mhurhangee/ep-ind-claims huggingface dataset:
Thread delivery device for feeding a thread to a textile machine comprising a thread delivery wheel, a drive shaft, the axis of rotation of which is vertical during operation and on which the thread delivery wheel is arranged, a support for mounting the drive shaft, at least one thread sensor (11, 12), a first thread brake (16, 40) in the course of thread in front of the thread delivery wheel, characterised by at least one second thread brake (17, 30, 41) in the course of the thread in front of the thread delivery wheel and a knot catcher (18, 42), wherein the knot catcher is arranged between the first and the second thread brake (16, 40, 17, 30, 41).
Window or door having an outer frame and a leaf frame, between which there is installed a device for closing the window or door, in particular in the event of fire, so as to move a leaf into a closed position, wherein the leaf is mounted on the outer frame by way of fittings in such a way as to be rotatable and/or tiltable, and the device for closing has a pulling element which is routed via at least one deflection roller (9, 10, 11) and which is fastened at one side to the outer frame and at the opposite side to a pulling device, wherein the pulling device comprises a trigger mechanism (20, 23, 25) which, upon actuation, causes the pulling device to pull on the pulling element and thus by way of the pulling element moves an open leaf into a closed position, wherein the pulling device comprises a piston, by means of which the pulling element can be moved into a retracted position, characterized in that a further deflection roller is provided on the piston and the pulling element is routed around the further deflection roller in the manner of a pulley.
An optical resonator arrangement comprising a resonator, which is configured to generate or receive pulsed, circulating radiation to which a frequency comb having a repetition rate (f rep) and a carrier-envelope-offset frequency (f 0) is associated, wherein an interferometer having at least a first and a second interferometer leg (9a, 9b) is arranged within the resonator, wherein the first interferometer leg has a first optical path length and the second interferometer leg has a second optical path length other than the first optical path length, wherein the resonator arrangement comprises an actuator which is configured to variably adjust a splitting ratio, with which the interferometer splits the radiation circulating in the resonator into the first and second interferometer legs (9a, 9b), wherein the resonator arrangement is configured to change, by changing the splitting ratio of the radiation circulating in the resonator into the first and second interferometer legs (9a, 9b), the repetition rate and the carrier-envelope-offset frequency (f 0) of the frequency comb (f m) such that the frequency comb (f m) of the laser pulses is stretched or compressed in frequency space in an accordion-like manner about a fixed point (f fix). wherein an interferometer having at least a first and a second interferometer leg (9a, 9b) is arranged within the resonator, wherein the first interferometer leg has a first optical path length and the second interferometer leg has a second optical path length other than the first optical path length, wherein the resonator arrangement comprises an actuator which is configured to variably adjust a splitting ratio, with which the interferometer splits the radiation circulating in the resonator into the first and second interferometer legs (9a, 9b), wherein the resonator arrangement is configured to change, by changing the splitting ratio of the radiation circulating in the resonator into the first and second interferometer legs (9a, 9b), the repetition rate and the carrier-envelope-offset frequency (f 0) of the frequency comb (f m) such that the frequency comb (f m) of the laser pulses is stretched or compressed in frequency space in an accordion-like manner about a fixed point (f fix).
Pulse generator for a device for recording operational data in a vehicle, in particular for a tachograph, with a sensor head and an evaluation unit, wherein the sensor head comprises a plurality of sensors arranged spatially separated from one another, which detect mechanical rotations and generate a plurality of sensor signals (S1, S2, S3) corresponding to the detected rotations, characterized in that the evaluation unit is designed to compare the plurality of generated sensor signals (S1, S2, S3) with a stored signal pattern, and to be able to report, through a warning signal, a deviation from the stored signal pattern outside a specifiable tolerance.
An inkjet recording apparatus suitable for making a record on a web, comprising: a plurality of line heads provided side by side on the side of a recording surface of the web; guide rollers for guiding the web; and a suction mechanism disposed on the side of a non-recording surface of the web, wherein lower faces of the plurality of the line heads are disposed in an arch shape and means are provided for tensing the web in the opposite direction of the line heads, the suction mechanism has thin guide rollers that are adapted to come in contact with the web, and a suction hole is provided between the thin guide rollers adjacent to each other, and during travelling of the web, the plurality of the line heads makes a record on the recording surface of the web, and the suction mechanism sucks the non-recording surface of the web through the suction hole(s). a plurality of line heads provided side by side on the side of a recording surface of the web; guide rollers for guiding the web; and a suction mechanism disposed on the side of a non-recording surface of the web, wherein lower faces of the plurality of the line heads are disposed in an arch shape and means are provided for tensing the web in the opposite direction of the line heads, the suction mechanism has thin guide rollers that are adapted to come in contact with the web, and a suction hole is provided between the thin guide rollers adjacent to each other, and during travelling of the web, the plurality of the line heads makes a record on the recording surface of the web, and the suction mechanism sucks the non-recording surface of the web through the suction hole(s).
A sliding door panel assembly comprising: a movable door panel; a fixed panel; and a roller assembly, the roller assembly including: at least one roller mounted on an axle; and at least one roller clamping plate (22, 22a, 22b) receiving the axle; wherein the roller assembly is mounted at a bottom of the movable door panel, the vertical load of the door panel being substantially borne by the roller; wherein the sliding door panel assembly comprises a top guide, characterized in that the sliding door panel assembly further comprises a clamping plate, a bushing and a clamping screw, wherein the clamping plate, bushing and clamping screw are fixing the top guide to the movable door panel, wherein the top guide comprises an inner guide to support the fixed panel; and wherein the top guide moves with the movable door panel and slides over the fixed panel. a movable door panel; a fixed panel; and a roller assembly, the roller assembly including: at least one roller mounted on an axle; and at least one roller clamping plate (22, 22a, 22b) receiving the axle; wherein the roller assembly is mounted at a bottom of the movable door panel, the vertical load of the door panel being substantially borne by the roller; wherein the sliding door panel assembly comprises a top guide, characterized in that the sliding door panel assembly further comprises a clamping plate, a bushing and a clamping screw, wherein the clamping plate, bushing and clamping screw are fixing the top guide to the movable door panel, wherein the top guide comprises an inner guide to support the fixed panel; and wherein the top guide moves with the movable door panel and slides over the fixed panel. at least one roller mounted on an axle; and at least one roller clamping plate (22, 22a, 22b) receiving the axle; wherein the roller assembly is mounted at a bottom of the movable door panel, the vertical load of the door panel being substantially borne by the roller; wherein the sliding door panel assembly comprises a top guide, characterized in that the sliding door panel assembly further comprises a clamping plate, a bushing and a clamping screw, wherein the clamping plate, bushing and clamping screw are fixing the top guide to the movable door panel, wherein the top guide comprises an inner guide to support the fixed panel; and wherein the top guide moves with the movable door panel and slides over the fixed panel.
A gas therapy system comprising a flow line, a gas source or a link (6, 7) to a gas source, and a nebulizer or a link to a nebulizer for aerosol delivery, a patient interface or a coupler for connection to a patient interface, and a controller configured to modulate gas flow and aerosol delivery in real time, wherein the controller is configured to change (24, 27) gas flow rate between at least one upper level and at least one lower level, and to dynamically stop or reduce aerosol delivery during gas flow at the upper level, and to dynamically activate or increase aerosol delivery during intervals of gas flow at the lower level, wherein the controller is configured to switch between said levels in each of a succession of cycles, in which each cycle has specific upper and lower gas flow rate levels, wherein the system comprises a sensor to detect patient inhalation and/or exhalation, and the controller is configured to provide aerosol delivery primarily during inhalation, and the controller is configured to perform modulation of oxygen supplied during the intervals to maintain a desired patient blood oxygenation. wherein the controller is configured to change (24, 27) gas flow rate between at least one upper level and at least one lower level, and to dynamically stop or reduce aerosol delivery during gas flow at the upper level, and to dynamically activate or increase aerosol delivery during intervals of gas flow at the lower level, wherein the controller is configured to switch between said levels in each of a succession of cycles, in which each cycle has specific upper and lower gas flow rate levels, wherein the system comprises a sensor to detect patient inhalation and/or exhalation, and the controller is configured to provide aerosol delivery primarily during inhalation, and the controller is configured to perform modulation of oxygen supplied during the intervals to maintain a desired patient blood oxygenation.
A method of forming a silo base of a silo, wherein the silo base has a base portion and at least one ventilation recess, comprising at least the following steps: (i) Application of a flowable, hardenable building material to a substrate to form the base of the silo base, (ii) Embossing of said at least one ventilation recess in the flowable, hardening building material of the base portion, in particular while the flowable building material is hardening and/or before it hardens and/or before it reaches its standard strength and/or after the hardening building material has stiffened, and (iii) Forming the base portion of the silo base by curing the applied building material. (i) Application of a flowable, hardenable building material to a substrate to form the base of the silo base, (ii) Embossing of said at least one ventilation recess in the flowable, hardening building material of the base portion, in particular while the flowable building material is hardening and/or before it hardens and/or before it reaches its standard strength and/or after the hardening building material has stiffened, and (iii) Forming the base portion of the silo base by curing the applied building material.
A handheld aerosol-generating device for generating an aerosol for user inhalation, comprising: a plurality of emitters (2; 2.1-2.6), each emitter configured to emit light having a single specific wavelength, wherein the single specific wavelength of light emitted by one of the emitters is the same or a different specific wavelength than the single specific wavelength of the light emitted by another one of the emitters; a plurality of sensors (4; 4.1-4.6), each sensor configured to receive light having the single specific wavelength of the light emitted by the corresponding emitter; an aerosol chamber configured to comprise the aerosol; and a mouthpiece configured to allow a user to draw the aerosol out of the aerosol chamber, wherein the emitters are arranged in a matrix such that half of a surface of the aerosol chamber is covered with the matrix of emitters and are further configured to emit light having the single specific wavelength into the aerosol chamber, and wherein the plurality of sensors are arranged in a matrix such that another half of the surface of the aerosol chamber is covered with the matrix of sensors, the sensors further configured to receive light having the single specific wavelength from the aerosol chamber and wherein each sensor is configured to measure the intensity of the received light at only the single specific wavelength a plurality of emitters (2; 2.1-2.6), each emitter configured to emit light having a single specific wavelength, wherein the single specific wavelength of light emitted by one of the emitters is the same or a different specific wavelength than the single specific wavelength of the light emitted by another one of the emitters; a plurality of sensors (4; 4.1-4.6), each sensor configured to receive light having the single specific wavelength of the light emitted by the corresponding emitter; an aerosol chamber configured to comprise the aerosol; and a mouthpiece configured to allow a user to draw the aerosol out of the aerosol chamber, wherein the emitters are arranged in a matrix such that half of a surface of the aerosol chamber is covered with the matrix of emitters and are further configured to emit light having the single specific wavelength into the aerosol chamber, and wherein the plurality of sensors are arranged in a matrix such that another half of the surface of the aerosol chamber is covered with the matrix of sensors, the sensors further configured to receive light having the single specific wavelength from the aerosol chamber and wherein each sensor is configured to measure the intensity of the received light at only the single specific wavelength
A method for use in a server for configurating a dynamic map, comprising: receiving, from a roadside unit placed close to a road, first data that is acquired by a first sensor mounted in the roadside unit and that is indicative of information on surroundings of the roadside unit; configurating a dynamic map by superimposing dynamic information on the road onto a static map including the road on a basis of the received first data; computing a first region in the dynamic map that is incapable of being observed by the first sensor; receiving a plurality of attribute information items from a respective plurality of vehicles running on the road, the plurality of attribute information items being related to a respective plurality of second sensors mounted in the respective plurality of vehicles, wherein each of the plurality of second sensors acquires second data being indicative of information on surroundings of the respective plurality of vehicles; selecting two or more second sensors that have an observation range overlapping the first region from among the plurality of second sensors; selecting a specific second sensor from among the selected two or more second sensors on a basis of the plurality of attribute information items and the first region; receiving specific second data acquired by the specific second sensor; reconfigurating the dynamic map by filling the first region by using the received specific second data; and distributing the reconfigurated dynamic map to at least one of the plurality of vehicles; wherein distance information is obtained from the first and the second sensors. receiving, from a roadside unit placed close to a road, first data that is acquired by a first sensor mounted in the roadside unit and that is indicative of information on surroundings of the roadside unit; configurating a dynamic map by superimposing dynamic information on the road onto a static map including the road on a basis of the received first data; computing a first region in the dynamic map that is incapable of being observed by the first sensor; receiving a plurality of attribute information items from a respective plurality of vehicles running on the road, the plurality of attribute information items being related to a respective plurality of second sensors mounted in the respective plurality of vehicles, wherein each of the plurality of second sensors acquires second data being indicative of information on surroundings of the respective plurality of vehicles; selecting two or more second sensors that have an observation range overlapping the first region from among the plurality of second sensors; selecting a specific second sensor from among the selected two or more second sensors on a basis of the plurality of attribute information items and the first region; receiving specific second data acquired by the specific second sensor; reconfigurating the dynamic map by filling the first region by using the received specific second data; and distributing the reconfigurated dynamic map to at least one of the plurality of vehicles; wherein distance information is obtained from the first and the second sensors.
Method for contactless operation of a control element, subsequently called "button", which is configured in hardware, of a user interface in a 3D gesture mode that can be used to operate the user interface by means of gestures carried out freely in space, subsequently called 3D gestures, comprising: - detecting a hand of a user, - assigning the hand to an area of the user interface that is associated with the button, responding thereto by - outputting advice (14, 16) to the user indicating that his hand has reached the detection area associated with the button, wherein the method is characterized in that it further comprises: - recognizing a predefined gesture of a user in an area associated with the button, and - starting a function associated with the button. - detecting a hand of a user, - assigning the hand to an area of the user interface that is associated with the button, responding thereto by - outputting advice (14, 16) to the user indicating that his hand has reached the detection area associated with the button, wherein the method is characterized in that it further comprises: - recognizing a predefined gesture of a user in an area associated with the button, and - starting a function associated with the button.
A method of identifying a protein biomarker from a biofluid, wherein the method comprises: a. incubating a plurality of nanoparticles in a biofluid sample taken from a subject in a diseased state to allow a biomolecule corona to form on the surface of said nanoparticles wherein the biofluid sample is selected from plasma, urine, saliva, lacrimal, cerebrospinal and occular fluids; b. isolating the nanoparticles and surface-bound biomolecule corona; c. analyzing the biomolecule corona by mass spectrometry; d. comparing against a suitable non-diseased control reference; and e. identifying a previously unknown disease-specific protein biomarker; wherein the unknown biomarker is a multiplex panel of disease-specific protein biomarkers. a. incubating a plurality of nanoparticles in a biofluid sample taken from a subject in a diseased state to allow a biomolecule corona to form on the surface of said nanoparticles wherein the biofluid sample is selected from plasma, urine, saliva, lacrimal, cerebrospinal and occular fluids; b. isolating the nanoparticles and surface-bound biomolecule corona; c. analyzing the biomolecule corona by mass spectrometry; d. comparing against a suitable non-diseased control reference; and e. identifying a previously unknown disease-specific protein biomarker;
Steam engine comprising: a cylinder a steam chamber to be supplied with live steam, the steam chamber having an opening for introducing live steam into the cylinder and a valve seat, a valve member urged against the valve seat by an elastic element in a closing position closing the opening, a piston slidable within the cylinder between a bottom dead center and a top dead center, wherein the piston has a projection at its top end facing the opening, the projection lifting the valve member against a spring force of the elastic element from the valve seat, when the piston is in the area of the top dead center for releasing the opening, characterized in that the valve member has a shaft, extending through the steam chamber, and a valve disc disposed at a first end of the shaft, wherein the elastic element is disposed outside the steam chamber at a second end of the shaft opposite to the first end; wherein the piston is made from a light metal or light metal alloy and at least a surface of the projection is made of a different material than the piston and having a higher rigidity. a cylinder a steam chamber to be supplied with live steam, the steam chamber having an opening for introducing live steam into the cylinder and a valve seat, a valve member urged against the valve seat by an elastic element in a closing position closing the opening, a piston slidable within the cylinder between a bottom dead center and a top dead center, wherein the piston has a projection at its top end facing the opening, the projection lifting the valve member against a spring force of the elastic element from the valve seat, when the piston is in the area of the top dead center for releasing the opening, characterized in that the valve member has a shaft, extending through the steam chamber, and a valve disc disposed at a first end of the shaft, wherein the elastic element is disposed outside the steam chamber at a second end of the shaft opposite to the first end; wherein the piston is made from a light metal or light metal alloy and at least a surface of the projection is made of a different material than the piston and having a higher rigidity.
A display substrate, comprising a plurality of pixel units disposed on a substrate, wherein the display substrate further comprises: each of the pixel units is correspondingly provided with a filter functional unit; the filter functional unit includes at least three microcavity structures; the three microcavity structures being different in cavity length along a direction perpendicular to the substrate; only light with specific wavelength being capable of running through the microcavity structures with different cavity lengths; and the cavity length of the microcavity structures corresponding to subpixel units of a same type in the pixel unit is the same, the microcavity structures are disposed on the light-emitting side of the luminous unit, the three microcavity structures with different cavity lengths include isolation layers with different thicknesses, an isolated space is disposed between the isolation layers and a luminous unit, characterized in that: each of the isolation layers with different thicknesses includes at least one Al material layer and some of the isolation layers with different thicknesses include at least one Al material layer and at least one SiO x material layer alternately arranged, the isolation layers in the microcavity structures for different colors of light are formed sequentially and the number of Al material layers and SiO x material layers is different.