mhurhangee/ep-ind-claims huggingface dataset:
Method for collecting data of a mobile device in a vehicle, wherein - a battery charging behaviour model is determined, which is representative for an estimated charging behaviour of the mobile device, with the battery being a mobile device battery, wherein the charging behaviour model is a function of the battery states of charge of the mobile device over time, - the data is collected depending on an actual battery state of charge and the battery charging behaviour model, characterized in that - depending on the battery charging behaviour model a stop threshold value is determined, - the stop threshold value is compared with the actual battery state of charge, and if the actual battery state of charge is lower than the stop threshold value the data collection is stopped, wherein the stop threshold value is determined according to the formula: stop threshold value = βσ so that Δ = c ^ t + 1 − βσ, wherein Δ is a remaining amount of battery charge which can be used for data collection, ĉ t +1 is a determined next start charging battery state of charge, which is determined depending on the battery charging behaviour model, β is a given safe coefficient, and σ is a standard deviation of the battery charging behaviour model. - a battery charging behaviour model is determined, which is representative for an estimated charging behaviour of the mobile device, with the battery being a mobile device battery, wherein the charging behaviour model is a function of the battery states of charge of the mobile device over time, - the data is collected depending on an actual battery state of charge and the battery charging behaviour model, characterized in that - depending on the battery charging behaviour model a stop threshold value is determined, - the stop threshold value is compared with the actual battery state of charge, and if the actual battery state of charge is lower than the stop threshold value the data collection is stopped, wherein the stop threshold value is determined according to the formula: stop threshold value = βσ so that Δ = c ^ t + 1 − βσ, wherein Δ is a remaining amount of battery charge which can be used for data collection, ĉ t +1 is a determined next start charging battery state of charge, which is determined depending on the battery charging behaviour model, β is a given safe coefficient, and σ is a standard deviation of the battery charging behaviour model.
A data transfer apparatus that transfers image data to a display comprising: a shared memory which stores the image data; a processor which controls the data transfer apparatus; an image buffer memory which stores the image data stored in the shared memory after buffering; a shared bus coupled to the processor, the shared memory, and the image buffer memory to enable data communication therebetween; characterized by a packet generation section that receives the image data from the image buffer memory, generates a transfer packet comprising valid data and dummy data, the valid data being the image data, and the dummy data being the remaining data, and transfers the transfer packet to the display, and a data adjustment section that adjusts a ratio between the valid data and the dummy data in the transfer packet based on a data storage amount in the image buffer memory. a shared memory which stores the image data; a processor which controls the data transfer apparatus; an image buffer memory which stores the image data stored in the shared memory after buffering; a shared bus coupled to the processor, the shared memory, and the image buffer memory to enable data communication therebetween; characterized by a packet generation section that receives the image data from the image buffer memory, generates a transfer packet comprising valid data and dummy data, the valid data being the image data, and the dummy data being the remaining data, and transfers the transfer packet to the display, and a data adjustment section that adjusts a ratio between the valid data and the dummy data in the transfer packet based on a data storage amount in the image buffer memory.
A method for controlling content based on a graphical object in a terminal, comprising: detecting a first touch input; measuring a touch sustenance time of the first touch input; if the touch sustenance time is longer than a preset time, creating and displaying a graphical object at a region where the first touch input is detected; determining a mode of the created graphical object; linking at least one content item to the graphical object according to a second touch input, the second touch input being a drag gesture from the at least one content item to the graphical object; and controlling the linked content item depending on the mode of the graphical object, wherein the first touch input being a multi-touch input; and wherein a size of the graphical object changes in response to a stretch gesture or a pinch gesture. detecting a first touch input; measuring a touch sustenance time of the first touch input; if the touch sustenance time is longer than a preset time, creating and displaying a graphical object at a region where the first touch input is detected; determining a mode of the created graphical object; linking at least one content item to the graphical object according to a second touch input, the second touch input being a drag gesture from the at least one content item to the graphical object; and controlling the linked content item depending on the mode of the graphical object, wherein the first touch input being a multi-touch input; and wherein a size of the graphical object changes in response to a stretch gesture or a pinch gesture.
A rail vehicle braking system for a rail vehicle having brake members with linings (16, 17) and at least one disk, comprising at least one set of said linings (16, 17), each lining (16, 17) having at least one positioning member configured to enable the mechanical connection of each said lining in a predetermined position on said system relative to said disk and a main bearing face configured to come into contact with said disk to clamp it under the direct or indirect action of an actuator of said system, and further comprising at least one return member configured to separate said linings (16, 17) from said disk to unclamp it when said linings are released from the direct or indirect action of said actuator; each lining (16, 17) has several sides defining an edge surface and at least one connecting member (70, 71) provided on said edge surface, said at least one return member has two end lugs (53, 56) which are opposite, connected to each other by an elastic portion, and configured for each to be mechanically connected with a said connecting member (70, 71) of said respective linings (16, 17), and said system is configured such that said connecting members (70, 71) and said end lugs (53, 56) are located at a distance from said at least one positioning member, characterized in that the said at least one respective connecting member (70, 71) is provided substantially at the center of one of said sides.
Atomic force microscope device for studying and/or modifying material surfaces, comprising a cantilever having an integrated, piezo-resistive sensor, and an integrated bimorph-actuator, and a measurement tip, said measurement tip and/or cantilever having at least one nanoscopic hole, through which synchrotron radiation or laser light can be directed to the material surface to be examined, characterized in that the measurement tip further having at least two metallic electrodes which represent a Plasmon resonator and can be controlled by electrical connections.
An unmanned flight system, comprising: a body and a lift mechanism connected to the body, wherein the lift mechanism includes only two rotor assembly arm structures respectively provided on two sides of the body, wherein each of the rotor assembly arm structures includes: an arm, a pivotable rotor assembly, a motor for driving the rotor assembly to pivot about a pivot axis, and a motor base for mounting the motor, wherein one end of the arm is pivotally connected to one side of the body, the motor base is pivotally provided on the other end of the arm, and a rotational axis of the motor base is higher than a center of gravity of the unmanned flight system, and wherein the two rotor assembly arm structures are movable between an arm-unfolded position and an arm-folded position, and in the arm-unfolded position, the arms of the two rotor assembly arm structures are located on the two sides of the body at a first fixed angle (α) to a transverse axis of the body, wherein the first fixed angle (α) is in a range of 0 to 55°. a body and a lift mechanism connected to the body, wherein the lift mechanism includes only two rotor assembly arm structures respectively provided on two sides of the body, wherein each of the rotor assembly arm structures includes: an arm, a pivotable rotor assembly, a motor for driving the rotor assembly to pivot about a pivot axis, and a motor base for mounting the motor, wherein one end of the arm is pivotally connected to one side of the body, the motor base is pivotally provided on the other end of the arm, and a rotational axis of the motor base is higher than a center of gravity of the unmanned flight system, and wherein the two rotor assembly arm structures are movable between an arm-unfolded position and an arm-folded position, and in the arm-unfolded position, the arms of the two rotor assembly arm structures are located on the two sides of the body at a first fixed angle (α) to a transverse axis of the body, wherein the first fixed angle (α) is in a range of 0 to 55°.
A skin treatment device having: - a treatment window for treating skin through the treatment window, and - user guidance means for aiding a user of the skin treatment device in moving the treatment window along the skin in a stepwise manner, each moving step having a finite step width by which the treatment window is displaced, characterized in that the user guidance means are arranged separately from the treatment window and in that they deliver a tactile feedback signal to the user at each moving step, wherein the user guidance means include at least one step roller including a rotative element that can be rolled on the skin in a stepwise manner and is rotatable about a rotational axis parallel to the skin, wherein each rotative step of the step roller defines the step width, and wherein the step width measures between 90% and 100% of a width of the treatment window in a moving direction perpendicular to the rotational axis. - a treatment window for treating skin through the treatment window, and - user guidance means for aiding a user of the skin treatment device in moving the treatment window along the skin in a stepwise manner, each moving step having a finite step width by which the treatment window is displaced, characterized in that the user guidance means are arranged separately from the treatment window and in that they deliver a tactile feedback signal to the user at each moving step, wherein the user guidance means include at least one step roller including a rotative element that can be rolled on the skin in a stepwise manner and is rotatable about a rotational axis parallel to the skin, wherein each rotative step of the step roller defines the step width, and wherein the step width measures between 90% and 100% of a width of the treatment window in a moving direction perpendicular to the rotational axis.
A network device, comprising: a receiving module, configured to receive a user activation request sent by user equipment, UE, wherein the user activation request comprises user location information, ULI; a parsing module, configured to parse the ULI received by the receiving module, to acquire an area code of a location of the UE; a determining module, configured to determine an area code set to which the area code acquired by the parsing module belongs, wherein user locations indicated by area codes in the area code set are within a same geographical area range; and an acquiring module, configured to acquire, according to a mapping relationship between the area code set determined by the determining module and an actual access point name, APN, the actual APN for the UE. a receiving module, configured to receive a user activation request sent by user equipment, UE, wherein the user activation request comprises user location information, ULI; a parsing module, configured to parse the ULI received by the receiving module, to acquire an area code of a location of the UE; a determining module, configured to determine an area code set to which the area code acquired by the parsing module belongs, wherein user locations indicated by area codes in the area code set are within a same geographical area range; and an acquiring module, configured to acquire, according to a mapping relationship between the area code set determined by the determining module and an actual access point name, APN, the actual APN for the UE.
Device for minimally invasive attachment of a tracker and/or a registration phantom to a patient's bone, comprising: - a base made of a radiotransparent material, - at least one registration phantom made of a radiotransparent material and comprising radiopaque fiducials, and - at least one tracker, wherein the base comprises: - a support surface configured to face the bone, - a plurality of non-parallel through holes for passing a respective percutaneous pin through the base to attach the base to the bone through the patient's skin or tissues; - a reproducible fixation system for attaching the tracker and/or the registration phantom to the base, said device being characterized in that it further comprises at least one slot extending from an edge of the base in a direction transversal to the through holes, said slot passing throughout the base until the support surface and being configured to engage a percutaneous pin implanted into the patient's bone so as to allow the base to slide along said pin. - a base made of a radiotransparent material, - at least one registration phantom made of a radiotransparent material and comprising radiopaque fiducials, and - at least one tracker, - a support surface configured to face the bone, - a plurality of non-parallel through holes for passing a respective percutaneous pin through the base to attach the base to the bone through the patient's skin or tissues; - a reproducible fixation system for attaching the tracker and/or the registration phantom to the base, said device being characterized in that it further comprises at least one slot extending from an edge of the base in a direction transversal to the through holes, said slot passing throughout the base until the support surface and being configured to engage a percutaneous pin implanted into the patient's bone so as to allow the base to slide along said pin.
An information processing terminal comprising: a receiving unit configured to receive a destination list data specifying one or more destination terminals with which the information processing terminal is operable to initiate communications and to receive status data representing communication statuses of the destination terminals; a creation unit configured to create a destination list to display identifiers of the destination terminals using the destination list data and the status data, wherein a sequence in which the identifiers are arranged in the destination list is updated when one of the communication statuses is updated; and a display control unit configured to display the destination list including the identifiers and a cursor to select one of the identifiers; characterized in that the display control unit is configured to select one of a first mode and a second mode depending on whether one of the identifiers at a position on the destination list is pointed to by the cursor in response to a user operation to select the one of the identifiers, wherein in the first mode, the display control unit is configured to maintain the cursor (1100-5 in Fig. 11) at the position despite a change in a position of the selected one of the identifiers resulting from the sequence update, and in the second mode, the display control unit is configured to move the cursor (1100-5 in Fig. 12) from the position to a new position at which the selected one of the identifiers is placed on the sequence update; and wherein the display control unit is configured to select one of the modes depending on the status of the destination terminal having the identifier currently selected by the cursor. a receiving unit configured to receive a destination list data specifying one or more destination terminals with which the information processing terminal is operable to initiate communications and to receive status data representing communication statuses of the destination terminals; a creation unit configured to create a destination list to display identifiers of the destination terminals using the destination list data and the status data, wherein a sequence in which the identifiers are arranged in the destination list is updated when one of the communication statuses is updated; and a display control unit configured to display the destination list including the identifiers and a cursor to select one of the identifiers; characterized in that the display control unit is configured to select one of a first mode and a second mode depending on whether one of the identifiers at a position on the destination list is pointed to by the cursor in response to a user operation to select the one of the identifiers, wherein in the first mode, the display control unit is configured to maintain the cursor (1100-5 in Fig. 11) at the position despite a change in a position of the selected one of the identifiers resulting from the sequence update, and in the second mode, the display control unit is configured to move the cursor (1100-5 in Fig. 12) from the position to a new position at which the selected one of the identifiers is placed on the sequence update; and
A method for detecting a disturber in a PLC network comprising a PLC transmitter and a PLC receiver connected by a segment of said PLC network, said method comprising: - applying a decision criterion to at least one parameter to determine presence or absence of said disturber in said PLC network characterized in that the method further comprises, before the step of applying the decision, following steps: - obtaining channel frequency response information pertaining to said segment; - fitting an undisturbed channel extrapolation to said channel frequency response information, said undisturbed channel extrapolation being characteristic of frequency-dependent signal attenuation on an undisturbed transmission line; - calculating said at least one parameter representative of the difference between said channel frequency response information and said undisturbed channel extrapolation. - applying a decision criterion to at least one parameter to determine presence or absence of said disturber in said PLC network characterized in that the method further comprises, before the step of applying the decision, following steps: - obtaining channel frequency response information pertaining to said segment; - fitting an undisturbed channel extrapolation to said channel frequency response information, said undisturbed channel extrapolation being characteristic of frequency-dependent signal attenuation on an undisturbed transmission line; - calculating said at least one parameter representative of the difference between said channel frequency response information and said undisturbed channel extrapolation. - obtaining channel frequency response information pertaining to said segment; - fitting an undisturbed channel extrapolation to said channel frequency response information, said undisturbed channel extrapolation being characteristic of frequency-dependent signal attenuation on an undisturbed transmission line; - calculating said at least one parameter representative of the difference between said channel frequency response information and said undisturbed channel extrapolation.
A plastic ampule which is composed of a single layer of a plastic layer consisting only of a cyclic polyolefin with a glass transition temperature of 50°C to 104°C, integrally comprises an ampule body formed in a bottle shape with a top part and a bottom part and having a bung for discharging a drug solution on the top part, a cap attached to the ampule body so as to seal the bung, and a thinner part having a layer thickness thinner than those of the ampule body and the cap, formed along a circumferential direction of the bung and connecting between the ampule body and the cap, and is opened by breaking off or twisting off the thinner part as a cutting part between the ampule body and the cap, wherein the cyclic polyolefin is a polymer having repeating units indicated by the following Formula: wherein, in the Formula, R 3 and R 4 are the same or different, with each indicating hydrogen, a hydrocarbon residue, or a polar group; R 3 and R 4 may respectively be bonded mutually to form a ring; and x and z are the same or different with each indicating an integer not less than 1.
A therapy system controller configured to: operate a negative-pressure source to maintain negative pressure at a sealed space around a tissue interface; operate a hyperoxic fluid source to deliver hyperoxic fluid to the sealed space; maintain the sealed space within a first range of negative pressure from -75 mmHg to -200 mmHg for a first interval; and maintain the sealed space within a second range of negative pressure from -5 mmHg to - 60 mmHg for a second interval. operate a negative-pressure source to maintain negative pressure at a sealed space around a tissue interface; operate a hyperoxic fluid source to deliver hyperoxic fluid to the sealed space; maintain the sealed space within a first range of negative pressure from -75 mmHg to -200 mmHg for a first interval; and maintain the sealed space within a second range of negative pressure from -5 mmHg to - 60 mmHg for a second interval.