mhurhangee/ep-ind-claims huggingface dataset:
A method of allocating channels to terminals within a cell of a cellular mobile telecommunication system, the method using the channel allocation tiering (CHAT) technique in accordance with which the number ( N T) of available hardware resource units (1, 2) exceeds the number ( f) of radio resources, and the number of available hardware resource units are divided into at least two tiers (13, 14, 18), a first tier and at least a second higher tier (14, 18), hardware resource units of said at least second higher tier sharing radio resources with some or all hardware resource units of the first tier, some of the terminals being capable of interference suppression, characterized by allocating channels in said tiers (13, 14, 18) to an individual terminal based upon its interference suppression capabilities.
An engaging state detection system of steps and comb plates of a passenger conveyor, comprising: a depth sensing sensor configured to sense at least an engaging portion between a step and a comb plate of the passenger conveyor to obtain three-dimensional depth maps; and a processing apparatus configured to analyze the three-dimensional depth maps to detect whether the engaging state between the step and the comb plate is a normal state, the processing apparatus comprising: a background acquisition module configured to acquire a background model based on three-dimensional depth maps sensed when the passenger conveyor has no load and the engaging state is a normal state; a foreground detection module configured to compare an occupation grid of a three-dimensional depth map sensed in real time with the corresponding occupation grid of the background model and when the difference is greater than a predetermined value retaining depth information of the occupation grid, to obtain a foreground object; and an engaging state judgment module configured to process data at least based on the foreground object to judge whether the engaging state is a normal state. a depth sensing sensor configured to sense at least an engaging portion between a step and a comb plate of the passenger conveyor to obtain three-dimensional depth maps; and a processing apparatus configured to analyze the three-dimensional depth maps to detect whether the engaging state between the step and the comb plate is a normal state, the processing apparatus comprising: a background acquisition module configured to acquire a background model based on three-dimensional depth maps sensed when the passenger conveyor has no load and the engaging state is a normal state; a foreground detection module configured to compare an occupation grid of a three-dimensional depth map sensed in real time with the corresponding occupation grid of the background model and when the difference is greater than a predetermined value retaining depth information of the occupation grid, to obtain a foreground object; and an engaging state judgment module configured to process data at least based on the foreground object to judge whether the engaging state is a normal state. a background acquisition module configured to acquire a background model based on three-dimensional depth maps sensed when the passenger conveyor has no load and the engaging state is a normal state; a foreground detection module configured to compare an occupation grid of a three-dimensional depth map sensed in real time with the corresponding occupation grid of the background model and when the difference is greater than a predetermined value retaining depth information of the occupation grid, to obtain a foreground object; and an engaging state judgment module configured to process data at least based on the foreground object to judge whether the engaging state is a normal state.
Method for ascertaining bio-impedance data of a standing person, in which at least one bio-impedance value is measured using at least four pairs of electrodes (4, 5, 9, 10, 14, 15) for each hand and each foot of the standing person and is transmitted to an evaluation device and according to which information for the person in respect of adopting optimal body posture for measuring the bio-impedance is provided in the region of at least one output device and in which the information is represented visually using an indication apparatus embodied as a display so that an at least partial detection of the actual body posture of the person is performed and in which the information is output on the basis of a comparison between the actual body posture and the intended body posture, wherein the bio-impedance data are ascertained using a body composition analyser, characterized in that correct intended positioning for the hand of the person to be measured is set during a first use and, using this data, a comparison is made during the next use as to whether the relevant user contacts these electrodes, already known as correct, again, and in that correction representations are provided in the region of the indication apparatus for the left and right hand, respectively, said correction representations signalling whether the respective hand should be lifted or lowered more strongly or whether the relevant hand should be positioned further to the left or to the right.
A method for measuring the cutting force on a fiber, said method comprising the steps of: a. providing a blade having an edge; b. providing a fiber mount holding said fiber; c. providing at least one sensor connected to said fiber mount; d. moving said blade toward said fiber and cutting said fiber; and e. measuring the cutting force on said fiber with said sensor. a. providing a blade having an edge; b. providing a fiber mount holding said fiber; c. providing at least one sensor connected to said fiber mount; d. moving said blade toward said fiber and cutting said fiber; and e. measuring the cutting force on said fiber with said sensor.
A method of operating a wind turbine in case of a grid failure due to a drop of a mains voltage, wherein the wind turbine comprises a rotor with at least one rotor blade which can be adjusted in its blade pitch angle (ß), a generator connected to the rotor for generating an electrical power and at least one device for capturing an actual value of the rotational speed of the generator (n a), a value of the blade pitch angle (ß a, ß b) and an actual value of a variable which is representative for the generator torque (M G), wherein the actual value of a variable which is representative for the generator torque (M G) is an actual value of a generated effective power (P a) or an active current (I a), the method having the following procedural steps: • recognizing a grid failure by a drop of the mains voltage, wherein the recognition of the grid failure takes place depending on an error message which is generated in an inverter and/or in the generator, • capturing the actual value of the variable which is representative for the generator torque (M G) and of the actual value of the rotational speed of the generator (n a) when a grid failure has been recognized, • identifying a change of the generator torque (ΔM G), • capturing the value for the blade pitch angle (ß a, ß b), • determining a corrective value for the blade pitch angle (ß FRT) depending on the change of the generator torque (ΔM G) and on the value for the blade pitch angle (ß a, ß b), • determining a corrected desired value for the blade pitch angle which results from a rotational speed-dependent desired value for the blade pitch angle and the determined corrective value for the blade pitch angle (ß FRT), wherein through this it is reacted to the change of the generator torque (ΔM G) which results as a consequence of the grid failure. • recognizing a grid failure by a drop of the mains voltage, wherein the recognition of the grid failure takes place depending on an error message which is generated in an inverter and/or in the generator, • capturing the actual value of the variable which is representative for the generator torque (M G) and of the actual value of the rotational speed of the generator (n a) when a grid failure has been recognized, • identifying a change of the generator torque (ΔM G), • capturing the value for the blade pitch angle (ß a, ß b), • determining a corrective value for the blade pitch angle (ß FRT) depending on the change of the generator torque (ΔM G) and on the value for the blade pitch angle (ß a, ß b), • determining a corrected desired value for the blade pitch angle which results from a rotational speed-dependent desired value for the blade pitch angle and the determined corrective value for the blade pitch angle (ß FRT), wherein through this it is reacted to the change of the generator torque (ΔM G) which results as a consequence of the grid failure.
A reception device comprising: - a first means for receiving (101, 103) configured to receive a first content, the first content being encrypted, - a means for transmitting configured to transmit the first content to a conditional access module, CAM, - a second means for receiving configured to receive from the CAM a second content corresponding to encrypted content processed by the CAM, first information identifying a transmission source of the first content and the CAM, and second information indicating whether or not a digital watermark has been embedded by the CAM in the second content, - means configured to embed a watermark in the second content if it is determined from the received second information that a digital watermark has not been embedded by the CAM in the second content and not to embed a watermark in the second content if it is determined from the received second information that a digital watermark has been embedded by the CAM in the second content, and - an output unit configured to output the second content including a watermark identifying the transmission source of the first content and the CAM - a first means for receiving (101, 103) configured to receive a first content, the first content being encrypted, - a means for transmitting configured to transmit the first content to a conditional access module, CAM, - a second means for receiving configured to receive from the CAM a second content corresponding to encrypted content processed by the CAM, first information identifying a transmission source of the first content and the CAM, and second information indicating whether or not a digital watermark has been embedded by the CAM in the second content, - means configured to embed a watermark in the second content if it is determined from the received second information that a digital watermark has not been embedded by the CAM in the second content and not to embed a watermark in the second content if it is determined from the received second information that a digital watermark has been embedded by the CAM in the second content, and - an output unit configured to output the second content including a watermark identifying the transmission source of the first content and the CAM
A machine tool comprising two vertically oriented tool spindles (22, 25) that are equipped to receive tools (23, 26) and are movable vertically in a first direction and horizontally in a second direction that is orthogonal to the first direction, and comprising two devices (29, 31) for clamping workpieces (27, 28) to be machined, wherein the two devices (29, 31) are movable horizontally in a third direction orthogonal to the first and the second direction (33, 34), wherein the two tool spindles (22, 25) and the two devices (29, 31) are mounted on a common machine frame having a common working space, characterized in that the machine frame comprises a base plate and two end walls (14, 15), at each of the upper ends (16, 17) of which a gantry beam (18, 19) is formed, the gantry beams (18, 19) extend in the second direction and parallel to one another, on each of said gantry beams (18, 19) one of the tool spindles (22, 25) is mounted so as to be movable in the first and the second direction (33, 34), the two tool spindles (22, 25) are movable parallel to one another in the second direction and face one another, and at least one tool change magazine (53, 54), which is arranged in a stationary manner, is provided for changing tools in accordance with the pickup method, said tool change magazine (53, 54) being arranged at least with its inner end (55, 56) permanently in the working space.
A method comprising: designating two user equipments (101a, 101b; 102a, 102b) as a pair for device-to-device communications, each of the user equipment (101a, 101b; 102a, 102b) being configured to communicate directly with each other; receiving a device-to-device connection request from one of the two user equipments; designating the user equipment (101a; 102a) sending the device-to-device connection request as a pair head; and allocating an orthogonal resource of a network to the pair, wherein the pair head (101a; 102a) is configured to determine a transmit/receive timeslot configuration of the resource allocated to the pair. designating two user equipments (101a, 101b; 102a, 102b) as a pair for device-to-device communications, each of the user equipment (101a, 101b; 102a, 102b) being configured to communicate directly with each other; receiving a device-to-device connection request from one of the two user equipments; designating the user equipment (101a; 102a) sending the device-to-device connection request as a pair head; and allocating an orthogonal resource of a network to the pair,
A handheld electronic device comprising: a housing including a surface; a first input component (24;24') comprising a plurality of input members (28;28') disposed external to the surface of said housing; a second touch sensitive input component (26;26') disposed about the input members (28,28') of said first input component (24,24'), said second touch sensitive input component being separate and distinct from said input members and said first input component and being structured (200;300) to provide a contact point with respect to the surface of said housing responsive to actuation of a first number of said input members; and a processor cooperating with said first input component and said second touch sensitive input component to determine (204;304) if a plurality of said input members are actuated contemporaneously and to responsively output (216;316) a representation of a single one of said input members based upon said contact point, wherein the processor is configured to determine that the contact point is remote from all of the input members, the contact point being remote from an input member if the contact point does not fall within a border chosen with respect to a central point of that input member; and wherein the processor comprises a dictionary-based disambiguation routine configured, upon determining that the contact point is remote from all the input members, to employ an identification of the plurality of the input members that are actuated contemporaneously in order to output the representation of the single one of the input members based upon the identification. a housing including a surface; a first input component (24;24') comprising a plurality of input members (28;28') disposed external to the surface of said housing; a second touch sensitive input component (26;26') disposed about the input members (28,28') of said first input component (24,24'), said second touch sensitive input component being separate and distinct from said input members and said first input component and being structured (200;300) to provide a contact point with respect to the surface of said housing responsive to actuation of a first number of said input members; and a processor cooperating with said first input component and said second touch sensitive input component to determine (204;304) if a plurality of said input members are actuated contemporaneously and to responsively output (216;316) a representation of a single one of said input members based upon said contact point, wherein the processor is configured to determine that the contact point is remote from all of the input members, the contact point being remote from an input member if the contact point does not fall within a border chosen with respect to a central point of that input member; and wherein the processor comprises a dictionary-based disambiguation routine configured, upon determining that the contact point is remote from all the input members, to employ an identification of the plurality of the input members that are actuated contemporaneously in order to output the representation of the single one of the input members based upon the identification.
A method of cutting out a plurality of chips for sensor elements from a laminated body formed by laminating a plurality of ceramics green sheets, comprising the steps of: (a) defining a cutting order of a plurality of cutting positions previously defined, wherein said cutting order is defined such that cutting at the cutting position in which difference of resistance added to both side surfaces of a cutting edge of a cutting component is to be smaller as much as possible at the time of cutting with said cutting component is performed by priority among said plurality of cutting positions; and (b) cutting said laminated body with said cutting component in accordance with said cutting order. (a) defining a cutting order of a plurality of cutting positions previously defined, wherein said cutting order is defined such that cutting at the cutting position in which difference of resistance added to both side surfaces of a cutting edge of a cutting component is to be smaller as much as possible at the time of cutting with said cutting component is performed by priority among said plurality of cutting positions; and (b) cutting said laminated body with said cutting component in accordance with said cutting order.
A water-based inkjet ink comprising a colorant, a binder resin, a surfactant, and a water-soluble organic solvent, wherein the colorant includes a mixed crystal pigment containing two or more naphthol-based azo pigments, the binder resin includes a binder resin (a-1) having an acid value of 1 to 80 mgKOH/g, the surfactant includes a surfactant having an HLB value of 0 to 5 and a surfactant having an HLB value of 6 to 18, and an amount of a water-soluble organic solvent having a boiling point of 240°C or more at 1 atmosphere is 8% by mass or less relative to a total amount of the water-based inkjet ink. the colorant includes a mixed crystal pigment containing two or more naphthol-based azo pigments, the binder resin includes a binder resin (a-1) having an acid value of 1 to 80 mgKOH/g, the surfactant includes a surfactant having an HLB value of 0 to 5 and a surfactant having an HLB value of 6 to 18, and an amount of a water-soluble organic solvent having a boiling point of 240°C or more at 1 atmosphere is 8% by mass or less relative to a total amount of the water-based inkjet ink.
An imaging apparatus mountable on a moveable apparatus, comprising: a plurality of lighting-imaging units (32, 33), each configured to capture an image of a different area on an object in a direction intersecting with a movement direction of the moveable apparatus, wherein each of the plurality of lighting-imaging units (32, 33) includes a light source unit (32a, 33a) configured to illuminate a partial area on the object as a lighting area; and an image capture unit (32b, 33b) configured to capture an image of an image capture area set within the lighting area, wherein the plurality of capture units (32b, 33b) are adjusted to capture an image of a non-overlapped lighting area on the object where the lighting areas of each of the plurality of lighting-imaging units (32, 33) do not overlap with the lighting areas of the others of the plurality of lighting-imaging units (32, 33); and characterised in that each of the plurality of lighting-imaging units (32, 33) includes a plurality of light source units (32a, 33a), and each of the plurality of light source units (32a, 33a) in each given lighting-imaging unit (32, 33) is adjusted to overlap the lighting areas of the projection light emitted from the others of the plurality of light source units (32a, 33a) in the given lighting-imaging unit (32, 33). a plurality of lighting-imaging units (32, 33), each configured to capture an image of a different area on an object in a direction intersecting with a movement direction of the moveable apparatus, wherein each of the plurality of lighting-imaging units (32, 33) includes a light source unit (32a, 33a) configured to illuminate a partial area on the object as a lighting area; and an image capture unit (32b, 33b) configured to capture an image of an image capture area set within the lighting area, wherein the plurality of capture units (32b, 33b) are adjusted to capture an image of a non-overlapped lighting area on the object where the lighting areas of each of the plurality of lighting-imaging units (32, 33) do not overlap with the lighting areas of the others of the plurality of lighting-imaging units (32, 33); and characterised in that each of the plurality of lighting-imaging units (32, 33) includes a plurality of light source units (32a, 33a), and each of the plurality of light source units (32a, 33a) in each given lighting-imaging unit (32, 33) is adjusted to overlap the lighting areas of the projection light emitted from the others of the plurality of light source units (32a, 33a) in the given lighting-imaging unit (32, 33).
An introducer assembly, comprising: a shell; a sleeve configured to be inserted over at least a portion of the shell, the sleeve having a slanted distal end configured to receive a slanted membrane thereon; and a releaser component configured to be positioned between the shell and the sleeve. a shell; a sleeve configured to be inserted over at least a portion of the shell, the sleeve having a slanted distal end configured to receive a slanted membrane thereon; and a releaser component configured to be positioned between the shell and the sleeve.
A rechargeable battery comprising: an electrode assembly comprising a positive electrode and a negative electrode; a case accommodating the electrode assembly; and a cap assembly combined to the case and electrically connected to the electrode assembly, characterized in that the cap assembly comprises a vent plate and a sub-plate that are electrically connected to each other, and a minute current transporting member located between the vent plate and the sub-plate, the minute current transporting member having a larger resistance than the vent plate and the sub-plate, and being electrically connected to the vent plate and the sub-plate, wherein the vent plate includes a connection protrusion welded to the sub-plate and a notch to be transformed at a predetermined pressure, and wherein the minute current transporting member has a through hole to accommodate the connection protrusion, wherein, when the connection protrusion and the sub-plate are divided, a minute current flows through the minute current transporting member, such that the generated arc between the connection protrusion and the sub-plate is prevented or reduced. an electrode assembly comprising a positive electrode and a negative electrode; a case accommodating the electrode assembly; and a cap assembly combined to the case and electrically connected to the electrode assembly, characterized in that the cap assembly comprises a vent plate and a sub-plate that are electrically connected to each other, and a minute current transporting member located between the vent plate and the sub-plate, the minute current transporting member having a larger resistance than the vent plate and the sub-plate, and being electrically connected to the vent plate and the sub-plate, wherein the vent plate includes a connection protrusion welded to the sub-plate and a notch to be transformed at a predetermined pressure, and wherein the minute current transporting member has a through hole to accommodate the connection protrusion, wherein, when the connection protrusion and the sub-plate are divided, a minute current flows through the minute current transporting member, such that the generated arc between the connection protrusion and the sub-plate is prevented or reduced.