mhurhangee/ep-ind-claims huggingface dataset:
A sweeper apparatus comprising: a base having a plurality of bristles extending from a bottom of the base for sweeping material into a pile; and a debris collection mechanism disposed on a top of the base, characterised in that at least one rotatable brush is disposed on a first end of the base and a material retaining compartment is disposed adjacent the at least one rotatable brush; wherein engagement of the at least one rotatable brush to a surface allows the at least one rotating brush to move material into the material retaining compartment. a base having a plurality of bristles extending from a bottom of the base for sweeping material into a pile; and a debris collection mechanism disposed on a top of the base, characterised in that at least one rotatable brush is disposed on a first end of the base and a material retaining compartment is disposed adjacent the at least one rotatable brush; wherein engagement of the at least one rotatable brush to a surface allows the at least one rotating brush to move material into the material retaining compartment.
A nasal aspirator adapted to remove fluid or tissue or foreign material from a nasal passageway of a person, the nasal aspirator comprising an aspirator tube sized to be inserted into the nasal cavity of a person and a housing coupled to the aspirator tube, characterized in that the housing comprises: a top cover and an elastic deformable squeeze bulb that cooperates with the top cover to form a variable-size material-collection air chamber located therebetween, the top cover formed to include an air-discharge port in fluid communication with the variable-size material-collection air chamber and an offset air-intake port in fluid communication with the aspirator tube, and an airflow-management unit located in the air chamber and coupled to the top cover of the housing to communicate with both of the air-discharge and the offset air-intake ports formed in the top cover, the airflow-management unit being configured to provide means for discharging air from the air chamber through the air-discharge port and then drawing air and other materials by suction into the air chamber through the offset air-intake port in response to applying a shape-changing squeezing force to the elastic deformable squeeze bulb and then allowing the elastic deformable squeeze bulb to expand to resume its initial undeformed shape so that when a free end of the upright aspirator tube is placed in the nasal passageway of the person, nearby fluid, tissue, or foreign material extant in the nasal passageway will be drawn by suction into the air chamber through the aspirator tube and the air-intake port formed in the top cover of the housing. a top cover and an elastic deformable squeeze bulb that cooperates with the top cover to form a variable-size material-collection air chamber located therebetween, the top cover formed to include an air-discharge port in fluid communication with the variable-size material-collection air chamber and an offset air-intake port in fluid communication with the aspirator tube, and an airflow-management unit located in the air chamber and coupled to the top cover of the housing to communicate with both of the air-discharge and the offset air-intake ports formed in the top cover, the airflow-management unit being configured to provide means for discharging air from the air chamber through the air-discharge port and then drawing air and other materials by suction into the air chamber through the offset air-intake port in response to applying a shape-changing squeezing force to the elastic deformable squeeze bulb and then allowing the elastic deformable squeeze bulb to expand to resume its initial undeformed shape so that when a free end of the upright aspirator tube is placed in the nasal passageway of the person, nearby fluid, tissue, or foreign material extant in the nasal passageway will be drawn by suction into the air chamber through the aspirator tube and the air-intake port formed in the top cover of the housing.
An outlet to perform arc fault protection and detection, the outlet adapted to be located downstream from a circuit breaker, the outlet comprising: a switching element coupled between a line conductor and a neutral conductor having an open position and a closed position coupling the line conductor to the neutral conductor; a voltage sensor coupled between the line conductor and the neutral conductor; a current sensor coupled on the line conductor; and a controller coupled to the switching element, the current sensor and the voltage sensor, the controller being adapted for detecting a voltage drop on the line conductor and no corresponding increase in current on the line conductor, said detecting being indicative of a parallel arc fault between the outlet and the circuit breaker, and the controller being further adapted for closing the switching element in response to the detecting, wherein the closed position of the switching element creates a low resistance path for current flow sufficient to cause the circuit breaker to trip. a switching element coupled between a line conductor and a neutral conductor having an open position and a closed position coupling the line conductor to the neutral conductor; a voltage sensor coupled between the line conductor and the neutral conductor; a current sensor coupled on the line conductor; and a controller coupled to the switching element, the current sensor and the voltage sensor, the controller being adapted for detecting a voltage drop on the line conductor and no corresponding increase in current on the line conductor, said detecting being indicative of a parallel arc fault between the outlet and the circuit breaker, and the controller being further adapted for closing the switching element in response to the detecting, wherein the closed position of the switching element creates a low resistance path for current flow sufficient to cause the circuit breaker to trip.
A user equipment (1A, 1B, 1C), comprising: a reception unit configured to monitor a Physical Downlink Control CHannel, PDCCH; and a reception control unit configured to identify a subcarrier spacing; wherein the reception control unit identifies, based on information included in a Master Information Block, the subcarrier spacing, and the reception unit receives the PDCCH of the identified subcarrier spacing. a reception unit configured to monitor a Physical Downlink Control CHannel, PDCCH; and a reception control unit configured to identify a subcarrier spacing; wherein the reception control unit identifies, based on information included in a Master Information Block, the subcarrier spacing, and the reception unit receives the PDCCH of the identified subcarrier spacing.
Device, intended to remotely control at least one operation of at least one appliance, and comprising: - a processor, operationally coupled to a memory, the processor being adapted to determine a control instruction for the appliance on the basis of a combination of a plurality of control instruction elements displayed on a face of the device, by configuring different parts of the face on which the control instruction elements are respectively inscribed, said different parts of the face being juxtaposed in said face so as to form the combination of the control instruction elements; - an inscription module, adapted to inscribe, under the control of the processor, the control instruction elements on the respective parts of the face of the device; - an input interface module, adapted to receive inputs from a user, the input interface module comprising a detection module adapted to detect activation of the control instruction for the appliance by a user; and - a communication module, adapted to send, to a management platform via a communication network, data that represent the control instruction activated by the user, the device comprising a plurality of faces that are assigned, respectively, to different appliance types, to different appliances or to different appliance functions, the device furthermore being configured to present to the user, on at least one of the faces, at least one control instruction relating to the appliance type, to the appliance or the appliance function corresponding to said face, the input interface module furthermore being adapted to allow the user to activate the control instruction from said face. - a processor, operationally coupled to a memory, the processor being adapted to determine a control instruction for the appliance on the basis of a combination of a plurality of control instruction elements displayed on a face of the device, by configuring different parts of the face on which the control instruction elements are respectively inscribed, said different parts of the face being juxtaposed in said face so as to form the combination of the control instruction elements; - an inscription module, adapted to inscribe, under the control of the processor, the control instruction elements on the respective parts of the face of the device; - an input interface module, adapted to receive inputs from a user, the input interface module comprising a detection module adapted to detect activation of the control instruction for the appliance by a user; and - a communication module, adapted to send, to a management platform via a communication network, data that represent the control instruction activated by the user,
An electric vacuum cleaner comprising: a vacuum cleaner main body; an electric blower chamber formed in the vacuum cleaner main body; a plurality of electric blowers (5A, 5B) housed in the electric blower chamber; a common dust collecting chamber which is provided in the vacuum cleaner main body and communicates with a suction side of each of the electric blowers (5A, 5B); a controlling means capable of making the electric blowers (5A, 5B) independently drive; characterized in that: the electric blower chamber is partitioned into a plurality of electric blower chambers (7A, 7B) in which the electric blowers (5A, 5B) are separately housed; opening-closing means (43A, 43B) are provided in accordance with at least either the upstream side or downstream side of each electric blower (5A, 5B) and at the downstream side with respect to the dust collecting chamber and prevent air from flowing backward to the dust collecting chamber side by opening and closing at least either the upstream side or downstream side of the corresponding electric blower (5A, 5B) by a pressure difference between the upstream side and downstream side. a vacuum cleaner main body; an electric blower chamber formed in the vacuum cleaner main body; a plurality of electric blowers (5A, 5B) housed in the electric blower chamber; a common dust collecting chamber which is provided in the vacuum cleaner main body and communicates with a suction side of each of the electric blowers (5A, 5B); a controlling means capable of making the electric blowers (5A, 5B) independently drive; characterized in that: the electric blower chamber is partitioned into a plurality of electric blower chambers (7A, 7B) in which the electric blowers (5A, 5B) are separately housed; opening-closing means (43A, 43B) are provided in accordance with at least either the upstream side or downstream side of each electric blower (5A, 5B) and at the downstream side with respect to the dust collecting chamber and prevent air from flowing backward to the dust collecting chamber side by opening and closing at least either the upstream side or downstream side of the corresponding electric blower (5A, 5B) by a pressure difference between the upstream side and downstream side. the electric blower chamber is partitioned into a plurality of electric blower chambers (7A, 7B) in which the electric blowers (5A, 5B) are separately housed; opening-closing means (43A, 43B) are provided in accordance with at least either the upstream side or downstream side of each electric blower (5A, 5B) and at the downstream side with respect to the dust collecting chamber and prevent air from flowing backward to the dust collecting chamber side by opening and closing at least either the upstream side or downstream side of the corresponding electric blower (5A, 5B) by a pressure difference between the upstream side and downstream side.
A polishing solution having a tantalum nitride to copper selectivity of at least 3 to 1 and a tantalum nitride to TEOS selectivity of at least 3 to 1 as measured with a polishing pad pressure measured normal to a wafer less than 15 kPa, and which is useful for removing barrier materials in the presence of interconnect metals and dielectrics, said polishing solution comprising by weight percent 0.1 to 5 hydrogen peroxide, an inorganic pH adjusting agent, the pH adjusting agent being at least one pH adjusting agent selected from the group consisting of nitric acid, sulfuric acid, hydrochloric acid and phosphoric acid for adjusting a pH level of the polishing solution to 1.5 to 2.9, at least 0.0025 benzotriazole inhibitor for reducing removal rate of the interconnect metals, 0 to 10 surfactant, 0.1 to 5 colloidal silica having an average particle size of less than 50 nm and balance water.
A method of controlling and optimizing braking and directional control of a vehicle operated on a contaminated surface; the method comprising steps of: collecting data from a plurality of sensors, the data being indicative of a condition of the contaminated surface; sending the data to a neural controller having an algorithm configured to process the data, wherein the algorithm includes: determining braking and directional control instructions (50, 60) for the vehicle operating on the contaminated surface, generating warnings and alerts based on the calculated braking and directional control instructions, and sending the braking and directional control instructions to a braking and steering system of the vehicle and the warnings and alerts to an alert and warning system of the vehicle; and adjusting the steering and directional control of the braking and steering system (30, 40) in accordance with the braking and directional control instructions provided by the neural controller, and characterized by sending a command from a user to the braking and steering system (30, 40) of the vehicle to increase braking or steering in excess of the braking and steering instructions provided by the neural controller. collecting data from a plurality of sensors, the data being indicative of a condition of the contaminated surface; sending the data to a neural controller having an algorithm configured to process the data, wherein the algorithm includes: determining braking and directional control instructions (50, 60) for the vehicle operating on the contaminated surface, generating warnings and alerts based on the calculated braking and directional control instructions, and sending the braking and directional control instructions to a braking and steering system of the vehicle and the warnings and alerts to an alert and warning system of the vehicle; and determining braking and directional control instructions (50, 60) for the vehicle operating on the contaminated surface, generating warnings and alerts based on the calculated braking and directional control instructions, and sending the braking and directional control instructions to a braking and steering system of the vehicle and the warnings and alerts to an alert and warning system of the vehicle; and adjusting the steering and directional control of the braking and steering system (30, 40) in accordance with the braking and directional control instructions provided by the neural controller, and characterized by sending a command from a user to the braking and steering system (30, 40) of the vehicle to increase braking or steering in excess of the braking and steering instructions provided by the neural controller.
A drawer comprising: at least one compartment open at the top of the drawer; upper rail engaging means for engaging an upper rail of a holding apparatus and and lower rail-engaging means for engaging a lower rail of the holding apparatus, the upper and lower rail engaging means extending in a depth direction of the drawer for mounting a first side of the drawer adjacent the holding apparatus; and drawer information means disposed between the upper and lower rail-engaging means. at least one compartment open at the top of the drawer; upper rail engaging means for engaging an upper rail of a holding apparatus and and lower rail-engaging means for engaging a lower rail of the holding apparatus, the upper and lower rail engaging means extending in a depth direction of the drawer for mounting a first side of the drawer adjacent the holding apparatus; and drawer information means disposed between the upper and lower rail-engaging means.
A flow controller for controlling a data flow through a mobile communication network, the flow controller comprising: a processor configured to: receive a request from at least one base station (305_1), the request indicating interfaces (1, 2, 3, 4, 5) of the at least one base station (305_1) and a data flow destination (320, 325_1, 335, 355); determine at least one interface (1, 2, 3, 4, 5) and a path (A, B, C, D, E) from a data flow policy and state information of the mobile communication network; and send a reply to the at least one base station (305_1), the reply indicating at least one of the interfaces (1, 2, 3, 4, 5) of the at least one base station (305_1) to be used for the data flow and the path (A, B, C, D, E) to be used for the data flow. receive a request from at least one base station (305_1), the request indicating interfaces (1, 2, 3, 4, 5) of the at least one base station (305_1) and a data flow destination (320, 325_1, 335, 355); determine at least one interface (1, 2, 3, 4, 5) and a path (A, B, C, D, E) from a data flow policy and state information of the mobile communication network; and send a reply to the at least one base station (305_1), the reply indicating at least one of the interfaces (1, 2, 3, 4, 5) of the at least one base station (305_1) to be used for the data flow and the path (A, B, C, D, E) to be used for the data flow.
Method for arranging a connector on an optical fibre comprising a cladding and core, wherein the method comprises the steps of: - providing a plurality of fibres with predetermined fibre specifications, wherein said fibre specifications specify at least a nominal outer diameter and a tolerance for the outer diameter which determines a maximum outer diameter of the fibre; and - providing a plurality of connectors with a cylindrical receiving space for receiving a fibre, the plurality of connectors having predetermined connector specifications; - providing a fibre from the plurality of fibres and providing a connector from the plurality of connectors; and inserting and fixing the fibre from the plurality of fibres in the cylindrical receiving space of the connector from the plurality of connectors, characterized in that the connector specifications specify at least a minimum diameter of the cylindrical receiving space which is larger than the maximum outer diameter of the fibre. - providing a plurality of fibres with predetermined fibre specifications, wherein said fibre specifications specify at least a nominal outer diameter and a tolerance for the outer diameter which determines a maximum outer diameter of the fibre; and - providing a plurality of connectors with a cylindrical receiving space for receiving a fibre, the plurality of connectors having predetermined connector specifications; - providing a fibre from the plurality of fibres and providing a connector from the plurality of connectors; and inserting and fixing the fibre from the plurality of fibres in the cylindrical receiving space of the connector from the plurality of connectors, characterized in that the connector specifications specify at least a minimum diameter of the cylindrical receiving space which is larger than the maximum outer diameter of the fibre. inserting and fixing the fibre from the plurality of fibres in the cylindrical receiving space of the connector from the plurality of connectors, characterized in that the connector specifications specify at least a minimum diameter of the cylindrical receiving space which is larger than the maximum outer diameter of the fibre.
Ivabradine hydrochloride form X, which is characterized by an X-ray powder diffraction pattern as shown in Figure 2, the X-ray powder diffraction pattern being obtained by a powder diffractometer at CuKα radiation.
A humanized anti-CD40 antibody or an antigen-binding portion thereof, comprising a heavy chain variable region and a light chain variable region, wherein the heavy chain variable region comprises the amino acid sequence set forth in SEQ ID NO: 21, and wherein the light chain variable region comprises the amino acid sequence set forth in SEQ ID NO: 23, wherein the antibody or antigen-binding portion thereof further comprises at least one human constant domain.
A check valve assembly, comprising: a body having a central cavity intersected by upstream and downstream flow passages (23, 1.9), the flow passages having a common flow passage axis; the upstream flow passage having a set of internal threads adjacent the cavity and a downstream facing shoulder upstream from the internal threads; a seat having upstream and downstream sides, a central orifice therethrough, a circumference having a set of external threads that engage the internal threads in the upstream flow passage, the upstream side of the seat abutting the downstream facing shoulder; an access bore intersecting the cavity, the access bore having an access bore axis that is perpendicular to the flow passage axis; a support shoulder formed in the access bore and facing upward, the support shoulder extending at least partly around an inner diameter of the access bore adjacent a junction of the access bore with the cavity; a holder insertable into the access bore, the holder being a disk with a central opening in communication with the cavity, the holder extending at least partially around the access bore and being supported on the support shoulder; a hinge block on the holder; an anti-rotation device (40, 48) in the access bore and on the holder that prevents rotation of the holder; and a flapper pivotally secured to the hinge block on the holder by a pin and located in the cavity for movement between an open position and a closed position blocking flow through the orifice of the seat. a body having a central cavity intersected by upstream and downstream flow passages (23, 1.9), the flow passages having a common flow passage axis; the upstream flow passage having a set of internal threads adjacent the cavity and a downstream facing shoulder upstream from the internal threads; a seat having upstream and downstream sides, a central orifice therethrough, a circumference having a set of external threads that engage the internal threads in the upstream flow passage, the upstream side of the seat abutting the downstream facing shoulder; an access bore intersecting the cavity, the access bore having an access bore axis that is perpendicular to the flow passage axis; a support shoulder formed in the access bore and facing upward, the support shoulder extending at least partly around an inner diameter of the access bore adjacent a junction of the access bore with the cavity; a holder insertable into the access bore, the holder being a disk with a central opening in communication with the cavity, the holder extending at least partially around the access bore and being supported on the support shoulder; a hinge block on the holder; an anti-rotation device (40, 48) in the access bore and on the holder that prevents rotation of the holder; and a flapper pivotally secured to the hinge block on the holder by a pin and located in the cavity for movement between an open position and a closed position blocking flow through the orifice of the seat.