mhurhangee/patent-ind-claim-en huggingface dataset:
A combination of a cleaning tray and a floor cleaner comprising: a cleaning tray having an actuator ; a floor cleaner including a base movable along a surface to be cleaned, an upright portion movable between an inclined use position and an upright storage position, a brushroll rotatably arranged in the base, the brushroll driven by a brushroll motor , characterized in that the floor cleaner including a control circuit that controls the brushroll, the control circuit operable in a brushroll-enabled condition when the upright portion is in the inclined use position, a brushroll-disabled condition when the upright portion is in the upright storage position and the floor cleaner is not in the cleaning tray, and a brushroll-enabled condition when the floor cleaner is in the cleaning tray; where the cleaning tray actuator activates the control circuit into the third condition, and the control circuit enables a cleaning mode in the third condition. a cleaning tray having an actuator ; a floor cleaner including a base movable along a surface to be cleaned, an upright portion movable between an inclined use position and an upright storage position, a brushroll rotatably arranged in the base, the brushroll driven by a brushroll motor , a base movable along a surface to be cleaned, an upright portion movable between an inclined use position and an upright storage position, a brushroll rotatably arranged in the base, the brushroll driven by a brushroll motor , characterized in that the floor cleaner including a control circuit that controls the brushroll, the control circuit operable in a brushroll-enabled condition when the upright portion is in the inclined use position, a brushroll-disabled condition when the upright portion is in the upright storage position and the floor cleaner is not in the cleaning tray, and a brushroll-enabled condition when the floor cleaner is in the cleaning tray; where the cleaning tray actuator activates the control circuit into the third condition, and the control circuit enables a cleaning mode in the third condition. the floor cleaner including a control circuit that controls the brushroll, the control circuit operable in a brushroll-enabled condition when the upright portion is in the inclined use position, a brushroll-disabled condition when the upright portion is in the upright storage position and the floor cleaner is not in the cleaning tray, and a brushroll-enabled condition when the floor cleaner is in the cleaning tray; where the cleaning tray actuator activates the control circuit into the third condition, and the control circuit enables a cleaning mode in the third condition.
Connection device for electrically contact-connecting electrically conductive connection lugs or connection contacts of electrically conductive elements of planar design, in particular for contact-connecting planar photovoltaic elements , which connection device has the following components: a) a flat carrier plate consisting of non-conductive material and preferably in the form of a rectangular, flat component frame, b) at least one conductor plate connected to the carrier plate , wherein - the conductor plate has connections for contact-connecting at least one continuing electric conductor or cable , and wherein - at least one connection region for contact-connecting at least one of the connection lugs or connection contacts is provided on the conductor plate, wherein the connection device furthermore has a contact component made of non-conductive material which electrically and mechanically connects the connection lugs or connection contacts to the conductor plate , wherein the carrier plate is formed from plastic, characterized in that the conductor plates and the connections for contact-connecting continuing electric conductors or cables are connected to the carrier plate by deforming parts of the carrier plate, wherein the deforming is realized by way of hot caulking, and wherein the connection device is entirely encapsulated in an electrically insulating plastic material. a) a flat carrier plate consisting of non-conductive material and preferably in the form of a rectangular, flat component frame, b) at least one conductor plate connected to the carrier plate , wherein - the conductor plate has connections for contact-connecting at least one continuing electric conductor or cable , and wherein - at least one connection region for contact-connecting at least one of the connection lugs or connection contacts is provided on the conductor plate, - the conductor plate has connections for contact-connecting at least one continuing electric conductor or cable , and wherein - at least one connection region for contact-connecting at least one of the connection lugs or connection contacts is provided on the conductor plate,
A device for measuring the energy of neutrons (n h ) incident in a first direction , containing a gas between a cathode and an anode , the anode comprising a matrix array of electron detectors, the first direction being orthogonal to the anode-cathode direction, and comprising a circuit suitable for: a. measuring the number, the positions and the times of arrival of electrons; b. determining, from the positions and times of arrival, the angle θ' between the first direction and the direction of an ionized trace left by a nucleus of said gas after collision with one of the neutrons (n h ); and c. determining the energy of the neutron from the number of electrons and the angle θ'. a. measuring the number, the positions and the times of arrival of electrons; b. determining, from the positions and times of arrival, the angle θ' between the first direction and the direction of an ionized trace left by a nucleus of said gas after collision with one of the neutrons (n h ); and c. determining the energy of the neutron from the number of electrons and the angle θ'.
A method comprising: receiving, by processing circuitry of a controller of an industrial automation device , one or more inputs indicative of a shutdown of one or more power modules of the industrial automation device; and in response to receiving the one or more inputs: transmitting, by the processing circuitry, a first command to driver control circuitry to disable a driver of the controller, the driver being communicatively coupled to one or more transmitters of the controller, wherein the driver is configured to transmit a control signal via the one or more transmitters to one or more respective power modules to control an operation of a power converter configured to provide power to a motor; and transmitting a second command, by the processing circuitry, to transmitter control circuitry to prevent power from being provided to the one or more transmitters, wherein the first command is transmitted to the driver control circuitry and the second command is transmitted to the transmitter control circuitry simultaneously. receiving, by processing circuitry of a controller of an industrial automation device , one or more inputs indicative of a shutdown of one or more power modules of the industrial automation device; and in response to receiving the one or more inputs: transmitting, by the processing circuitry, a first command to driver control circuitry to disable a driver of the controller, the driver being communicatively coupled to one or more transmitters of the controller, wherein the driver is configured to transmit a control signal via the one or more transmitters to one or more respective power modules to control an operation of a power converter configured to provide power to a motor; and transmitting a second command, by the processing circuitry, to transmitter control circuitry to prevent power from being provided to the one or more transmitters, wherein the first command is transmitted to the driver control circuitry and the second command is transmitted to the transmitter control circuitry simultaneously. transmitting, by the processing circuitry, a first command to driver control circuitry to disable a driver of the controller, the driver being communicatively coupled to one or more transmitters of the controller, wherein the driver is configured to transmit a control signal via the one or more transmitters to one or more respective power modules to control an operation of a power converter configured to provide power to a motor; and transmitting a second command, by the processing circuitry, to transmitter control circuitry to prevent power from being provided to the one or more transmitters, wherein the first command is transmitted to the driver control circuitry and the second command is transmitted to the transmitter control circuitry simultaneously.
A phase-change random access memory "PRAM" cell, comprising: a bottom electrode extends in a horizontal direction; an interlayer dieletric formed over the bottom electrode; a heater resistor formed over the bottom electrode; a cap film formed over the heater resistor except for a region of the heater resistor in physical contact with a phase change material "PCM" ; the phase change material "PCM" formed over and coupled to the heater resistor, wherein the phase change material "PCM" includes a first and a second stepped portions overlapping the heater resistor and the cap film; and a top electrode coupled to the phase change material "PCM", wherein the top electrode includes a stepped portion corresponding to the first stepped portion of the phase change material "PCM", wherein the stepped portion of the top electrode is in physical contact with the first stepped portion of the PCM; and wherein the second stepped portion of the phase change material "PCM" contacts physically a portion of one side of a vertical surface of the heater resistor, a portion of a horizontal surface of the heater resistor to form the region, wherein the first stepped portion of the phase change material "PCM" contacts physically a portion of a vertical surface of the cap film, and a portion of a horizontal surface of the cap film, wherein the interlayer dielectric contacts physically a remaining portion of said one side of the vertical surface of the heater resistor. a bottom electrode extends in a horizontal direction; an interlayer dieletric formed over the bottom electrode; a heater resistor formed over the bottom electrode; a cap film formed over the heater resistor except for a region of the heater resistor in physical contact with a phase change material "PCM" ; the phase change material "PCM" formed over and coupled to the heater resistor, wherein the phase change material "PCM" includes a first and a second stepped portions overlapping the heater resistor and the cap film; and a top electrode coupled to the phase change material "PCM", wherein the top electrode includes a stepped portion corresponding to the first stepped portion of the phase change material "PCM", wherein the stepped portion of the top electrode is in physical contact with the first stepped portion of the PCM; and wherein the second stepped portion of the phase change material "PCM" contacts physically a portion of one side of a vertical surface of the heater resistor, a portion of a horizontal surface of the heater resistor to form the region, wherein the first stepped portion of the phase change material "PCM" contacts physically a portion of a vertical surface of the cap film, and a portion of a horizontal surface of the cap film, wherein the interlayer dielectric contacts physically a remaining portion of said one side of the vertical surface of the heater resistor.
A flexible solar cell comprising, on a flexible substrate : an electrode ; a transparent electrode ; and a photoelectric conversion layer disposed between the electrode and the transparent electrode , the photoelectric conversion layer containing an organic-inorganic perovskite compound, the flexible substrate including an aluminum foil , characterised in that an aluminum oxide film is formed on the aluminum foil with a ratio of the thickness of the aluminum oxide film to the total thickness of the aluminum foil and the aluminum oxide film of 0.1% or higher and 5% or lower. an electrode ; a transparent electrode ; and a photoelectric conversion layer disposed between the electrode and the transparent electrode , the photoelectric conversion layer containing an organic-inorganic perovskite compound, the flexible substrate including an aluminum foil , characterised in that an aluminum oxide film is formed on the aluminum foil with a ratio of the thickness of the aluminum oxide film to the total thickness of the aluminum foil and the aluminum oxide film of 0.1% or higher and 5% or lower.
An application sharing method, performed by a first electronic device, characterized in that the method comprises: in a case that the first electronic device is connected to a second electronic device, creating, in a background of the first electronic device, a virtual screen for displaying a running interface of a target application, and displaying the running interface of the target application in the virtual screen, to allow a user to perform other operations on the first electronic device; and sharing the running interface of the target application displayed in the virtual screen to the second electronic device; wherein after sharing the running interface of the target application displayed in the virtual screen to the second electronic device, the method further comprises: in a case that a notification message sent by the second electronic device is received, suspending sharing of the running interface of the target application displayed in the virtual screen, wherein the notification message is a message sent by the second electronic device in a case that a second application is switched from a foreground to a background of the second electronic device, and the second application is used to display the running interface of the target application. in a case that the first electronic device is connected to a second electronic device, creating, in a background of the first electronic device, a virtual screen for displaying a running interface of a target application, and displaying the running interface of the target application in the virtual screen, to allow a user to perform other operations on the first electronic device; and sharing the running interface of the target application displayed in the virtual screen to the second electronic device; wherein after sharing the running interface of the target application displayed in the virtual screen to the second electronic device, the method further comprises: in a case that a notification message sent by the second electronic device is received, suspending sharing of the running interface of the target application displayed in the virtual screen, wherein the notification message is a message sent by the second electronic device in a case that a second application is switched from a foreground to a background of the second electronic device, and the second application is used to display the running interface of the target application. in a case that a notification message sent by the second electronic device is received, suspending sharing of the running interface of the target application displayed in the virtual screen, wherein the notification message is a message sent by the second electronic device in a case that a second application is switched from a foreground to a background of the second electronic device, and the second application is used to display the running interface of the target application.
A system for the determination of the position of an observed target, comprising: - first means for target observation, - a rangefinder fixed to the first means , - second means for determining the global position and orientation of the second means , - a computing unit combining data from the rangefinder and the second means to determine the position of the target, wherein - the second means is physically separated from the first means , characterized in that - the first means has at least three fiducials attached to it, - the second means has at least one camera attached to it, and - the computing unit is operable to use the images of the fiducials captured by the at least one camera to determine both the position and orientation of the first means relative to the second means , and therefore to determine the target position. - first means for target observation, - a rangefinder fixed to the first means , - second means for determining the global position and orientation of the second means , - a computing unit combining data from the rangefinder and the second means to determine the position of the target, wherein - the second means is physically separated from the first means , characterized in that - the first means has at least three fiducials attached to it, - the second means has at least one camera attached to it, and - the computing unit is operable to use the images of the fiducials captured by the at least one camera to determine both the position and orientation of the first means relative to the second means , and therefore to determine the target position.
A detector comprising: a floatable, self-contained housing which carries: external fluid sensors, and internal circuitry (22c, d) coupled to the fluid sensors and an internal wireless transmitter , wherein the circuitry is configured to detect flooding in response to signals from the fluid sensors and the transmitter is configured to wirelessly communicate an alarm indicating signal of flooding to a displaced monitoring unit , characterized in that the external fluid sensors are external electrodes (24a-d) molded into the housing . external fluid sensors, and internal circuitry (22c, d) coupled to the fluid sensors and an internal wireless transmitter , wherein the circuitry is configured to detect flooding in response to signals from the fluid sensors and the transmitter is configured to wirelessly communicate an alarm indicating signal of flooding to a displaced monitoring unit , characterized in that the external fluid sensors are external electrodes (24a-d) molded into the housing .
A treating system , comprising: a controller ; and a treating device , the treating device comprising: a treating unit for treating a part of a body of a subject; and an imaging arrangement that is configured to obtain image data; characterized in that the controller is configured to: analyse the image data to identify a boundary between a part of a body of a subject and the environment around the part of the body; and determine the position of the treating device relative to the part of the body of the subject based on a position of the boundary in the image data. a controller ; and a treating device , the treating device comprising: a treating unit for treating a part of a body of a subject; and an imaging arrangement that is configured to obtain image data; a treating unit for treating a part of a body of a subject; and an imaging arrangement that is configured to obtain image data; characterized in that the controller is configured to: analyse the image data to identify a boundary between a part of a body of a subject and the environment around the part of the body; and determine the position of the treating device relative to the part of the body of the subject based on a position of the boundary in the image data. analyse the image data to identify a boundary between a part of a body of a subject and the environment around the part of the body; and determine the position of the treating device relative to the part of the body of the subject based on a position of the boundary in the image data.
A dual-drug conjugate comprising a structure of Formula I or a pharmaceutically acceptable salt thereof, wherein: A is a targeting protein; each D 1 may be independently selected, where each D 1 includes an active agent; each L 1 is independently a linker including at least one N (nitrogen) atom and comprises each D 2 is independently selected, where each D 2 includes an active agent, wherein D 1 and D 2 are different active agents; each L 2 is independently a linker; the E -component is an optionally substituted heteroaryl wherein the E -component includes a fragment selected from the group consisting of: each L 3 is an optionally substituted C 1 -C 6 alkyl, or each L 3 is null, when L 3 is null the sulfur is directly connected to the E -component; and each L 4 is an optionally substituted C 1 -C 6 alkyl, or each L 4 is null, when L 4 is null the sulfur is directly connected to the E -component; m is 1, 2, 3, 4, 5, 6, 7, 8, 9, or 10; and n is 1, 2, 3, 4, 5, 6, 7, 8, 9, or 10. A is a targeting protein; each D 1 may be independently selected, where each D 1 includes an active agent; each L 1 is independently a linker including at least one N (nitrogen) atom and comprises each D 2 is independently selected, where each D 2 includes an active agent, wherein D 1 and D 2 are different active agents; each L 2 is independently a linker; the E -component is an optionally substituted heteroaryl wherein the E -component includes a fragment selected from the group consisting of: each L 3 is an optionally substituted C 1 -C 6 alkyl, or each L 3 is null, when L 3 is null the sulfur is directly connected to the E -component; and each L 4 is an optionally substituted C 1 -C 6 alkyl, or each L 4 is null, when L 4 is null the sulfur is directly connected to the E -component; m is 1, 2, 3, 4, 5, 6, 7, 8, 9, or 10; and n is 1, 2, 3, 4, 5, 6, 7, 8, 9, or 10.
A method for producing a gypsum plasterboard comprising the steps of: (a) providing a gypsum slurry containing solid particles, (b) depositing the gypsum slurry on at least a first sheet , in particular paper sheet, (c) moving, after step (b), the first sheet with the gypsum slurry between two, a first and a second , opposing rolls; wherein the first roll is integrated in a first forming table , characterised in that the second roll is integrated in a second forming table , wherein the first forming table and the second forming table each comprise an angled portion , which are angled in relation to each other, which define together with the rolls a funnel and the opposing rolls breaking at least a proportion of the solid particles . (a) providing a gypsum slurry containing solid particles, (b) depositing the gypsum slurry on at least a first sheet , in particular paper sheet, (c) moving, after step (b), the first sheet with the gypsum slurry between two, a first and a second , opposing rolls;
A method for wireless communication, comprising: determining granularity of feedback of channel state information, CSI, for each of a plurality of cells, the granularity of feedback for each cell being selected based on quality of a communication channel between the cell and a user equipment, UE; and reporting CSI for each of the plurality of cells based on the granularity of feedback for the cell. determining granularity of feedback of channel state information, CSI, for each of a plurality of cells, the granularity of feedback for each cell being selected based on quality of a communication channel between the cell and a user equipment, UE; and reporting CSI for each of the plurality of cells based on the granularity of feedback for the cell.
A crosslinking accelerating agent for crosslinkable elastomers, the agent comprising: a mixture of high molecular weight fatty amines chosen from the group consisting of bis(hydrogenated tallow alkyl) amine, dicocoalklyamine and 1-octadecanamine, N-octadecylamine and an aldehyde-amine condensation product at a weight ratio of 1:10 to 10:1.