mhurhangee/ep-ind-claims huggingface dataset:
A mask, comprising a support, an elastic support, and a face fitting spring plate, wherein lens holes, are disposed in the support, the face fitting spring plate is connected to the support by using the elastic support, a middle part of the face fitting spring plate is sunken to the support, an eyepiece hole facing the lens holes is disposed in the face fitting spring plate, and a nose support, is disposed in a middle part on a lower side edge of the face fitting spring plate, wherein the support comprises a frame plate, a left-eye lens hole and a right-eye lens hole are disposed in the frame board, and the left-eye lens hole and the right-eye lens hole form the lens holes, characterized in that at least one lightening hole is disposed in a region located between the left-eye lens hole and the right-eye lens hole of the support, wherein the elastic support is two U-shaped elastic strips or two V-shaped elastic strips, and left and right sides of the face fitting spring plate are respectively connected to left and right sides of the support by using the U-shaped elastic strips or the V-shaped elastic strips, two ends of one of the U-shaped elastic strips or the V-shaped elastic strips are connected to middle parts of upper and lower side edges of the left-eye hole, two ends of the other one of the U-shaped elastic strips or the V-shaped elastic strips are connected to middle parts of upper and lower side edges of the right-eye hole, and a bottom of the respective U-shaped elastic strip is connected to the face fitting spring plate. wherein the support comprises a frame plate, a left-eye lens hole and a right-eye lens hole are disposed in the frame board, and the left-eye lens hole and the right-eye lens hole form the lens holes, characterized in that at least one lightening hole is disposed in a region located between the left-eye lens hole and the right-eye lens hole of the support, wherein the elastic support is two U-shaped elastic strips or two V-shaped elastic strips, and left and right sides of the face fitting spring plate are respectively connected to left and right sides of the support by using the U-shaped elastic strips or the V-shaped elastic strips, two ends of one of the U-shaped elastic strips or the V-shaped elastic strips are connected to middle parts of upper and lower side edges of the left-eye hole, two ends of the other one of the U-shaped elastic strips or the V-shaped elastic strips are connected to middle parts of upper and lower side edges of the right-eye hole, and a bottom of the respective U-shaped elastic strip is connected to the face fitting spring plate.
A wireless transmit/receive unit, WTRU, comprising: a processor, configured at least to: receive an indication of a set of candidate resources; determine if a channel is clear for transmission by periodically performing, within a time period, clear channel assessment, CCA, or listen before talk, LBT, on the channel; wherein: on a condition that the channel is determined to be clear, determine a resource from the set of candidate resources based on a time remaining in the time period, wherein the resource comprises one or more frequency resources, and wherein a number of the one or more frequency resources is based on the time remaining in the time period; and send a transmission using the resource, wherein the transmission comprises a demodulation reference signal, DM-RS. receive an indication of a set of candidate resources; determine if a channel is clear for transmission by periodically performing, within a time period, clear channel assessment, CCA, or listen before talk, LBT, on the channel;
A meat product comprising endogenous oil from a transgenic soybean, wherein the meat product comprises arachidonic acid, alpha-linolenic acid, and stearidonic acid, wherein the ratio of concentrations of SDA/AA is at least 0.1, the ratio of concentrations of SDA/ALA is at least 1.0, and said meat product comprises at least 0.1 grams of SDA per 100 grams of meat product.
A method comprising: (a) casting an aluminum alloy having from 2.5 - 12.0 wt. % Zn and from 1.0 to 5.0 wt. % Mg, where at least one of the zinc and the magnesium is the predominate alloying ingredient other than aluminum; (b) optionally hot working or cold working the aluminum alloy; (c) after the casting step (a) and the optional step (b), solution heat treating and then quenching the aluminum alloy; (d) after step (c), optionally working the aluminum alloy; (e) after step (c) and the optional step (d), artificially aging the aluminum alloy, wherein the artificial aging step (e) comprises: (i) first aging the aluminum alloy at a first temperature of from about 166 to 277°C (330°F to 530°F) and for a first aging time of from 1 minute to 45 minutes; (ii) second aging the aluminum alloy at a second temperature for a second aging time of at least 30 minutes, wherein the second temperature is lower than the first temperature. (a) casting an aluminum alloy having from 2.5 - 12.0 wt. % Zn and from 1.0 to 5.0 wt. % Mg, where at least one of the zinc and the magnesium is the predominate alloying ingredient other than aluminum; (b) optionally hot working or cold working the aluminum alloy; (c) after the casting step (a) and the optional step (b), solution heat treating and then quenching the aluminum alloy; (d) after step (c), optionally working the aluminum alloy; (e) after step (c) and the optional step (d), artificially aging the aluminum alloy, wherein the artificial aging step (e) comprises: (i) first aging the aluminum alloy at a first temperature of from about 166 to 277°C (330°F to 530°F) and for a first aging time of from 1 minute to 45 minutes; (ii) second aging the aluminum alloy at a second temperature for a second aging time of at least 30 minutes, wherein the second temperature is lower than the first temperature. (i) first aging the aluminum alloy at a first temperature of from about 166 to 277°C (330°F to 530°F) and for a first aging time of from 1 minute to 45 minutes; (ii) second aging the aluminum alloy at a second temperature for a second aging time of at least 30 minutes, wherein the second temperature is lower than the first temperature.
An information reporting method, wherein the method comprises: obtaining, by a network node, a status of implementing a Border Gateway Protocol flow specification, BGP FS, rule on the network node, wherein the status indicates that the BGP FS rule is implemented on the network node, or the status indicates that the BGP FS rule is not implemented on the network node; and sending, by the network node, the status to a server, wherein when the status is that the BGP FS rule is implemented on the network node, the method further comprises: receiving, by the network node, a traffic information report instruction from the server, obtaining, by the network node, traffic matching information of the BGP FS rule, wherein the traffic matching information is information of data traffic matching the BGP FS rule; and sending, by the network node, the traffic matching information to the server obtaining, by a network node, a status of implementing a Border Gateway Protocol flow specification, BGP FS, rule on the network node, wherein the status indicates that the BGP FS rule is implemented on the network node, or the status indicates that the BGP FS rule is not implemented on the network node; and sending, by the network node, the status to a server, wherein when the status is that the BGP FS rule is implemented on the network node, the method further comprises: receiving, by the network node, a traffic information report instruction from the server, obtaining, by the network node, traffic matching information of the BGP FS rule, wherein the traffic matching information is information of data traffic matching the BGP FS rule; and sending, by the network node, the traffic matching information to the server receiving, by the network node, a traffic information report instruction from the server, obtaining, by the network node, traffic matching information of the BGP FS rule, wherein the traffic matching information is information of data traffic matching the BGP FS rule; and sending, by the network node, the traffic matching information to the server
A method of controlling a mobile terminal capable of managing schedule, the method being carried out in said mobile terminal and comprising the following steps: identifying schedule time information corresponding to at least one schedule place included in a schedule list; obtaining (S 15) current location information and traffic information; determining whether a user can arrive at the at least one schedule place in time based on the current location information and the traffic information; displaying (S25, S30) schedule notification information or schedule adjustment information (274, 275) in a display region of the mobile terminal according to the results of the determination; displaying a schedule map including at least two flags representing schedule places in the display region; establishing a route between the flags in consideration of schedule time information corresponding to each of the flags and the traffic information and displaying (S325, S340) the route on the schedule map upon receiving a command to display route; wherein at least one of the clarity, color and shape of the flags represents at least one of schedule time information, the importance of the scheduled event, the type of the scheduled event, the parties of the scheduled event, and information indicating whether the scheduled event has already been completed; the method being characterized by further comprising the following steps: displaying an icon indicating that the user can't arrive at a first schedule place along the route in time based on the traffic information; and in response to a touch input to the icon, displaying a notification window including options for adjusting schedule information related to the first schedule place, wherein at least one of the clarity, color and shape of the route (271, 272) represents information indicating whether the user can arrive at each of the schedule places in time. displaying an icon indicating that the user can't arrive at a first schedule place along the route in time based on the traffic information; and in response to a touch input to the icon, displaying a notification window including options for adjusting schedule information related to the first schedule place, wherein at least one of the clarity, color and shape of the route (271, 272) represents information indicating whether the user can arrive at each of the schedule places in time.
A method for preparing expanded stems, characterized in that said method comprises the following steps: a. purification, wherein impurities in the stems, such as scrap iron, dirt, sand and dust, are eliminated; b. stem expansion, wherein the stems are expanded until volume of the stems is more than 180% of the original volume; c. hypoxia heat retention, wherein super-heated steam or inert gas at the temperature of 120-350 °C is used to heat the stems for 30 minutes to 20 hours; d. natural stacking, wherein the expanded stems after the hypoxia heat retention are cased or bagged and then stacked in shady, cool, ventilated, rain-proof, and moisture-proof environment for 10 days to 3 months; e. sorting, wherein the expanded stems are sorted by different size; g. packaging, wherein the sorted expanded stems are categorized and packaged by different size separately to acquire a final product of expanded stems. a. purification, wherein impurities in the stems, such as scrap iron, dirt, sand and dust, are eliminated; b. stem expansion, wherein the stems are expanded until volume of the stems is more than 180% of the original volume; c. hypoxia heat retention, wherein super-heated steam or inert gas at the temperature of 120-350 °C is used to heat the stems for 30 minutes to 20 hours; d. natural stacking, wherein the expanded stems after the hypoxia heat retention are cased or bagged and then stacked in shady, cool, ventilated, rain-proof, and moisture-proof environment for 10 days to 3 months; e. sorting, wherein the expanded stems are sorted by different size; g. packaging, wherein the sorted expanded stems are categorized and packaged by different size separately to acquire a final product of expanded stems.
A fragment of a sheet-shaped cell culture, wherein the fragment has a size of 100 to 500 um for use in treating disease in the lower limbs, comprising an extracellular matrix on an outer surface of the cell culture, wherein the disease is a disease in which blood vessels are narrowed or occluded in the lower limbs and the blood flow in the lower limbs is deteriorated, wherein the cell culture contains myoblast cells, and wherein the disease in the lower limbs is peripheral arterial disease.
A robotic lawnmower with a lift detection arrangement for detecting a lift of a body of the robotic lawnmower relative to a chassis of the robotic lawnmower, comprising: a collision absorber,; and a sensor arrangement comprising a first spring, a movable part, a metal plate and a sensor; the lift detection arrangement being characterized in that the collision absorber is screwed to two plastic parts (104, 106) and arranged to allow a displacement of the body relative to the chassis in a collision plane during a collision between an obstacle and the robotic lawnmower, the collision absorber is ball-shaped at one end facing the body and pivotally attached to a bowl-shaped snap connector, which is fixedly attached to the body, the moveable part is arranged to provide a displacement of the body relative to the chassis in a lift direction during a lift of the body, the first spring is arranged to exert a force on the moveable part such that there is a threshold force that needs to be exceeded before the moveable part starts to move in the lift direction, and the sensor is arranged in the chassis and configured to sense the distance (d) to the metal plate that is fixed to the moveable part and to trigger a cut off of power to a cutting blade of the robotic lawnmower if the distance becomes greater than a predetermined distance (d). a collision absorber,; and a sensor arrangement comprising a first spring, a movable part, a metal plate and a sensor; the lift detection arrangement being characterized in that the collision absorber is screwed to two plastic parts (104, 106) and arranged to allow a displacement of the body relative to the chassis in a collision plane during a collision between an obstacle and the robotic lawnmower, the collision absorber is ball-shaped at one end facing the body and pivotally attached to a bowl-shaped snap connector, which is fixedly attached to the body, the moveable part is arranged to provide a displacement of the body relative to the chassis in a lift direction during a lift of the body, the first spring is arranged to exert a force on the moveable part such that there is a threshold force that needs to be exceeded before the moveable part starts to move in the lift direction, and the sensor is arranged in the chassis and configured to sense the distance (d) to the metal plate that is fixed to the moveable part and to trigger a cut off of power to a cutting blade of the robotic lawnmower if the distance becomes greater than a predetermined distance (d).
A roller guide for an elevator car, comprising at least one rotatably mounted roller which is arranged on an axis, a support element for supporting the axis, and at least one braking element for the roller for damping preferably the vertical oscillations of the elevator car, in particular, when holding the elevator car, characterized in that the braking element comprises a magneto-rheological fluid, of which the magneto-rheological fluid allows the deceleration of the rotational movement of the roller.
A radiation detection system comprising a collimator for collimating radiation and a detector for detecting the radiation, the collimator comprising collimator material and a plurality of collimator holes, each of the plurality of collimator holes defined by the surrounding collimator material, each of the plurality of collimator holes defining an aperture, and an entrance opening and exit opening through which radiation can enter respectively leave the collimator, whereby the volume of each of the plurality of collimator holes between the aperture and the entrance opening and/or exit opening is shaped such that there is at least one cross-section of the hole between the aperture and the entrance opening and/or exit opening, the cross-section being taken parallel with the aperture, and the shape of the cross-section of the hole being a non-affine transform of the shape of the aperture, the detector comprising a detection surface with a predetermined shaped detection area, and wherein the plurality of collimator holes are arranged for irradiating different parts of the predetermined shaped detection area, the different parts filling the detection area overall for at least 80% and the different areas overlapping with each other over at most 20% of their total surface.
An implantable cardiac medical device configured to be wholly implanted at a cardiac site via anchoring to a heart chamber wall, the device comprising a wall motion detector and a wireless communications module compatible for communication with another medical device; the communications module comprising a receiver, a transmitter and a controller, the controller adapted to receive input from the wall motion detector and being programmed to execute a method, the device characterized in that the receiver comprises a plurality of receiver elements, in that the transmitter comprises a plurality of transmitter elements and in that the method comprises, the following steps: activating the receiver elements at predetermined intervals to receive an inbound activation signal from the other medical device; and activating the transmitter elements for outbound communication, once the inbound activation signal is received, but only if a signal from the wall motion detector indicates a present period of reduced wall motion. activating the receiver elements at predetermined intervals to receive an inbound activation signal from the other medical device; and activating the transmitter elements for outbound communication, once the inbound activation signal is received, but only if a signal from the wall motion detector indicates a present period of reduced wall motion.
Crystalline methylthioninium chloride monohydrate as Form E having the following characteristic peaks in a powder X-ray diffraction pattern (using CuKa as the source of radiation, at a wavelength of 1.54180 Å): Peak 2θ values (± 0.1°) 1 9.0 2 12.5 3 14.1 4 14.4 5 18.1 6 23.2 7 24.1 8 26.0
A glove comprising: a hand-shaped base layer made of fibers having a stretching property; a coating formed on a surface of said base layer, at least the surface of a palm of said base layer; and a plurality of breathing pores formed in said coating, wherein the breathing pores are adapted to be opened for achieving breathability by being stretched when the glove is worn, characterized in that the breathing pores are adapted to be closed or not sufficiently opened for achieving waterproof property by being not stretched when the glove is not worn. a hand-shaped base layer made of fibers having a stretching property; a coating formed on a surface of said base layer, at least the surface of a palm of said base layer; and a plurality of breathing pores formed in said coating, wherein the breathing pores are adapted to be opened for achieving breathability by being stretched when the glove is worn, characterized in that the breathing pores are adapted to be closed or not sufficiently opened for achieving waterproof property by being not stretched when the glove is not worn.
A method, comprising: receiving a list of access points detected at a location; determining a number of times at least one access point in the list is detected during a first period of time; characterized in that the method further comprises: determining a number of times the at least one access point in the list is detected during a second period of time; and determining to use an access point in the list in generating a partial radio map comprising access points based on the number of times the access point is detected during the second period of time. receiving a list of access points detected at a location; determining a number of times at least one access point in the list is detected during a first period of time; characterized in that the method further comprises: determining a number of times the at least one access point in the list is detected during a second period of time; and determining to use an access point in the list in generating a partial radio map comprising access points based on the number of times the access point is detected during the second period of time. determining a number of times the at least one access point in the list is detected during a second period of time; and determining to use an access point in the list in generating a partial radio map comprising access points based on the number of times the access point is detected during the second period of time.
An exhaust gas control apparatus provided with a filter that is arranged in an exhaust passage of an internal combustion engine and traps particulate matter in exhaust gas, filter regeneration controlling means for performing filter regeneration that removes particulate matter that has accumulated on the filter by performing a regeneration fuel injection after a main fuel injection by controlling the injection timing of the internal combustion engine, and a counter that counts the duration of the filter regeneration, wherein the filter regeneration controlling means determines that a period of time from after there is a command to regenerate the filter so that the filter regeneration starts until the filter regeneration has been completed, and which is a period of time during which the filter regeneration is not prohibited, is a period of time during which the filter is in a filter regeneration incomplete state; the filter regeneration controlling means increases the count of the counter when the filter regeneration is being executed while the filter is in the filter regeneration incomplete state; the filter regeneration controlling means has the counter maintain the current duration count value when the internal combustion engine switches to a state other than a filter regenerating state while the filter is in the filter regeneration incomplete state; the filter regeneration controlling means resets the counter when the filter is not in the filter regeneration incomplete state; the exhaust gas control apparatus characterised in that: the filter regeneration controlling means establishes a filter regeneration prohibited period when the count of the counter reaches a predetermined duration, before the filter regeneration is completed; and the filter regeneration controlling means resets the counter during the filter regeneration prohibited period.