mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for cleaning cloth filter media by backwashing and increasing the effective filtering surface area of the cloth filter media , the cloth filter media having a support fabric and a pile made of pile threads , the apparatus comprising: at least one backwash shoe in fluid communication with a suction source; at least one suction slot on said at least one backwash shoe ; a leading surface on said at least one backwash shoe , the leading surface being in contact with the pile threads and compressing the pile threads at least partly toward the support fabric prior to entering the suction slot , wherein the pile threads are released into the suction slot ; and a trailing surface on said at least one backwash shoe , characterized in that the trailing surface has a crenelated surface such that some of the pile threads are flattened toward the support fabric after suction and some of the pile threads remain in an extended or semi-extended position away from the support surface of the cloth filter media after being subject to suction, wherein the backwash shoe has a front edge and a rear edge and wherein the trailing surface has a series of merlons and crenels extending from the suction slot to the rear edge of the backwash shoe . at least one backwash shoe in fluid communication with a suction source; at least one suction slot on said at least one backwash shoe ; a leading surface on said at least one backwash shoe , the leading surface being in contact with the pile threads and compressing the pile threads at least partly toward the support fabric prior to entering the suction slot , wherein the pile threads are released into the suction slot ; and a trailing surface on said at least one backwash shoe ,
A method performed by a user equipment , comprising: transmitting a first grant-free uplink transmission on an uplink channel , wherein the first grant-free uplink transmission carries initial data from the user equipment and an initial pilot ; transmitting a second grant-free uplink transmission carrying first retransmission data from the user equipment and a first retransmission pilot; wherein the first retransmission pilot is associated with the initial pilot such that the initial pilot can be identified from the first retransmission pilot; wherein the initial data has a first modulation and coding scheme, MCS, that is associated with the initial pilot, and the first retransmission data has a second MCS that is associated with the first retransmission pilot; and wherein the MCS is lowered with retransmission such that the first MCS is higher than the second MCS. transmitting a first grant-free uplink transmission on an uplink channel , wherein the first grant-free uplink transmission carries initial data from the user equipment and an initial pilot ; transmitting a second grant-free uplink transmission carrying first retransmission data from the user equipment and a first retransmission pilot; wherein the first retransmission pilot is associated with the initial pilot such that the initial pilot can be identified from the first retransmission pilot; wherein the initial data has a first modulation and coding scheme, MCS, that is associated with the initial pilot, and the first retransmission data has a second MCS that is associated with the first retransmission pilot; and wherein the MCS is lowered with retransmission such that the first MCS is higher than the second MCS.
A sensor module configured to be worn by a subject, the sensor module comprising: a housing ; at least one optical emitter and at least one optical detector supported by the housing; and a stabilizer member movably supported by the housing, wherein the stabilizer member comprises a portion that extends through a first aperture in the housing and that is configured to engage the body of the subject; wherein the at least one optical emitter is configured to direct light through a second aperture in the housing and into the body of the subject via a first optical pathway and to direct light at a portion of the stabilizer member within the housing along a second optical pathway , and wherein the at least one optical detector is configured to detect light from the body of the subject via a third aperture in the housing and generate a first signal comprising subject physiological information; wherein the at least one optical detector is configured to detect light scattered by the stabilizer member and generate a second signal comprising subject motion information; and the sensor module further comprising at least one signal processor configured to process the first and second signals so as to remove motion artifacts from the first signal. a housing ; at least one optical emitter and at least one optical detector supported by the housing; and a stabilizer member movably supported by the housing, wherein the stabilizer member comprises a portion that extends through a first aperture in the housing and that is configured to engage the body of the subject; wherein the at least one optical emitter is configured to direct light through a second aperture in the housing and into the body of the subject via a first optical pathway and to direct light at a portion of the stabilizer member within the housing along a second optical pathway , and wherein the at least one optical detector is configured to detect light from the body of the subject via a third aperture in the housing and generate a first signal comprising subject physiological information; wherein the at least one optical detector is configured to detect light scattered by the stabilizer member and generate a second signal comprising subject motion information; and
A method for logging a well, comprising: obtaining a pre gravel pack data set by: lowering into a borehole traversing the subterranean formation a gamma ray detector; and detecting gamma rays, wherein the pre gravel pack data set is obtained prior to placing gravel pack particles into the gravel pack zone of the borehole; utilizing a gravel pack slurry comprising a liquid and gravel pack particles to hydraulically place the particles into a gravel pack zone of the borehole penetrating a subterranean formation; obtaining a post gravel pack data set by: lowering into the borehole traversing the subterranean formation a gamma ray detector; and detecting gamma rays resulting from a native radioactivity of the gravel pack particles; comparing the post gravel pack data set and the pre gravel pack data set to determine a location of the gravel pack particles; and correlating the location of the gravel-pack particles to a depth measurement of the borehole to determine the location, height, and/or percent fill of gravel-pack particles placed in the gravel pack zone of the borehole. obtaining a pre gravel pack data set by: lowering into a borehole traversing the subterranean formation a gamma ray detector; and detecting gamma rays, wherein the pre gravel pack data set is obtained prior to placing gravel pack particles into the gravel pack zone of the borehole; lowering into a borehole traversing the subterranean formation a gamma ray detector; and detecting gamma rays, wherein the pre gravel pack data set is obtained prior to placing gravel pack particles into the gravel pack zone of the borehole; utilizing a gravel pack slurry comprising a liquid and gravel pack particles to hydraulically place the particles into a gravel pack zone of the borehole penetrating a subterranean formation; obtaining a post gravel pack data set by: lowering into the borehole traversing the subterranean formation a gamma ray detector; and detecting gamma rays resulting from a native radioactivity of the gravel pack particles; lowering into the borehole traversing the subterranean formation a gamma ray detector; and detecting gamma rays resulting from a native radioactivity of the gravel pack particles; comparing the post gravel pack data set and the pre gravel pack data set to determine a location of the gravel pack particles; and correlating the location of the gravel-pack particles to a depth measurement of the borehole to determine the location, height, and/or percent fill of gravel-pack particles placed in the gravel pack zone of the borehole.
A coffee maker , comprising: an extractor configured to receive ground coffee and water and extract coffee from the ground coffee; and a dispenser configured to uniformly supply water to the ground coffee in the extractor , wherein the dispenser includes: an arm rotatably disposed above an inlet of the extractor , including a nozzle for supplying water; characterized by: a first actuator configured to rotatably support the arm and cause the arm together with the nozzle to revolve around a center of the inlet along an edge of the inlet ; and a second actuator connected to the arm and configured to rotate the arm together with the nozzle about one point of the first actuator . an extractor configured to receive ground coffee and water and extract coffee from the ground coffee; and a dispenser configured to uniformly supply water to the ground coffee in the extractor , wherein the dispenser includes: an arm rotatably disposed above an inlet of the extractor , including a nozzle for supplying water; characterized by: a first actuator configured to rotatably support the arm and cause the arm together with the nozzle to revolve around a center of the inlet along an edge of the inlet ; and a second actuator connected to the arm and configured to rotate the arm together with the nozzle about one point of the first actuator . an arm rotatably disposed above an inlet of the extractor , including a nozzle for supplying water; characterized by: a first actuator configured to rotatably support the arm and cause the arm together with the nozzle to revolve around a center of the inlet along an edge of the inlet ; and a second actuator connected to the arm and configured to rotate the arm together with the nozzle about one point of the first actuator . a first actuator configured to rotatably support the arm and cause the arm together with the nozzle to revolve around a center of the inlet along an edge of the inlet ; and a second actuator connected to the arm and configured to rotate the arm together with the nozzle about one point of the first actuator .
A polyether polyol, preferably having an arithmetically calculated functionality of 1.5 to 3, a viscosity at 25°C of 1000 to 4900 mPa • s and/or a measured hydroxyl number of 120 to 300 mg KOH/g, the polyether polyol comprising: (a) an alkoxylate of 4,4'-isopropylidenediphenol; (b) an alkoxylate of 2,4'- isopropylidenediphenol, 2,2'-isopropylidenediphenol or a mixture thereof; (c) an alkoxylate of components comprising structural elements which are derived from phenol, acetone, isopropylidenediphenol or a mixture of any two or more thereof, but which are not isomers of isopropylidenediphenol; and (d) an alkoxylate of a diol that has a molecular weight less than the molecular weight of isopropylidenediphenol and that does not contain structural elements derived from phenol, acetone, isopropylidenediphenol, or a mixture of any two or more thereof, wherein the alkoxylate of the diol that has a molecular weight less than the molecular weight of isopropylidenediphenol is present in an amount of 0.1 to 10% by weight, based on the total weight of the polyether polyol. (a) an alkoxylate of 4,4'-isopropylidenediphenol; (b) an alkoxylate of 2,4'- isopropylidenediphenol, 2,2'-isopropylidenediphenol or a mixture thereof; (c) an alkoxylate of components comprising structural elements which are derived from phenol, acetone, isopropylidenediphenol or a mixture of any two or more thereof, but which are not isomers of isopropylidenediphenol; and (d) an alkoxylate of a diol that has a molecular weight less than the molecular weight of isopropylidenediphenol and that does not contain structural elements derived from phenol, acetone, isopropylidenediphenol, or a mixture of any two or more thereof,
A method of determining whether a software application is malicious based, at least in part, on an execution session context of the software application in a mobile computing device, the method comprising: monitoring, by a processor of the mobile computing device, system activities and user activities of the software application or process to collect behavior information; and, correlating, by the processor, the system activities and the user activities, characterized in that the method further comprises: determining, by the processor, probabilities of the user activities and the system activities based, at least in part, on the behavior information; generating, by the processor, an execution session context vector based, at least in part, on the correlated system activities and user activities, and the determined probabilities; selecting, by the processor, a behavior classifier model based, at least in part, on the execution session context vector; and using the selected behavior classifier model to determine whether the software application is benign. monitoring, by a processor of the mobile computing device, system activities and user activities of the software application or process to collect behavior information; and, correlating, by the processor, the system activities and the user activities, characterized in that the method further comprises: determining, by the processor, probabilities of the user activities and the system activities based, at least in part, on the behavior information; generating, by the processor, an execution session context vector based, at least in part, on the correlated system activities and user activities, and the determined probabilities; selecting, by the processor, a behavior classifier model based, at least in part, on the execution session context vector; and using the selected behavior classifier model to determine whether the software application is benign. determining, by the processor, probabilities of the user activities and the system activities based, at least in part, on the behavior information; generating, by the processor, an execution session context vector based, at least in part, on the correlated system activities and user activities, and the determined probabilities; selecting, by the processor, a behavior classifier model based, at least in part, on the execution session context vector; and using the selected behavior classifier model to determine whether the software application is benign.
Pharmaceutical compositions in the form of hydrogel or dry spray comprising equine origin type I collagen and hyaluronic acid in the form of sodium salt, wherein the collagen has a concentration of 3% w/w and the hyaluronic acid has a molecular weight ranging from 160 to 230 kDa, mean MW 200 kDa, and a concentration of 2.5% w/w.
A method of controlling a plurality of lighting units over time according to light settings, which light settings are based on media content rendered on a media rendering device, the method comprising: - receiving an input indicative of an adjustment of a level of dynamics, the level of dynamics being indicative of a level of difference of the brightness of the light settings over time and/or a rate of change of the brightness of the light settings over time, - determining a color difference level based on the adjusted level of dynamics, wherein the color difference level is indicative of a level of difference of colors of the light settings over time and/or a rate of change of the colors of the light settings over time, wherein, when the level of dynamics is reduced, the color difference level is increased, and - determining the light settings based on the adjusted level of dynamics and the determined color difference level, and - controlling the plurality of lighting units over time according to the determined light settings. - receiving an input indicative of an adjustment of a level of dynamics, the level of dynamics being indicative of a level of difference of the brightness of the light settings over time and/or a rate of change of the brightness of the light settings over time, - determining a color difference level based on the adjusted level of dynamics, wherein the color difference level is indicative of a level of difference of colors of the light settings over time and/or a rate of change of the colors of the light settings over time, wherein, when the level of dynamics is reduced, the color difference level is increased, and - determining the light settings based on the adjusted level of dynamics and the determined color difference level, and - controlling the plurality of lighting units over time according to the determined light settings.
A method for manufacturing an artificial turf system , comprising: Collecting infill from an existing artificial turf , wherein the collected infill comprises collected rubber granulates; Mixing the collected rubber granulates and a binding agent for generating an elastic binding composition; applying the elastic binding composition over the existing artificial turf; and applying a new artificial turf over the elastic binding composition. Collecting infill from an existing artificial turf , wherein the collected infill comprises collected rubber granulates; Mixing the collected rubber granulates and a binding agent for generating an elastic binding composition; applying the elastic binding composition over the existing artificial turf; and applying a new artificial turf over the elastic binding composition.
A braking control system for an aircraft having a plurality of braking wheels , the braking control system being configured to receive input of signals from sensors representative of a plurality of measured aircraft parameters, and to output a plurality of brake commands to brakes associated with the braking wheels according to a brake torque distribution, wherein the braking control system includes a health monitoring system for determining the operability and/or reliability of the sensor signals and/or of the braking wheels, and a task manager for automatically self-reconfiguring the braking control system so as to change the manner in which the braking control system utilises the input signals in the event that the health monitoring system judges a failure of one or more of the braking wheels or sensor signals and characterised in that the braking control system is further configured to control the prioritisation of the brake torque distribution among the available braking wheels to prioritise either equalising brake torque or equalising brake temperature in response to detected events under normal and failure conditions.
A portable dishwasher comprising: (a) a housing including a base partially defining a wash chamber having a floor and a mechanical space beneath the floor , the floor having one or more drain openings ; (b) an operational sump extending downwardly from the floor into the mechanical space communicating with the wash chamber through one of said drain openings ; (c) a pump having a pump inlet communicating with the operational sump and an outlet communicating with the wash chamber ; (d) a fresh water reservoir disposed within the mechanical space and a fresh water valve controlling communication between the fresh water reservoir and the pump inlet ; and (e) a used water reservoir separate from the fresh water reservoir , the used water reservoir being disposed within the mechanical space and communicating with the wash chamber through one of said drain openings , and a used water valve controlling communication between the wash chamber and the used water reservoir ; wherein the fresh water reservoir is permanently mounted to the housing and the used water reservoir is removable from the housing ; and wherein the used water reservoir includes an inlet opening adapted for connection to the used water valve and a closure arranged to block the inlet opening upon removal of the used water reservoir from the housing . (a) a housing including a base partially defining a wash chamber having a floor and a mechanical space beneath the floor , the floor having one or more drain openings ; (b) an operational sump extending downwardly from the floor into the mechanical space communicating with the wash chamber through one of said drain openings ; (c) a pump having a pump inlet communicating with the operational sump and an outlet communicating with the wash chamber ; (d) a fresh water reservoir disposed within the mechanical space and a fresh water valve controlling communication between the fresh water reservoir and the pump inlet ; and (e) a used water reservoir separate from the fresh water reservoir , the used water reservoir being disposed within the mechanical space and communicating with the wash chamber through one of said drain openings , and a used water valve controlling communication between the wash chamber and the used water reservoir ; wherein the fresh water reservoir is permanently mounted to the housing and the used water reservoir is removable from the housing ; and wherein the used water reservoir includes an inlet opening adapted for connection to the used water valve and a closure arranged to block the inlet opening upon removal of the used water reservoir from the housing . wherein the fresh water reservoir is permanently mounted to the housing and the used water reservoir is removable from the housing ; and wherein the used water reservoir includes an inlet opening adapted for connection to the used water valve and a closure arranged to block the inlet opening upon removal of the used water reservoir from the housing .