mhurhangee/ep-ind-claims huggingface dataset:
A method of a mobile terminal, the method comprising: configuring a functionality for a hard touch type for a context in which the mobile terminal is in a locked state; detecting a touch input on a touch screen of the terminal in the locked state of the mobile terminal; determining location coordinates of the touch input at which a knocking sound is generated by the touch input; and identifying whether the touch input is the hard touch type, for example a knuckle touch, based at least on sound characteristics of the touch input including frequency and amplitude; and if the touch input is identified as the hard touch type, loading the functionality or a predefined application according to the location coordinates and the touch input upon a transition of the mobile terminal to an unlocked state. configuring a functionality for a hard touch type for a context in which the mobile terminal is in a locked state; detecting a touch input on a touch screen of the terminal in the locked state of the mobile terminal; determining location coordinates of the touch input at which a knocking sound is generated by the touch input; and identifying whether the touch input is the hard touch type, for example a knuckle touch, based at least on sound characteristics of the touch input including frequency and amplitude; and if the touch input is identified as the hard touch type, loading the functionality or a predefined application according to the location coordinates and the touch input upon a transition of the mobile terminal to an unlocked state.
A station for the conveying and inspection of a semi-finished product of the tobacco industry, comprising: - a conveyor with a belt, preferably a suction belt, configured to hold and convey the semi-finished product along a conveying path, the conveyor comprising at least one guide channel delimited at the sides by two side walls and at the top by a belt, preferably a suction belt; - at least one electromagnetic detector defining a detection channel configured to receive slidably therein at least one portion of the semi-finished product, the electromagnetic detector comprising at least one electromagnetic sensor for detecting one or more properties of the semi-finished product in transit in the detection channel; characterized in that the conveying and inspection station can be switched between an operating configuration, where the at least one electromagnetic detector is coupled to the conveyor in such a way that the guide channel is disposed across the electromagnetic detector to allow the electromagnetic detector to detect at least one property of the semi-finished product transported by the conveyor, and a non-operating configuration, where the at least one electromagnetic detector is uncoupled from the conveyor in such a way that the guide channel is disposed outside the electromagnetic detector. - a conveyor with a belt, preferably a suction belt, configured to hold and convey the semi-finished product along a conveying path, the conveyor comprising at least one guide channel delimited at the sides by two side walls and at the top by a belt, preferably a suction belt; - at least one electromagnetic detector defining a detection channel configured to receive slidably therein at least one portion of the semi-finished product, the electromagnetic detector comprising at least one electromagnetic sensor for detecting one or more properties of the semi-finished product in transit in the detection channel;
A method of controlling speed of an aircraft during backwards motion of the aircraft when in contact with the ground, the method comprising: applying a torque to at least one landing gear wheel of the aircraft, characterised in that the torque is in a direction opposite to the backwards rolling direction of rotation of the landing gear wheel, and the torque applied does not exceed a limit for ensuring aircraft longitudinal stability. applying a torque to at least one landing gear wheel of the aircraft, characterised in that the torque is in a direction opposite to the backwards rolling direction of rotation of the landing gear wheel, and the torque applied does not exceed a limit for ensuring aircraft longitudinal stability.
A polynucleotide encoding a light-activated protein for use in a method for treating post-traumatic stress disorder (PTSD) in an individual, wherein said method comprises: administering the polynucleotide encoding the light-activated protein to the dorsal CA1 field of the hippocampus, the anterior cingulated cortex of the individual, or the basolateral amygdala of the individual, wherein the light-activated protein is expressed on the cell membrane of the excitatory neurons in the dorsal CA1 field of the hippocampus, the anterior cingulated cortex, or the basolateral amygdala of the individual, and the protein is responsive to light and is capable of hyperpolarization of the neurons when the neurons are illuminated with the light, and activating the protein by the light to reversibly inhibit formation or retrieval of a fearful memory, thereby treating the PTSD in the individual. administering the polynucleotide encoding the light-activated protein to the dorsal CA1 field of the hippocampus, the anterior cingulated cortex of the individual, or the basolateral amygdala of the individual, wherein the light-activated protein is expressed on the cell membrane of the excitatory neurons in the dorsal CA1 field of the hippocampus, the anterior cingulated cortex, or the basolateral amygdala of the individual, and the protein is responsive to light and is capable of hyperpolarization of the neurons when the neurons are illuminated with the light, and activating the protein by the light to reversibly inhibit formation or retrieval of a fearful memory, thereby treating the PTSD in the individual.
A method comprising: receiving, by a software-defined networking cabling validation engine, a user-defined cabling plan for a computer network; determining, by an SDN controller for the computer network using a discovery protocol, a physical cabling topology for the computer network, wherein the SDN controller is logically centralized and physically distributed and configured to construct an overlay virtual network on an underlay network formed (14, 20) by the physical cabling topology; determining, by the SDN cabling validation engine, a difference between the user-defined cabling plan and the physical cabling topology; generating an updated cabling plan in response to determining the difference between the user-defined cabling plan and the physical cabling topology; and outputting, by the SDN cabling validation engine, the updated cabling plan and an indication of the difference between the user-defined cabling plan and the physical cabling topology. receiving, by a software-defined networking cabling validation engine, a user-defined cabling plan for a computer network; determining, by an SDN controller for the computer network using a discovery protocol, a physical cabling topology for the computer network, wherein the SDN controller is logically centralized and physically distributed and configured to construct an overlay virtual network on an underlay network formed (14, 20) by the physical cabling topology; determining, by the SDN cabling validation engine, a difference between the user-defined cabling plan and the physical cabling topology; generating an updated cabling plan in response to determining the difference between the user-defined cabling plan and the physical cabling topology; and outputting, by the SDN cabling validation engine, the updated cabling plan and an indication of the difference between the user-defined cabling plan and the physical cabling topology.
A yeast product, or a composition comprising it, for use as a prebiotic agent for stimulating the growth of bacteria of the Bacteroidetes phylum, in the mammal gut microbiota; wherein the yeast product is a soluble sub-fraction of the walls of yeast cells; wherein the soluble sub-fraction is obtained by submitting whole yeast cells to a disruption treatment, separating a soluble fraction from an insoluble fraction, then treating the insoluble fraction with ribonucleases and glucanases, before separating a protein-rich insoluble sub-fraction from a soluble sub-fraction; or by submitting whole yeast cells to a disruption treatment, then treating the mixture obtained with ribonucleases and glucanases, before separating a protein-rich insoluble sub-fraction from a soluble sub-fraction. wherein the yeast product is a soluble sub-fraction of the walls of yeast cells; wherein the soluble sub-fraction is obtained by submitting whole yeast cells to a disruption treatment, separating a soluble fraction from an insoluble fraction, then treating the insoluble fraction with ribonucleases and glucanases, before separating a protein-rich insoluble sub-fraction from a soluble sub-fraction; or by submitting whole yeast cells to a disruption treatment, then treating the mixture obtained with ribonucleases and glucanases, before separating a protein-rich insoluble sub-fraction from a soluble sub-fraction.
A radio frequency identification, RFID, system for measuring a location of an RFID reader by using a beacon, the system comprising: a plurality of beacon devices (110, 112, 114), each of which is fixed at a reference location and configured to emit a beacon which includes information about the reference location of each beacon device (110, 112, 114) and signal-intensity-to-distance information of each beacon device (110, 112, 114); an RFID tag configured to transmit pre-stored information by using radio frequency identification; and an RFID reader configured to receive the beacon from each of the plurality of beacon devices (110, 112, 114), and to calculate a current location thereof by using the information about the reference location and by measuring signal intensity of the received beacon and associating the measured signal intensity with the signal-intensity-to-distance information included in the received beacon, characterized in that circumstances of an area where each of the plurality of beacon devices (110, 112, 114) is positioned are reflected in the signal-intensity-to-distance information.. a plurality of beacon devices (110, 112, 114), each of which is fixed at a reference location and configured to emit a beacon which includes information about the reference location of each beacon device (110, 112, 114) and signal-intensity-to-distance information of each beacon device (110, 112, 114); an RFID tag configured to transmit pre-stored information by using radio frequency identification; and an RFID reader configured to receive the beacon from each of the plurality of beacon devices (110, 112, 114), and to calculate a current location thereof by using the information about the reference location and by measuring signal intensity of the received beacon and associating the measured signal intensity with the signal-intensity-to-distance information included in the received beacon, characterized in that circumstances of an area where each of the plurality of beacon devices (110, 112, 114) is positioned are reflected in the signal-intensity-to-distance information..
Mobile home with a vehicle interior, which is surrounded by side walls, a rear, a floor and a ceiling, wherein a displaceable pull-out element is provided at the rear, which can be displaced from a driving position into a pull-out position projecting at the rear, wherein a reclining furniture is fixed in the pull-out element, which comprises at least two parts (21, 22) being pivotable relative to each other and which form a lying surface in the extended position and are oriented at an angle to one another in the travel position, wherein a rear part of the reclining furniture is oriented horizontally, characterized in that a front part of the reclining furniture can be folded downwards from a horizontal orientation from a lying position.
A method for determining the velocity of a moving fluid surface, comprising the following steps S1 to S5: S1) taking a sequence of images of the moving fluid surface by at least one camera (203, 203a, 203b); S2) comparing a first image from the sequence taken at time t1 with a second image from the sequence taken at time t2 in order to distinguish moving patterns of the fluid surface from non-moving parts and to obtain a first processed image (im_1f) comprising the moving patterns, wherein t2 is later than t1; S3) comparing a third image from the sequence taken at time t3 with a fourth image from the sequence taken at time t4 in order to distinguish moving patterns of the fluid surface from non-moving parts and to obtain a second processed image (im_2f) comprising the moving patterns, wherein t3 and t4 are later than t1 and wherein t4 is later than t3; S4) comparing the first and second processed images in order to determine the spatial displacements of the moving patterns; and S5) determining from the spatial displacements the velocity. S1) taking a sequence of images of the moving fluid surface by at least one camera (203, 203a, 203b); S2) comparing a first image from the sequence taken at time t1 with a second image from the sequence taken at time t2 in order to distinguish moving patterns of the fluid surface from non-moving parts and to obtain a first processed image (im_1f) comprising the moving patterns, wherein t2 is later than t1; S3) comparing a third image from the sequence taken at time t3 with a fourth image from the sequence taken at time t4 in order to distinguish moving patterns of the fluid surface from non-moving parts and to obtain a second processed image (im_2f) comprising the moving patterns, wherein t3 and t4 are later than t1 and wherein t4 is later than t3; S4) comparing the first and second processed images in order to determine the spatial displacements of the moving patterns; and S5) determining from the spatial displacements the velocity.
A label comprising a) an embossed substrate with embossed regions, the embossed substrate comprising paper and/or cellulose fibres and b) a wet glue being a water based adhesive, c) wherein the wet glue is applied directly onto the back of the substrate and d) wherein the wet glue is prevented from contacting the embossed regions of the substrate by da) the wet glue being applied only to the regions of the substrate that are not embossed and not to the embossed regions of the substrate, and/or db) a water impermeable layer covering the back of the embossed regions of the substrate and part of the surrounding non-embossed regions, wherein the water impermeable layer acts to prevent the wet glue from contacting the embossed regions of the substrate. a) an embossed substrate with embossed regions, the embossed substrate comprising paper and/or cellulose fibres and b) a wet glue being a water based adhesive, c) wherein the wet glue is applied directly onto the back of the substrate and d) wherein the wet glue is prevented from contacting the embossed regions of the substrate by da) the wet glue being applied only to the regions of the substrate that are not embossed and not to the embossed regions of the substrate, and/or db) a water impermeable layer covering the back of the embossed regions of the substrate and part of the surrounding non-embossed regions, wherein the water impermeable layer acts to prevent the wet glue from contacting the embossed regions of the substrate. da) the wet glue being applied only to the regions of the substrate that are not embossed and not to the embossed regions of the substrate, and/or db) a water impermeable layer covering the back of the embossed regions of the substrate and part of the surrounding non-embossed regions, wherein the water impermeable layer acts to prevent the wet glue from contacting the embossed regions of the substrate.
Spraying apparatus for atomizing and applying a coating material to an object with a spray head or a spray gun for atomizing coating material, with a steam generator and a supply apparatus for supplying steam as an atomizing agent from the steam generator to the spray head or to the spray gun, wherein the supply apparatus comprises a steam line for conducting steam, characterized in that the steam line is received in an outer tempering fluid channel surrounding the steam line, wherein a tempering agent can be led through the tempering fluid channel around the steam line.
A saddle-type vehicle comprising: a vehicle body frame including a main frame extending obliquely rearward and downward from a head pipe, and a seat frame extending rearward from the main frame and supporting a riding seat, wherein a front wheel is supported by a front portion of the vehicle body frame via a front fork, and a rear wheel is supported by a rear portion of the vehicle body frame via a swing arm; and a vehicle height adjustment device provided below the seat frame to elastically support the seat frame and configured to adjust a height of the seat frame, wherein the vehicle height adjustment device includes an actuator unit and a cushion unit connected with each other by a pipe, characterised in that the actuator unit has a stepped portion, and at least a part of the cushion unit is disposed in a space formed by the stepped portion. a vehicle body frame including a main frame extending obliquely rearward and downward from a head pipe, and a seat frame extending rearward from the main frame and supporting a riding seat, wherein a front wheel is supported by a front portion of the vehicle body frame via a front fork, and a rear wheel is supported by a rear portion of the vehicle body frame via a swing arm; and a vehicle height adjustment device provided below the seat frame to elastically support the seat frame and configured to adjust a height of the seat frame, wherein the vehicle height adjustment device includes an actuator unit and a cushion unit connected with each other by a pipe, characterised in that the actuator unit has a stepped portion, and at least a part of the cushion unit is disposed in a space formed by the stepped portion.
A method of communicating in a network, comprising the steps of, at a secondary station: transmitting to a primary station a data packet comprising a buffer status report (1000, 1001) representative of the amount of data in a buffer of the secondary station, characterized by monitoring before transmission of the data packet whether said data packet includes a first indication of the order of transmission in a sequence of transmitted packets, and if the first indication of the order of transmission was not detected in the monitoring step, adding a second indication of the order of transmission in the sequence of transmitted packets. transmitting to a primary station a data packet comprising a buffer status report (1000, 1001) representative of the amount of data in a buffer of the secondary station, characterized by monitoring before transmission of the data packet whether said data packet includes a first indication of the order of transmission in a sequence of transmitted packets, and if the first indication of the order of transmission was not detected in the monitoring step, adding a second indication of the order of transmission in the sequence of transmitted packets.
A reverse opening slide fastener (1, 101, 102, 103) including a pair of first and second fastener stringers (10, 20) in which element rows (11, 21) are formed in tape side edge portions of left and right fastener tapes (12, 22), a pair of first and second separable connection members (30, 130, 40, 110, 140, 150) which are firmly fixed to one end portions of the element rows (11, 21) in the fastener tape (12, 22) of the first and second fastener stringers (10, 20), and a pair of first and second sliders (50, 60, 80, 90, 160) which are attached so as to be slidable along the element rows of the first stringer, and being capable of carrying out a connection and separation operation by inserting and removing the second separable connection member (40, 110, 140, 150) into and from the first and second slider (50, 60, 80, 90, 160), being characterized in that the second separable connection member (40, 110, 140, 150) has an inserting and removing region which is capable of being inserted and removed into and from the first and second sliders (50, 60, 80, 90, 160) via a gap between a side edge portion of an upper blade (52, 62, 82) and a side edge portion of a lower blade (53, 63, 83) which are arranged respectively in the first and second sliders (50, 60, 80, 90, 160), and that a positioning structure is arranged so as to decide a relative position between the first separable connection member (30, 130) and the second separable connection member (40, 110, 140, 150), at a time of an inserting and removing operation of the second separable connection member (40, 110, 140, 150) into and from the first separable connection member (30, 130), that the second separable connection member (40, 110, 140, 150) has a main body portion which is firmly fixed to the fastener tape, and a slider engaging and disengaging portion (42, 112, 142) which is arranged in a leading end portion in a tape length direction in the main body portion and is capable of engaging with and disengaging from the first slider (50, 80, 90), that the positioning structure is constructed by a retaining structure which retains the first slider (50, 80, 90) to the sliding end portion of the first separable connection member (30, 130), and a structure in which the slider engaging and disengaging portion (42, 112, 142) is locked with the first slider (50, 80, 90), and that the slider engaging and disengaging portion (42, 112, 142) is formed in such a manner as to be capable of rotating the second separable connection member (40, 110, 140, 150) in an inserting and removing direction with respect to the first and second sliders (50, 60, 80, 90, 160), in a state of being locked with the first slider (50, 80, 90).