mhurhangee/ep-ind-claims huggingface dataset:
Hand-held vacuum cleaner having a floor nozzle, comprising - a joint, characterised by - a one-piece printed circuit board, on which at least one light source, a component for setting a light source supply voltage, a coolant for cooling the at least one light source, and a contact element for connecting to an electrical conductor are arranged; - an optical waveguide which is connected to the printed circuit board and which comprises at least one light coupling point for coupling light emitted by the at least one light source, a light decoupling region for decoupling the coupled light onto a substrate to be cleaned, and at least one light introducing region for introducing the light from the at least one light coupling point into the light decoupling region. - a joint, characterised by - a one-piece printed circuit board, on which at least one light source, a component for setting a light source supply voltage, a coolant for cooling the at least one light source, and a contact element for connecting to an electrical conductor are arranged; - an optical waveguide which is connected to the printed circuit board and which comprises at least one light coupling point for coupling light emitted by the at least one light source, a light decoupling region for decoupling the coupled light onto a substrate to be cleaned, and at least one light introducing region for introducing the light from the at least one light coupling point into the light decoupling region.
A coated article including a coating supported by a glass substrate, the coating comprising: first and second infrared reflecting layers (9, 19) comprising silver, the first IR reflecting layer being located closer to the glass substrate than is the second IR reflecting layer; a first contact layer comprising NiCr located over and directly contacting the first IR reflecting layer comprising silver; a dielectric layer comprising silicon nitride (14a, 14b) located over and directly contacting the first contact layer comprising NiCr; wherein the dielectric layer comprising silicon nitride (14a, 14b) is split by a splitting dielectric layer comprising zirconium oxide, so that the splitting dielectric layer comprising zirconium oxide is located between and contacting a first portion of the dielectric layer comprising silicon nitride and a second portion of the dielectric layer comprising silicon nitride; a second contact layer located over and directly contacting the layer comprising silicon nitride (14a, 14b); the second IR reflecting layer comprising silver located over and directly contacting the second contact layer; and a third contact layer located over and directly contacting the second IR reflecting layer. first and second infrared reflecting layers (9, 19) comprising silver, the first IR reflecting layer being located closer to the glass substrate than is the second IR reflecting layer; a first contact layer comprising NiCr located over and directly contacting the first IR reflecting layer comprising silver; a dielectric layer comprising silicon nitride (14a, 14b) located over and directly contacting the first contact layer comprising NiCr; wherein the dielectric layer comprising silicon nitride (14a, 14b) is split by a splitting dielectric layer comprising zirconium oxide, so that the splitting dielectric layer comprising zirconium oxide is located between and contacting a first portion of the dielectric layer comprising silicon nitride and a second portion of the dielectric layer comprising silicon nitride; a second contact layer located over and directly contacting the layer comprising silicon nitride (14a, 14b); the second IR reflecting layer comprising silver located over and directly contacting the second contact layer; and a third contact layer located over and directly contacting the second IR reflecting layer.
A composite comprising a hydrophobic biodegradable polymer, hydroxyapatite [Ca 10 (PO 4) 6 2)] nanoparticles, a biocompatible surfactant and inorganic fullerene-like nanoparticles or inorganic nanotubes; wherein the inorganic fullerene-like nanoparticles or inorganic nanotubes is A 1-x B x -chalcogenide where A is a metal or transition metal or an alloy of one metals or transition metals including at least one of the following: Mo, W, Re, Ti, Zr, Hf, Nb, Ta, Pt, Ru, Rh, In, Ga, InS, InSe, GaS, GaSe, WMo, TiW; and B (dopant) is a metal transition metal selected from the following: Si, Nb, Ta, W, Mo, Sc, Y, La, Hf, Ir, Mn, Ru, Re, Os, V, Au, Rh, Pd, Cr, Co, Fe, Ni; x is between 0 to 0.003; the chalcogenide is selected from S, Se, Te; and the biocompatible surfactant is a fatty acid having between 12-24 carbons.
A turbomachine comprising at least one unducted propeller (22, 24) of variable pitch blades, the blades being carried by substantially cylindrical plates mounted to pivot about their respective axes in radial housings of an annular rotor element and connected via their radially inner ends to a control ring that is driven in rotation about the axis of the turbomachine together with the rotor element, and that is movable in translation along said axis to cause the plates to pivot about their respective axes, the control ring being centered and guided in rotation about the axis of the turbomachine on means that are stationary in rotation and movable in translation along said axis by means of an actuator carried by the stator of the turbomachine, characterized in that the means for centering and guiding the control ring comprise an annular rail of substantially U-shaped section that extends around the axis of the turbomachine and that comprises two side walls that define between them an annular groove that is outwardly open, and in which the control ring is engaged, rolling means being mounted on either side of the control ring between said ring and the side walls of the rail.
- Method for processing an optical image acquired by a space vehicle or an aerial vehicle, said image representing a radiation in at least one band of wavelengths received from a scene on the surface of the Earth, characterized in that it comprises: - obtaining a ground reflectance model and an atmospheric model, said atmospheric model comprising at least two couches modeling the effects of the atmosphere in different respective altitudes, of which one layer corresponding to an aerosol model and a layer corresponding to a cloud model, - determining optimal parameter values of the ground reflectance model and of atmospheric model parameters making it possible to optimize said ground reflectance model and said atmospheric model with respect to the image, - determining, for each layer of the atmospheric model, correction parameter values according to the optimal values of the atmospheric model, - converting the image into a ground image with environmental effects according to the correction parameter values of each layer of the atmospheric model, in which the effects related to the presence of aerosols and/or clouds in each layer of the atmospheric model are successively corrected, - converting the ground image with environmental effects into a ground image with no environmental effects according to the correction parameter values of each layer of the atmospheric model, in which the environmental effects of each layer of the atmospheric model are successively corrected. - obtaining a ground reflectance model and an atmospheric model, said atmospheric model comprising at least two couches modeling the effects of the atmosphere in different respective altitudes, of which one layer corresponding to an aerosol model and a layer corresponding to a cloud model, - determining optimal parameter values of the ground reflectance model and of atmospheric model parameters making it possible to optimize said ground reflectance model and said atmospheric model with respect to the image, - determining, for each layer of the atmospheric model, correction parameter values according to the optimal values of the atmospheric model, - converting the image into a ground image with environmental effects according to the correction parameter values of each layer of the atmospheric model, in which the effects related to the presence of aerosols and/or clouds in each layer of the atmospheric model are successively corrected, - converting the ground image with environmental effects into a ground image with no environmental effects according to the correction parameter values of each layer of the atmospheric model, in which the environmental effects of each layer of the atmospheric model are successively corrected.
A method for obtaining information on the presence or absence of a cancer cell derived from colon cancer in a biological sample collected from a subject comprising the steps of: preparing a DNA sample from the biological sample collected from the subject; analyzing methylation status of a CpG site in a promoter region of at least one gene selected from ZNF304 and ZNF264 in the DNA sample obtained from the preparation step; and obtaining information on the presence or absence of a cancer cell derived from colon cancer in the biological sample collected from the subject based on an analysis result obtained from the analyzing step. preparing a DNA sample from the biological sample collected from the subject; analyzing methylation status of a CpG site in a promoter region of at least one gene selected from ZNF304 and ZNF264 in the DNA sample obtained from the preparation step; and obtaining information on the presence or absence of a cancer cell derived from colon cancer in the biological sample collected from the subject based on an analysis result obtained from the analyzing step.
A computing device, comprising: a controller circuit coupled to a button, wherein the controller circuit is configured to detect when the button has been pressed and to provide a notification indicating that the button has been pressed; a camera configured to capture a first set of biometric data of a first user; and a secure circuit configured to perform an authentication of the first user by: confirming that the notification was received from the controller circuit, wherein the notification identifies the button being pressed; comparing the first set of biometric data with a second set of biometric data for an authorized user of the computing device; and examining a timestamp indicative of when the button has been pressed in order to confirm that the button is pressed within a threshold time period of the biometric authentication being performed, wherein exceeding the threshold time period results in a failure of the authentication of the first user. a controller circuit coupled to a button, wherein the controller circuit is configured to detect when the button has been pressed and to provide a notification indicating that the button has been pressed; a camera configured to capture a first set of biometric data of a first user; and a secure circuit configured to perform an authentication of the first user by: confirming that the notification was received from the controller circuit, wherein the notification identifies the button being pressed; comparing the first set of biometric data with a second set of biometric data for an authorized user of the computing device; and examining a timestamp indicative of when the button has been pressed in order to confirm that the button is pressed within a threshold time period of the biometric authentication being performed, wherein exceeding the threshold time period results in a failure of the authentication of the first user. confirming that the notification was received from the controller circuit, wherein the notification identifies the button being pressed; comparing the first set of biometric data with a second set of biometric data for an authorized user of the computing device; and examining a timestamp indicative of when the button has been pressed in order to confirm that the button is pressed within a threshold time period of the biometric authentication being performed, wherein exceeding the threshold time period results in a failure of the authentication of the first user.
Gearbox for industrial applications or wind power plants with - at least one drive shaft and at least one output shaft, which pass through a respective opening on a gearbox housing, - at least one gearwheel connected to the drive shaft and at least one gearwheel connected to the output shaft, these engaging indirectly or directly with one another, - at least one sensing device for detecting a torque acting on the drive shaft, the output shaft or a shaft that can be driven by the drive shaft, - an energy-generating device connected electrically to the at least one sensing device, - an evaluation device connected to the at least one sensing device for detecting a load spectrum, characterised in that the gearbox is provided with a rotor assigned to the energy-generating device, which is arranged within the gearbox housing and connected in a rotationally fixed fashion to a shaft (102, 190) that can be driven by the drive shaft, which is assigned a bearing, which is secured by a housing cover, wherein the housing cover encloses the rotor, and with a stator assigned to the energy-generating device, which is mounted on the housing cover within the gearbox housing, wherein an air gap is formed between the rotor and the stator. - at least one drive shaft and at least one output shaft, which pass through a respective opening on a gearbox housing, - at least one gearwheel connected to the drive shaft and at least one gearwheel connected to the output shaft, these engaging indirectly or directly with one another, - at least one sensing device for detecting a torque acting on the drive shaft, the output shaft or a shaft that can be driven by the drive shaft, - an energy-generating device connected electrically to the at least one sensing device, - an evaluation device connected to the at least one sensing device for detecting a load spectrum,
Method for operating a longitudinally guiding driver assistance system of a motor vehicle, said system being configured in free travel mode to regulate the speed of a motor vehicle to a desired speed and/or in a follow mode to regulate the speed of the motor vehicle so as to maintain a regulated distance from a vehicle travelling ahead as the regulating object, wherein at least one control parameter which influences the regulation is adapted as a function of at least one item of traffic information received from an external transmitter (7, 9) and describing the traffic conditions on the road on which the vehicle is currently travelling, characterised in that in the event of a traffic jam ahead or a dangerous situation ahead the depth of penetration is reduced as the vehicle moves closer to a vehicle driving ahead of it and/or a maximum possible acceleration is reduced and/or a maximum possible braking deceleration is reduced.
An apparatus for continuously singling loose sheet goods, having a singling unit for singling stacks of loose sheet goods, and a feeding device (15, 21) which transports the stacks of loose sheet goods to be singled into a position where the sheet goods of the stack are grasped by the singling unit and transferred to a transport system, wherein the feeding device (15, 21) has a first substantially uniaxially moved feeding element and a second substantially multiaxially moved feeding element, characterized in that at least one container receives the stack of loose sheet goods, wherein the container has a movable bottom on which the stack of sheet goods rests, the container is received by a container receiving means of the apparatus which has a transport device (11 to 14), and the transport device (11 to 14) is connected to the bottom of the container located in the container receiving device, wherein the bottom of the container forms together with the transport device (11 to 14) the first feeding element.
A method for determining a longer edge and/or a shorter edge of rectangular items of laundry with edges (14, 15) of unequal length, wherein which edge area (26, 27) belonging to the longer edge and/or to the shorter edge of the item of laundry is automatically derived from the different directions or lengths (39, 40) of the edge area (26, 27) extending from a corner of the item of laundry hanging freely downward, in that, in the case of the item of laundry hanging down from a first corner, the longer edge and/or the shorter edge of the item of laundry is derived from the angles (36, 37) or lengths (39, 40) of edge areas (26, 27) extending from the lower, free second corner.
A method of processing a titanium aluminide intermetallic composition based on a TiAl intermetallic compound to yield a duplex microstructure containing equiaxed and lamellar morphologies of the gamma TiAl phase, the method comprising: hot isostatic pressing the titanium aluminide intermetallic composition; cooling the titanium aluminide intermetallic composition; heat treating the titanium aluminide intermetallic composition at a temperature of at least 1260°C for 2.5 to 5 hours; cooling the titanium aluminide intermetallic composition to a temperature of not less than 1150°C; holding the titanium aluminide intermetallic composition at a hold temperature of 1150 to 1200°C for a duration of two to six hours; and then cooling the titanium aluminide intermetallic composition to room temperature; wherein the titanium aluminide intermetallic composition exhibits the duplex microstructure following the step of cooling the titanium aluminide intermetallic composition to room temperature; and wherein the titanium aluminide intermetallic composition consists of titanium and aluminum in amounts to yield the TiAl intermetallic compound, one or more of chromium, niobium and tantalum, and incidental impurities. hot isostatic pressing the titanium aluminide intermetallic composition; cooling the titanium aluminide intermetallic composition; heat treating the titanium aluminide intermetallic composition at a temperature of at least 1260°C for 2.5 to 5 hours; cooling the titanium aluminide intermetallic composition to a temperature of not less than 1150°C; holding the titanium aluminide intermetallic composition at a hold temperature of 1150 to 1200°C for a duration of two to six hours; and then cooling the titanium aluminide intermetallic composition to room temperature; wherein the titanium aluminide intermetallic composition exhibits the duplex microstructure following the step of cooling the titanium aluminide intermetallic composition to room temperature; and
A bicycle control device (12; 112; 212; 312; 412; 512; 612) capable of being mounted on a handlebar of a bicycle and capable of controlling a braking device and a shifting device, the bicycle control device comprising: a housing member having a grip part extending in a longitudinal direction between a first end and a second end, and an attachment part capable of being attached to the handlebar and provided on the first end side of the grip part; a control-lever member (22; 122; 522; 622) that is pivotable relative to the housing member; a shift-operating mechanism (23; 123) for controlling a control cable capable of being linked to the shifting device, the shift-operating mechanism (23; 123) being provided in the housing member and having a cable take-up member capable of rotating around a cable take-up axis; and a hydraulic pressure-generating part for controlling the braking device, the hydraulic pressure-generating part having a cylinder axis forming an angle of greater than or equal to 20° and less than or equal to 50° with the cable take-up axis, a cylinder that is disposed closer toward the second end side of the grip part than the shift-operating mechanism, the cylinder being provided in the housing member, and a piston (31; 731) that is operated by the control-lever member (22; 122; 522; 622), the piston (31; 731) being capable of moving within the cylinder, characterized in that the cylinder includes an open end on the piston side and a closed end on the side opposite the open end, the open end being in a lower position than the closed end. a housing member having a grip part extending in a longitudinal direction between a first end and a second end, and an attachment part capable of being attached to the handlebar and provided on the first end side of the grip part; a control-lever member (22; 122; 522; 622) that is pivotable relative to the housing member; a shift-operating mechanism (23; 123) for controlling a control cable capable of being linked to the shifting device, the shift-operating mechanism (23; 123) being provided in the housing member and having a cable take-up member capable of rotating around a cable take-up axis; and a hydraulic pressure-generating part for controlling the braking device, the hydraulic pressure-generating part having a cylinder axis forming an angle of greater than or equal to 20° and less than or equal to 50° with the cable take-up axis, a cylinder that is disposed closer toward the second end side of the grip part than the shift-operating mechanism, the cylinder being provided in the housing member, and a piston (31; 731) that is operated by the control-lever member (22; 122; 522; 622), the piston (31; 731) being capable of moving within the cylinder, characterized in that the cylinder includes an open end on the piston side and a closed end on the side opposite the open end, the open end being in a lower position than the closed end.
A solenoid valve assembly comprising a housing defining a cavity; a support disposed in said cavity and defining a bore along a longitudinal axis; a coil disposed about said support and defining an energized state for generating a magnetic field and a de-energized state; a plunger moveably disposed in said bore of said support between a first position engaging said housing and a second position spaced from said housing with said plunger radially spaced from said support relative to said longitudinal axis to define a gap between said plunger and said support; and a dampener coupled to one of said support and said plunger adjacent said gap with said dampener extending into said gap to define a space between said dampener and the other of said plunger and said support when in said first position with said dampener at least partially maintaining said gap to prevent direct engagement between said support and said plunger as said plunger moves between said first and second positions during said energized and de-energized states for reducing noise during operation.
A method for producing an aqueous dispersion containing non-melt-processable polytetrafluoroethylene particles, the method comprising polymerizing tetrafluoroethylene in an aqueous medium in the presence of - perfluorohexanoic acid or its salt, and - a fluoropolyether acid having a molecular weight of at least 800 g/mol or its salt. - perfluorohexanoic acid or its salt, and - a fluoropolyether acid having a molecular weight of at least 800 g/mol or its salt.