNA methylation in the enriched subpopulation of gDNA in the first portion relative to the extent of DNA methylation in the gDNA in the second portion at the one or more gDNA regions is correlated with the presence of cancer in the biological sample. a) dividing a biological sample comprising genomic DNA (gDNA), wherein the biological sample comprises cells suspected of being cancerous, into at least a first portion and a second portion; b) enriching a subpopulation of gDNA in the first portion, wherein the second portion retains total gDNA, wherein the subpopulation of gDNA corresponds to accessible or inaccessible gDNA; and c) determining the DNA methylation status at one or more gDNA regions in the enriched first portion and in the same one or more gDNA regions of the unenriched second portion, wherein the one or more gDNA regions comprise one or more regions of a promoter of a tumor suppressor gene, wherein an increase of 10% or greater in the extent of DNA methylation in the enriched subpopulation of gDNA in the first portion relative to the extent of DNA methylation in the gDNA in the second portion at the one or more gDNA regions is correlated with the presence of cancer in the biological sample.
A method of evaluating a patient having cancer for treatment with an inhibitor of glutamine-utilizing enzyme or a glutamine-depleting agent, the method comprising: evaluating a patient sample, wherein the sample is evaluated for i) the level of E-cadherin expression compared to a reference standard or ii) the level of vimentin expression compared to a reference standard; and determining to treat the patient with the inhibitor of glutamine-utilizing enzyme or the glutamine-depleting agent if the sample is characterized by i) a low level of E-cadherin expression compared to a reference standard and ii) a high level of vimentin expression compared to a reference standard. evaluating a patient sample, wherein the sample is evaluated for i) the level of E-cadherin expression compared to a reference standard or ii) the level of vimentin expression compared to a reference standard; and determining to treat the patient with the inhibitor of glutamine-utilizing enzyme or the glutamine-depleting agent if the sample is characterized by i) a low level of E-cadherin expression compared to a reference standard and ii) a high level of vimentin expression compared to a reference standard.
A pulse generator (200, 250), comprising: a latch module (202, 252) configured to store a first state or a second state, the latch module having a first latch-module input, a second latch-module input, and a latch-module output, the first latch-module input being coupled to a clock; a pulse clock module (204, 254) configured to generate a clock pulse, the pulse clock module (204, 254) having a first pulse-clock-module input, a second pulse-clock-module input, and a pulse-clock-module output, the first pulse-clock-module input being coupled to the clock, the second pulse-clock-module input being coupled to the latch-module output; and a delay module (206, 256) configured to delay the clock pulse at the second latch-module input, the delay module (206, 256) having a delay module input and a delay module output, the delay module being coupled between the latch-module output and the second pulse-clock-module input or between the pulse-clock-module output and the second latch-module input, wherein the delay module (206, 256) is configured to provide functionally I 1 I A at the delay module output, where I 1 is a function of I and I A is a function of I N 0 and B 0, and where I is the delay module input, B 0 is a first input bit, and I N 0 is a first net input, wherein the delay module (206, 256) includes a first set of gates comprising a NOR gate and an inverter, the NOR gate having NOR gate inputs coupled to the first input bit B 0 and the first net input I N0, and a NOR gate output coupled to the inverter. a latch module (202, 252) configured to store a first state or a second state, the latch module having a first latch-module input, a second latch-module input, and a latch-module output, the first latch-module input being coupled to a clock; a pulse clock module (204, 254) configured to generate a clock pulse, the pulse clock module (204, 254) having a first pulse-clock-module input, a second pulse-clock-module input, and a pulse-clock-module output, the first pulse-clock-module input being coupled to the clock, the second pulse-clock-module input being coupled to the latch-module output; and a delay module (206, 256) configured to delay the clock pulse at the second latch-module input, the delay module (206, 256) having a delay module input and a delay module output, the delay module being coupled between the latch-module output and the second pulse-clock-module input or between the pulse-clock-module output and the second latch-module input, wherein the delay module (206, 256) is configured to provide functionally I 1 I A at the delay module output, where I 1 is a function of I and I A is a function of I N 0 and B 0, and where I is the delay module input, B 0 is a first input bit, and I N 0 is a first net input, wherein the delay module (206, 256) includes a first set of gates comprising a NOR gate and an inverter, the NOR gate having NOR gate inputs coupled to the first input bit B 0 and the first net input I N0, and a NOR gate output coupled to the inverter.
A method for dynamically adjusting a channel bandwidth in a wireless communications network, comprising: transmitting (step 114) a first frame with a first channel bandwidth to a wireless communications device (STA 102), wherein the first channel comprises more than one narrow band channels, and wherein the first channel bandwidth is determined in accordance with channel rules of a wireless communication standard; receiving (step 115) a usable channel indicator in a second frame which is a response frame with a second channel bandwidth from the wireless communications device, wherein the second channel comprises one or more narrow band channels, wherein the first frame is a data frame, and the second frame is an acknowledge frame of the data frame, or wherein the first frame is a control frame, and wherein the second frame is a control frame response frame; transmitting (step 116) a third frame following the response frame with a third channel bandwidth determined in accordance with the usable channel indicator, the second channel bandwidth of the second frame is more than the first channel bandwidth, and the third channel bandwidth is the same as the second channel bandwidth, wherein the response frame comprises duplicated narrow band response frames covering the second channel bandwidth that is more than the first channel bandwidth, and wherein the usable channel indicator is a bit in each of the duplicated narrow band response frames, and wherein each bit indicates whether a corresponding narrow band channel of the more than one narrow band channels is usable. transmitting (step 114) a first frame with a first channel bandwidth to a wireless communications device (STA 102), wherein the first channel comprises more than one narrow band channels, and wherein the first channel bandwidth is determined in accordance with channel rules of a wireless communication standard; receiving (step 115) a usable channel indicator in a second frame which is a response frame with a second channel bandwidth from the wireless communications device, wherein the second channel comprises one or more narrow band channels, wherein the first frame is a data frame, and the second frame is an acknowledge frame of the data frame, or wherein the first frame is a control frame, and wherein the second frame is a control frame response frame; transmitting (step 116) a third frame following the response frame with a third channel bandwidth determined in accordance with the usable channel indicator, the second channel bandwidth of the second frame is more than the first channel bandwidth, and the third channel bandwidth is the same as the second channel bandwidth, wherein the response frame comprises duplicated narrow band response frames covering the second channel bandwidth that is more than the first channel bandwidth, and wherein the usable channel indicator is a bit in each of the duplicated narrow band response frames, and wherein each bit indicates whether a corresponding narrow band channel of the more than one narrow band channels is usable.
Vehicle which can be operated by motor and/or by muscle power, in particular an electric bicycle, comprising: - a crank drive, - an electric drive, - a power supply, - a chain, - a gearshift having at least a first gearwheel and a second gearwheel and a chain transfer assistance device which, in the case of a gear change, assists a transfer of the chain from the first gearwheel to the second gearwheel, and - a control unit for actuating the electric drive, characterized in that - the chain transfer assistance device is arranged on one of the gearwheels, and - the control unit is configured, in the case of a gear change, to drive the electric drive in order to move the chain in such a way that the chain transfer assistance device is moved into a gear changing position in which a gear change is assisted by the chain transfer assistance device. - a crank drive, - an electric drive, - a power supply, - a chain, - a gearshift having at least a first gearwheel and a second gearwheel and a chain transfer assistance device which, in the case of a gear change, assists a transfer of the chain from the first gearwheel to the second gearwheel, and - a control unit for actuating the electric drive, - the chain transfer assistance device is arranged on one of the gearwheels, and - the control unit is configured, in the case of a gear change, to drive the electric drive in order to move the chain in such a way that the chain transfer assistance device is moved into a gear changing position in which a gear change is assisted by the chain transfer assistance device.
A robot control method for a robot performing an insertion operation of inserting a second target object with force control into a first target object conveyed by a conveyor device, the robot control method comprising: a follow step of causing the second target object to follow the first target object from an operation start location, based on a conveyance speed of the first target object; a contact step of bringing the second target object into contact with the first target object, the second target object being in a tilted attitude in relation to the first target object, with the force control; an attitude change step of changing the attitude of the second target object in such a way that the tilt in relation to the first target object is eliminated, while pressing the second target object against the first target object, with the force control; and an insertion step of inserting the second target object into the first target object, wherein: in the contact step, the second target object is tilted in a direction opposite to a direction of conveyance of the first target object, in relation to the first target object, so that a lower end side of the second target object is located downstream of an upper end side of the second target object along the direction of conveyance. a follow step of causing the second target object to follow the first target object from an operation start location, based on a conveyance speed of the first target object; a contact step of bringing the second target object into contact with the first target object, the second target object being in a tilted attitude in relation to the first target object, with the force control; an attitude change step of changing the attitude of the second target object in such a way that the tilt in relation to the first target object is eliminated, while pressing the second target object against the first target object, with the force control; and an insertion step of inserting the second target object into the first target object, wherein: in the contact step, the second target object is tilted in a direction opposite to a direction of conveyance of the first target object, in relation to the first target object, so that a lower end side of the second target object is located downstream of an upper end side of the second target object along the direction of conveyance.
A method for detecting downlink control information, comprising: a user equipment, UE, receiving a resource block set and pre-defined information configured by a base station, and detecting downlink control information borne by an enhanced physical downlink control channel, ePDCCH, in a resource block according to the resource block set and the pre-defined information configured by a base station, the pre-defined information includes the following: a mapping mode of the ePDCCH, configuration information about aggregation levels in a user dedicated search space to be detected in the resource block set, the mapping mode of the ePDCCH comprising at least one of continuous mapping and discrete mapping, an amount of candidate set corresponding to the detected aggregation level in the resource block set, and a downlink control information format. a mapping mode of the ePDCCH, configuration information about aggregation levels in a user dedicated search space to be detected in the resource block set, the mapping mode of the ePDCCH comprising at least one of continuous mapping and discrete mapping, an amount of candidate set corresponding to the detected aggregation level in the resource block set, and a downlink control information format.
A washing machine detergent supply device comprising: a housing having an opening; a detergent case coupled to be movable through the opening and provided with a detergent accommodating part in which a detergent is accommodated; and a water supply unit coupled to the housing to guide water to the detergent case, wherein the water supply unit comprises: a first water supply frame provided with a first water supply channel that guides water to a first area corresponding to the detergent accommodating part; and a second water supply frame provided with a second water supply channel that guides water to a second area corresponding to the detergent accommodating part having at least a portion located outside a circumference of the first area; characterised in that the second water supply frame is arranged below the first water supply frame. a housing having an opening; a detergent case coupled to be movable through the opening and provided with a detergent accommodating part in which a detergent is accommodated; and a water supply unit coupled to the housing to guide water to the detergent case, wherein the water supply unit comprises: a first water supply frame provided with a first water supply channel that guides water to a first area corresponding to the detergent accommodating part; and a second water supply frame provided with a second water supply channel that guides water to a second area corresponding to the detergent accommodating part having at least a portion located outside a circumference of the first area; characterised in that the second water supply frame is arranged below the first water supply frame. a first water supply frame provided with a first water supply channel that guides water to a first area corresponding to the detergent accommodating part; and a second water supply frame provided with a second water supply channel that guides water to a second area corresponding to the detergent accommodating part having at least a portion located outside a circumference of the first area; characterised in that the second water supply frame is arranged below the first water supply frame.