mhurhangee/ep-ind-claims huggingface dataset:
A vacuum cleaner nozzle for cleaning of surfaces such as floors, comprising a rotatable, elongated brush, which is provided with brush means and located close to an air inlet opening to the vacuum cleaner, wherein the brush is rotatably driven and adapted to rotate during cleaning to brush off debris and dust from the surface or to accomplish agitation of the surface, wherein a first end of the brush is adapted to be mounted in the vacuum cleaner nozzle by moving the brush in an axial direction, while a second end of the brush is adapted to be mounted in the vacuum cleaner nozzle by moving the brush in a lateral direction, wherein the second end of the brush is maintained in a recess by means of a releasable blocking element positioned over the recess, characterized in that the blocking element is connected to the nozzle by a hinge connection or a pivoting connection.
Method for assessing the quality of varnished wood surfaces, characterized by the following steps: a. creating a brightness map of the surface, b. creating a curvature map of the surface, c. ascertaining a cross-correlation of brightness map and curvature map, d. evaluating the result of the cross-correlation to ascertain the proportion of the irregularities of the surface to be attributed to varnish flaws. a. creating a brightness map of the surface, b. creating a curvature map of the surface, c. ascertaining a cross-correlation of brightness map and curvature map, d. evaluating the result of the cross-correlation to ascertain the proportion of the irregularities of the surface to be attributed to varnish flaws.
An apparatus comprising: a watercraft configured to operate in a body of water, the watercraft comprising: a first sensor configured to measure in a downward direction a velocity of a quasi-stationary auxiliary water vessel relative to the watercraft that is deployed at a depth between the watercraft and a ground surface of the body of water; a second sensor configured to measure a velocity of current in the body of water relative to the watercraft that may be affecting auxiliary water vessel; and a navigation controller configured to process the velocity measurement of the auxiliary water vessel and the velocity measurement of the current to determine a net movement of the watercraft, and to control a propulsion system to compensate for the net movement of the watercraft to hold the watercraft in a stationary position. a first sensor configured to measure in a downward direction a velocity of a quasi-stationary auxiliary water vessel relative to the watercraft that is deployed at a depth between the watercraft and a ground surface of the body of water; a second sensor configured to measure a velocity of current in the body of water relative to the watercraft that may be affecting auxiliary water vessel; and a navigation controller configured to process the velocity measurement of the auxiliary water vessel and the velocity measurement of the current to determine a net movement of the watercraft, and to control a propulsion system to compensate for the net movement of the watercraft to hold the watercraft in a stationary position.
A lighthouse, comprising a mast device and a lighting device mounted on the mast device, wherein the lighthouse further comprises: a main body comprising a box body and a top cover, wherein the top cover is arranged on a top of the box body, the top cover and the box body define a receiving chamber, and the top cover is movable or detachable relative to the box body to open or close the receiving chamber, and a power supply assembly comprising a solar module, characterized in that the box body has a drawing port provided in a side wall thereof, the drawing port being in communication with the receiving chamber, and the solar module is movable between a position in which the solar module is received in the receiving chamber and a position in which the solar module is drawn out of the receiving chamber through the drawing port. a main body comprising a box body and a top cover, wherein the top cover is arranged on a top of the box body, the top cover and the box body define a receiving chamber, and the top cover is movable or detachable relative to the box body to open or close the receiving chamber, and a power supply assembly comprising a solar module, characterized in that the box body has a drawing port provided in a side wall thereof, the drawing port being in communication with the receiving chamber, and the solar module is movable between a position in which the solar module is received in the receiving chamber and a position in which the solar module is drawn out of the receiving chamber through the drawing port.
Laundry care appliance with an outer tub for accommodating washing liquid, wherein the outer tub has an outlet opening and an inlet opening, which are fluidically connected by a liquid line, a laundry drum for accommodating laundry, a drum drive for rotating the laundry drum, a temperature sensor for detecting a temperature of washing liquid in the outer tub, a heating element for heating the washing liquid, a pump, which is embodied to pump washing liquid out through the outlet opening and into the liquid line and to supply the pumped-out washing liquid through the inlet opening and into the outer tub again, in order to wet the laundry in the laundry drum, and a controller for controlling the pump, the drum drive and the heating element during a washing procedure, characterised in that the controller is embodied, during a heating phase of the washing procedure, to activate the heating element until the detected temperature of the washing liquid in the outer tub reaches a target temperature value, that the controller is embodied, during a mixing phase of the washing procedure which follows the heating phase, to activate the drum drive, in order to rotate the laundry drum, and to activate the pump, in order to pump the washing liquid and to wet the laundry accommodated in the laundry drum with the heated, pumped washing liquid, wherein the controller is embodied, at the start of a reference time section of the mixing phase, to determine a first temperature value of the washing liquid in the outer tub and, at the end of the reference time section of the mixing phase, to determine a second temperature value, and wherein the controller is embodied to terminate the mixing phase if the temperature difference between the first temperature value and the second temperature value falls below a temperature threshold value, in order to ensure a uniform temperature distribution in the washing liquid and in the laundry. the controller is embodied, during a heating phase of the washing procedure, to activate the heating element until the detected temperature of the washing liquid in the outer tub reaches a target temperature value, that the controller is embodied, during a mixing phase of the washing procedure which follows the heating phase, to activate the drum drive, in order to rotate the laundry drum, and to activate the pump, in order to pump the washing liquid and to wet the laundry accommodated in the laundry drum with the heated, pumped washing liquid, wherein the controller is embodied, at the start of a reference time section of the mixing phase, to determine a first temperature value of the washing liquid in the outer tub and, at the end of the reference time section of the mixing phase, to determine a second temperature value, and wherein the controller is embodied to terminate the mixing phase if the temperature difference between the first temperature value and the second temperature value falls below a temperature threshold value, in order to ensure a uniform temperature distribution in the washing liquid and in the laundry.
Video conferencing system, comprising a camera for capturing a participant of a video conference, whereby the participant to be captured is wholly or partly captured by said camera and is output as an image or as an image section to an output device, a movement device for moving said camera, and a control device for controlling the camera and the movement device characterized in that the video conferencing system comprises two identification tags, which are arranged or which are to be arranged on the participant to be captured by the video conferencing system and which serve for capturing the participant being provided with the identification tags, that each identification tag comprises at least two identification elements being different from each other, that the camera comprises a viewfinder device having a viewfinder function for finding the identification elements, the camera being provided for detecting the two identification tags, which are symmetrically arranged or to be arranged with regard to the centreline of the participant to be detected, the movement device being provided for moving the camera in such a way that the perpendicular distance of the identification tags to said centreline, which are, as seen from the centreline, opposite to each other, is equal, and that the movement device is provided for moving the camera in such a way, that a connecting line, which perpendicularly traverses the centreline of the participant to be detected, between the identification tags, which horizontally passes through the central points of the identification tags, divides the image or the image section captured by said camera into two portions, that the connecting line lies in a distance to the horizontal boundary of the image or the image section, that the lesser distance between the connecting line and the horizontal boundary lies in the lower portion of the image or the image section and that the greater distance between the connecting line and the horizontal boundary lies in the upper portion of the image or the image section.
A container sealant composition comprising a latex of a carboxylated styrene-butadiene rubber (CSBR), a filler comprising colloidal silica pretreated with an organosilane, and a tackifier, wherein the weight ratio of CSBR solids to silica solids ranges from 100:5 to 100:40.
A wheelset bearing for a rail vehicle, with a generator designed as a claw pole generator, which comprises at least one non-rotating claw ring (14, 15), and with a sensor system supplied with electrical energy by the generator, which comprises a plurality of sensor system modules (19, 20, 21, 22), characterized in that the sensor system modules (19, 20, 21, 22) are mounted at least in part on a sensor carrier which is placed on the claw ring (14, 15) and are connected to a shared data line.
A method in a cellular radio communications network system (1, 2) comprising cells (20, 30, 40) and at least one user equipment, UE, and wherein said network comprises at least one network unit that is enabled to provide a high-speed downlink shared channel, HS-DSCH, to said at least one UE in said cells (10, 20, 30), said method comprising: - detecting in said network unit, a failed transmission of a handover command from a HS-DSCH serving cell to a UE transmitted on said HS-DSCH; - receiving in said network unit, from said UE for which a previously available uplink channel is still available, a radio resource control, RRC, message indicating a loss of said HS-DSCH serving cell and further indicating the strongest downlink cell perceived by said UE, wherein said RRC message is transmitted over said uplink channel, and wherein said uplink channel is a dedicated channel, DCH, or a enhanced dedicated channel, E-DCH; - initiating a new HS-DSCH serving cell re-establishment by said network unit to said strongest downlink cell that has been indicated in said RRC message; and - transmitting a RRC reconfiguration message from said network unit to said UE on a logical common control channel, CCCH, which is mapped on a forward access channel, FACH, wherein a universal terrestrial radio access network, UTRAN, radio network temporary identifier, U-RNTI, on said CCCH is used to identify said UE. - detecting in said network unit, a failed transmission of a handover command from a HS-DSCH serving cell to a UE transmitted on said HS-DSCH; - receiving in said network unit, from said UE for which a previously available uplink channel is still available, a radio resource control, RRC, message indicating a loss of said HS-DSCH serving cell and further indicating the strongest downlink cell perceived by said UE, wherein said RRC message is transmitted over said uplink channel, and wherein said uplink channel is a dedicated channel, DCH, or a enhanced dedicated channel, E-DCH; - initiating a new HS-DSCH serving cell re-establishment by said network unit to said strongest downlink cell that has been indicated in said RRC message; and - transmitting a RRC reconfiguration message from said network unit to said UE on a logical common control channel, CCCH, which is mapped on a forward access channel, FACH, wherein a universal terrestrial radio access network, UTRAN, radio network temporary identifier, U-RNTI, on said CCCH is used to identify said UE.
Brake actuator unit for actuating a motor vehicle braking system of the "brake-by-wire" type, having a brake booster which can be actuated both by means of a brake pedal and by means of an electronic control unit as a function of a driver's request and has a piston rod (7;32), a master brake cylinder arranged downstream of the brake booster, means for registering a driver deceleration request, and a pedal travel simulator which interacts with the brake pedal and is arranged in parallel with the piston rod and by means of which, in the "brake-by-wire" operating mode, a restoring force acting on the brake pedal can be simulated independently of actuation of the brake booster, wherein, in order to decouple a force-transmitting connection between the brake pedal and the brake booster in the "brake-by-wire" operating mode, a distance (a) is provided between the brake pedal or a component assigned to the brake pedal and a component arranged downstream in the force flux and assigned to the brake booster, in order to decouple the brake pedal from reactive forces of the motor vehicle braking system in the "brake-by-wire" operating mode, and wherein means are provided for automatically reducing the distance (a) outside the "brake-by-wire" operating mode, wherein the means for automatically reducing the distance (a) are arranged on the brake pedal, characterized in that a hydraulic unit (10;24) having a first and a second hydraulic space (11,12;25,26) is provided as means for automatically reducing the distance (a), wherein a connection between the two spaces (11,12;25,26) can be shut off by a valve (13;27) which is closed in the currentless state, and the first hydraulic space (11;25) is bounded by a piston (14;31) which interacts with the piston rod (7;32), with the result that the distance (a) is formed by a stroke of the piston (14;31).
Stationary suction unit for the sucking away of dirt, with a suction assembly which has a motor-driven fan unit for the generation of a suction flow, and with a carrier, in particular having a housing, for carrying the suction assembly, wherein the suction assembly is mounted in front of a filter module with at least one filter element and at least one dirt collecting container, and with a suction inlet for the connection of a suction line, wherein the suction flow in operation of the suction unit flows from the suction inlet, through the dirt collecting container and the filter module, to the suction assembly as far as an outlet opening, wherein the stationary suction unit has a connection unit to create a flow-connection for the suction flow between the suction assembly and the dirt collecting container, and wherein the connection unit has at least one suction connection flow-connected to the suction assembly, and is movably mounted on the carrier between an operating position in which the suction connection or connections is or are moved towards the dirt collecting container and flow-connected to the dirt collecting container, and a changeover position in which the suction connection or connections is or are moved away from the dirt collecting container and flow-separated from the dirt collecting container, so that the dirt collecting container in the changeover position is released from the connection unit and may be moved away from the carrier, characterised in that the stationary suction unit has a coupling device for coupling the connection unit to the filter module, so that the filter module accompanies a movement of the connection unit and in the operating position is moved towards the dirt collecting container and in the changeover position is removed from the dirt collecting container.
Selective dehydrofluorination process of a compound of formula (Ib) CF 3 -CHF-CH 2 F to a compound of formula (IIb) CF 3 -CF=CH 2, on a mixed catalyst based on chromium and nickel on a support based on aluminum.
A system configured to determine a hemodynamic instability risk score for a pediatric subject, the system comprising: one or more hardware processors configured by machine-readable instructions to: obtain an age of the subject; obtain feature values for a plurality of features associated with physiological characteristics of the subject; input the age of the subject and each feature value into a respective bivariate classifier that is configured to output a respective feature contribution prediction score for each feature, wherein each bivariate classifier determines one or more feature value thresholds for the respective feature that indicates risk of hemodynamic instability in the subject, wherein the feature value thresholds are determined based on the age of the subject, such that the one or more feature value thresholds for individual features including heart rate, blood pressure, and shock index are quadratic functions of the age of the subject; use each bivariate classifier to determine a feature contribution prediction score for the respective feature based on whether the obtained feature value breaches the one or more of the determined feature value thresholds for the individual features; and aggregate the feature contribution prediction scores to determine the hemodynamic instability risk score for the subject. obtain an age of the subject; obtain feature values for a plurality of features associated with physiological characteristics of the subject; input the age of the subject and each feature value into a respective bivariate classifier that is configured to output a respective feature contribution prediction score for each feature, wherein each bivariate classifier determines one or more feature value thresholds for the respective feature that indicates risk of hemodynamic instability in the subject, wherein the feature value thresholds are determined based on the age of the subject, such that the one or more feature value thresholds for individual features including heart rate, blood pressure, and shock index are quadratic functions of the age of the subject; use each bivariate classifier to determine a feature contribution prediction score for the respective feature based on whether the obtained feature value breaches the one or more of the determined feature value thresholds for the individual features; and aggregate the feature contribution prediction scores to determine the hemodynamic instability risk score for the subject.
A system comprising: a) a first coupling product comprising a monomer of a protein chosen from Lingo-1, Lingo-2, Lingo-3 and Lingo-4, and a probe capable of emitting a detectable signal when said monomer undergoes conformational changes, b) a second coupling product comprising a monomer of a protein chosen from Lingo-1, Lingo-2, Lingo-3 and Lingo-4, and a probe capable of emitting a detectable signal when said monomer undergoes conformational changes, wherein said first coupling product and said second coupling product form a dimer by interaction between said monomers, and wherein the changes in interactions between said monomers cause a signal. a) a first coupling product comprising a monomer of a protein chosen from Lingo-1, Lingo-2, Lingo-3 and Lingo-4, and a probe capable of emitting a detectable signal when said monomer undergoes conformational changes, b) a second coupling product comprising a monomer of a protein chosen from Lingo-1, Lingo-2, Lingo-3 and Lingo-4, and a probe capable of emitting a detectable signal when said monomer undergoes conformational changes, wherein said first coupling product and said second coupling product form a dimer by interaction between said monomers, and wherein the changes in interactions between said monomers cause a signal.
An electrochemical device including a positive electrode, a negative electrode, a separator and an electrolyte, wherein the separator comprises: a separator substrate including a polyolefin-based material, a first coating layer comprising a hydroxide inorganic flame retardant disposed on the surface of the separator substrate facing the positive electrode, and a second coating layer comprising a binder material and inorganic particles, the second coating layer being disposed on the surface of the separator substrate facing the negative electrode, wherein the weight of the first coating layer W 1 and the weight of the second coating layer W 2 satisfy the following relationships: 0.7 < W 1 / W 1 + W 2 < 0.95 7 g / m 2 < W 1 + W 2. a separator substrate including a polyolefin-based material, a first coating layer comprising a hydroxide inorganic flame retardant disposed on the surface of the separator substrate facing the positive electrode, and a second coating layer comprising a binder material and inorganic particles, the second coating layer being disposed on the surface of the separator substrate facing the negative electrode, wherein the weight of the first coating layer W 1 and the weight of the second coating layer W 2 satisfy the following relationships: 0.7 < W 1 / W 1 + W 2 < 0.95 7 g / m 2 < W 1 + W 2.
Method for determining the depth of a crack in a solid, characterized in that it comprises: - a step of determining at least one speed for scanning a surface of the solid comprising the crack by a positioned heat source; - for every speed determined: - a step of scanning a portion of the surface of the solid, in proximity to the crack and parallel to the general direction of the crack, by the heat source at said speed; and - a step, synchronous with the scanning step, of detecting at least one value of a physical quantity representing the local heating of the surface of the scanned solid; and a step of determining the depth of the crack as a function of at least one value detected at least at one predetermined scanning speed, a depth of the crack determined during the determination step is determined as a function of at least three amplitude values and/or at least three phase values captured at three frequencies at least, determined from three different scanning speeds, or for one speed and three harmonic frequencies, or for a combination of different speeds and harmonic frequencies, the harmonic frequencies correspond to the fundamental frequency whose inverse corresponds to the time required for the thermal source to perform a sweep. - a step of determining at least one speed for scanning a surface of the solid comprising the crack by a positioned heat source; - for every speed determined: - a step of scanning a portion of the surface of the solid, in proximity to the crack and parallel to the general direction of the crack, by the heat source at said speed; and - a step, synchronous with the scanning step, of detecting at least one value of a physical quantity representing the local heating of the surface of the scanned solid; and - a step of scanning a portion of the surface of the solid, in proximity to the crack and parallel to the general direction of the crack, by the heat source at said speed; and - a step, synchronous with the scanning step, of detecting at least one value of a physical quantity representing the local heating of the surface of the scanned solid; and