mhurhangee/ep-ind-claims huggingface dataset:
A vacuum cleaner comprising: a cleaner body (10, 300) including a suction motor to generate suction force; a suction part communicating with the cleaner body (10, 300) and suctioning air and dust; and a battery assembly (120, 420) to supply a power to the suction motor, wherein the battery assembly (120, 420) includes: a battery unit (131, 132, 431, 432), a battery terminal (202, 474), a switch to connect or disconnect the battery unit (131, 132, 431, 432) and the battery terminal (202, 474), and a battery case (121, 122, 421) to accommodate the battery unit (131, 132, 431, 432), characterized in that the cleaner body (10, 300) includes a body to support the battery assembly (120, 420) and a switching operation part to operate the switch to turn the switch on when the battery assembly (120, 420) is mounted on the cleaner body (10, 300), wherein a plurality of cover guides (124, 125) protrudes from the battery case (121, 122), wherein the body includes a plurality of body guides (114, 115), and wherein, when the plurality of cover guides (124, 125) is supported by the plurality of body guides (121, 122), the switching operation part operates the switch. a cleaner body (10, 300) including a suction motor to generate suction force; a suction part communicating with the cleaner body (10, 300) and suctioning air and dust; and a battery assembly (120, 420) to supply a power to the suction motor, wherein the battery assembly (120, 420) includes: a battery unit (131, 132, 431, 432), a battery terminal (202, 474), a switch to connect or disconnect the battery unit (131, 132, 431, 432) and the battery terminal (202, 474), and a battery case (121, 122, 421) to accommodate the battery unit (131, 132, 431, 432), characterized in that the cleaner body (10, 300) includes a body to support the battery assembly (120, 420) and a switching operation part to operate the switch to turn the switch on when the battery assembly (120, 420) is mounted on the cleaner body (10, 300), wherein a plurality of cover guides (124, 125) protrudes from the battery case (121, 122), wherein the body includes a plurality of body guides (114, 115), and wherein, when the plurality of cover guides (124, 125) is supported by the plurality of body guides (121, 122), the switching operation part operates the switch. a battery unit (131, 132, 431, 432), a battery terminal (202, 474), a switch to connect or disconnect the battery unit (131, 132, 431, 432) and the battery terminal (202, 474), and a battery case (121, 122, 421) to accommodate the battery unit (131, 132, 431, 432), characterized in that the cleaner body (10, 300) includes a body to support the battery assembly (120, 420) and a switching operation part to operate the switch to turn the switch on when the battery assembly (120, 420) is mounted on the cleaner body (10, 300), wherein a plurality of cover guides (124, 125) protrudes from the battery case (121, 122), wherein the body includes a plurality of body guides (114, 115), and wherein, when the plurality of cover guides (124, 125) is supported by the plurality of body guides (121, 122), the switching operation part operates the switch.
A method for reducing downlink interference, the method being performed by a radio base station of a cellular communication network, wherein the radio base station is configured to serve at least a first cell and a second cell, where downlink interference is reduced by selecting a link adaptation scheme for a downlink scheduling of a UE in the first cell, the method comprising: - receiving measurements on estimated downlink channel quality from the UE, and the method being characterized in that it comprises: - estimating downlink channel quality for a future transmission by adjusting the received measurements on estimated downlink channel quality based on knowledge of future downlink scheduling in at least the first cell and the second cell by: - determining disturbance caused by downlink transmission in the second cell, - determining disturbance caused by downlink transmission in the first cell to other UEs within the first cell, the method further comprising: - selecting the link adaptation scheme comprising a transmit power level, based on the estimated downlink channel quality for the future transmission, - determining based on the selected link adaptation scheme a noise margin indicative of how much noise a UE is allowed to experience in order to be able to keep the selected link adaptation scheme, and using the determined noise margin as an upper boundary for a sequential link adaptation of other downlink transmissions. - receiving measurements on estimated downlink channel quality from the UE, - estimating downlink channel quality for a future transmission by adjusting the received measurements on estimated downlink channel quality based on knowledge of future downlink scheduling in at least the first cell and the second cell by: - determining disturbance caused by downlink transmission in the second cell, - determining disturbance caused by downlink transmission in the first cell to other UEs within the first cell, the method further comprising: - selecting the link adaptation scheme comprising a transmit power level, based on the estimated downlink channel quality for the future transmission, - determining based on the selected link adaptation scheme a noise margin indicative of how much noise a UE is allowed to experience in order to be able to keep the selected link adaptation scheme, and using the determined noise margin as an upper boundary for a sequential link adaptation of other downlink transmissions. - determining disturbance caused by downlink transmission in the second cell, - determining disturbance caused by downlink transmission in the first cell to other UEs within the first cell, - selecting the link adaptation scheme comprising a transmit power level, based on the estimated downlink channel quality for the future transmission, - determining based on the selected link adaptation scheme a noise margin indicative of how much noise a UE is allowed to experience in order to be able to keep the selected link adaptation scheme, and using the determined noise margin as an upper boundary for a sequential link adaptation of other downlink transmissions.
A method of manufacturing an electron source having an electron emission portion at one tip portion of a rod, the method of manufacturing the electron source comprising: a step of forming the tip portion in the shape of a truncated cone having a flattened top surface by a machining process, a step of removing a surface layer of the flattened top surface by focused ion beam processing, and between the step of forming the tip portion in the shape of a truncated cone and the step of removing a surface layer of the flattened top surface by focused ion beam processing, a step of removing a processing scar layer on the surface of said tip portion by means of vapor phase etching or electrolytic polishing. a step of forming the tip portion in the shape of a truncated cone having a flattened top surface by a machining process, a step of removing a surface layer of the flattened top surface by focused ion beam processing, and between the step of forming the tip portion in the shape of a truncated cone and the step of removing a surface layer of the flattened top surface by focused ion beam processing, a step of removing a processing scar layer on the surface of said tip portion by means of vapor phase etching or electrolytic polishing.
A homodimeric protein of two identical amino acid chains, each amino acid chain comprising a signal peptide, a targeting unit, a dimerization motif, and an antigenic unit, said targeting unit comprising an amino acid sequence having at least 80 % sequence identity to the amino acid sequence 24-93 of SEQ ID NO:1, and an antigenic unit comprising an amino acid sequence having at least 80% sequence identity to SEQ ID NO:22 (E6 of HPV16) and/or SEQ ID NO:24 (E6 of HPV18) and an amino acid sequence at least 80% sequence identity to SEQ ID NO:23 (E7 from HPV16) and/or SEQ ID NO:25 (E7 of HPV18), and wherein said amino acid sequences comprise one or more mutations to inhibit the oncogenic properties.
An apparatus (200, 1200) adapted to be connected to a broadband packet data network, the apparatus comprising: a proxy element that is configured to receive a request from a source node to establish a Transmission Control Protocol, TCP, connection from a first network address of the source node through a Packet Data Network Gateway, PDN GW, to a destination node for an IP flow from the source node to the destination node; and an IP flow offloading policy function element configured to apply an IP flow offloading policy function to determine whether the TCP connection for the IP flow should bypass the PDN GW by inspecting a data packet associated with the request to determine whether the data packet contains information that satisfies at least one policy rule; wherein the proxy element is configured to respond to a determination by the IP flow offloading function element that the data packet contains information that satisfies the at least one policy rule by communicating to the destination node a request for a TCP connection with a second network address substituted for the first network address of the source node to establish the TCP connection for the IP flow from the source node to the destination node through the broadband packet data network without passing through the PDN GW; and wherein the first network address comprises a home IP address assigned to the source node by the PDN GW and having a prefix advertised by the PDN GW, and the second network address is another IP address that is not advertised by the PDN GW. a proxy element that is configured to receive a request from a source node to establish a Transmission Control Protocol, TCP, connection from a first network address of the source node through a Packet Data Network Gateway, PDN GW, to a destination node for an IP flow from the source node to the destination node; and an IP flow offloading policy function element configured to apply an IP flow offloading policy function to determine whether the TCP connection for the IP flow should bypass the PDN GW by inspecting a data packet associated with the request to determine whether the data packet contains information that satisfies at least one policy rule; wherein the proxy element is configured to respond to a determination by the IP flow offloading function element that the data packet contains information that satisfies the at least one policy rule by communicating to the destination node a request for a TCP connection with a second network address substituted for the first network address of the source node to establish the TCP connection for the IP flow from the source node to the destination node through the broadband packet data network without passing through the PDN GW; and wherein the first network address comprises a home IP address assigned to the source node by the PDN GW and having a prefix advertised by the PDN GW, and the second network address is another IP address that is not advertised by the PDN GW.
A fire alarm system device, comprising: an intermittent unit that is intermittently activated; a power storage unit for providing temporary power to the intermittent unit; a voltage converter for providing power at a voltage required by the intermittent unit; and a power control circuit for discharging the power storage unit through the intermittent unit when the intermittent unit first is activated and then switching to enable the voltage converter to power the intermittent unit; wherein the voltage converter includes a back feed protection unit to ensure that the power storage unit discharges only through the intermittent unit. an intermittent unit that is intermittently activated; a power storage unit for providing temporary power to the intermittent unit; a voltage converter for providing power at a voltage required by the intermittent unit; and a power control circuit for discharging the power storage unit through the intermittent unit when the intermittent unit first is activated and then switching to enable the voltage converter to power the intermittent unit; wherein the voltage converter includes a back feed protection unit to ensure that the power storage unit discharges only through the intermittent unit.
A method of forming a closed section hollow structural element comprising: press forming an upper sheet metal component with a generally open section and configured with two primarily parallel downstanding interface flanges (12, 14); press forming a lower sheet metal component with a generally open section and configured with two primarily parallel upstanding interface flanges (22, 24); and butt welding the interface flanges (12, 14, 22, 24) of the upper and lower sheet metal components (10, 20) to one another to form a continuous hollow structural element of variable cross section, characterized in that prior to welding, the interface flanges (12, 14, 22, 24) of the upper and lower sheet metal components are complementarily trimmed using five-axes laser cutting while the upper and lower sheet metal components (10, 20) are rigidly held in dimensional compliance by a fixture press forming an upper sheet metal component with a generally open section and configured with two primarily parallel downstanding interface flanges (12, 14); press forming a lower sheet metal component with a generally open section and configured with two primarily parallel upstanding interface flanges (22, 24); and butt welding the interface flanges (12, 14, 22, 24) of the upper and lower sheet metal components (10, 20) to one another to form a continuous hollow structural element of variable cross section, characterized in that prior to welding, the interface flanges (12, 14, 22, 24) of the upper and lower sheet metal components are complementarily trimmed using five-axes laser cutting while the upper and lower sheet metal components (10, 20) are rigidly held in dimensional compliance by a fixture
Ventilation device for an inner region of a motor vehicle, in particular in a region of a second row of seats, comprising at least one air duct element, at least one supply device as part of an air conditioning system of the motor vehicle, which device is coupled to a first end of the at least one air duct element, at least one air outflow element which is coupled to a second end of the at least one air duct element and is designed to be arranged in the non-visible region of the inner region of the motor vehicle, at least one directional element and at least one light element, the arrangements of the at least one directional element and of the at least one air outflow element being designed to together cause the ventilation device to be continuously adjustable at least between two ventilation states in the inner region of the motor vehicle, which differ with respect to a seat region of the motor vehicle at least in each case by a direction of outflowing air aimed directly into the passenger compartment of the motor vehicle and a direction aimed indirectly along a roof liner designed for this purpose, characterized in that the at least one directional element is designed to be arranged in a non-visible roof region of the passenger compartment of the motor vehicle, the at least one directional element being designed to effect a change in shape of the adjacent visible roof region when the at least one directional element is activated, so that a direction of outflowing air from the at least one air flow element can be adjusted from a ventilation state to an additional ventilation state.
A camera surround view system for a vehicle, having at least one vehicle camera which supplies camera images which are processed by a data processing unit in order to generate an image of the surroundings, which is displayed on a display unit, wherein the data processing unit re-projects textures detected by the vehicle cameras on an adaptive re-projection surface which is similar to the area surrounding the vehicle, said re-projection surface being calculated based on sensor data, comprising movement data, provided by vehicle sensors, wherein the calculated adaptive re-projection surface comprises a grid which can be dynamically modified.
Communication device (10; 10a) for a diagnostic system of a motor vehicle, having a housing that has a housing section, connectable to an on-vehicle mating connector, with connecting pins and connection regions for the mating connector, having at least one circuit carrier in the form of a printed circuit board (21, 22) for arranging electronic components, having a first antenna in the form of a mobile radio antenna and having a second antenna in the form of a navigation antenna, wherein the at least one printed circuit board (21, 22) extends perpendicularly with respect to a direction of installation, defined by the connection regions of the connecting pins, of the housing section, that the two antennas (25, 26) are arranged on the side of the at least one printed circuit board (21, 22) that is remote from the connecting pins, and that the first antenna comprises a first transmitting and receiving area and is arranged at an end region of the housing that is opposite the connecting pins, characterized in that a through-opening (46; 46a) bounded by a through-element (45; 45a) is produced in the housing between the two antennas (25, 26) in a direction that runs parallel to the at least one printed circuit board (21, 22).
A pharmaceutical composition comprising misoprostol or a pharmaceutically acceptable salt thereof, for use in a treatment comprising cervical ripening or the induction of labor, having a content of 0.5 - 50 μg misoprostol, or an equivalent amount of pharmaceutically acceptable salt thereof, wherein said pharmaceutical composition is suitable for an administration form selected among sublingual and oral administration, and wherein said composition allows dispersion of one or more of said pharmaceutical compositions in 100 ml water at 25°C within 3 minutes upon stirring, thereby providing a dispersion; said dispersion passing through a sieve screen with a nominal mesh aperture of 710 μm.
A solar system comprising a light receiving surface exposed to ambient air, a condensation subassembly, a water collection subassembly, and a cleaning subassembly, characterised in that: the condensation subassembly comprises a compressed air expansion valve coupled to an expansion chamber; the expansion chamber of the condensation subassembly is thermally coupled to the light receiving surface and thermally insulated from the ambient such that expansion of compressed air in the expansion chamber, as controlled by the compressed air expansion valve, encourages humidity condensation on the light receiving surface by reducing the temperature of the light receiving surface; the water collection subassembly comprises a water collection vessel and water direction hardware positioned to direct condensed water on the light receiving surface to the water collection vessel; the cleaning subassembly comprises a water dispensing unit fluidly coupled to the water collection vessel via a cleaning fluid duct; and the water dispensing unit is positioned to dispense water from the water collection vessel over the light receiving surface of the solar system. the condensation subassembly comprises a compressed air expansion valve coupled to an expansion chamber; the expansion chamber of the condensation subassembly is thermally coupled to the light receiving surface and thermally insulated from the ambient such that expansion of compressed air in the expansion chamber, as controlled by the compressed air expansion valve, encourages humidity condensation on the light receiving surface by reducing the temperature of the light receiving surface; the water collection subassembly comprises a water collection vessel and water direction hardware positioned to direct condensed water on the light receiving surface to the water collection vessel; the cleaning subassembly comprises a water dispensing unit fluidly coupled to the water collection vessel via a cleaning fluid duct; and the water dispensing unit is positioned to dispense water from the water collection vessel over the light receiving surface of the solar system.
A self aligning folding guitar, comprising: (a) a neck portion (12,512), said neck portion having an elongated portion supporting the frets of the guitar and a transverse portion extending transverse to said elongated portion; (b) a body portion (14, 514); (c) a hinge (48, 448, 548) mounted to said neck portion and said body portion, said hinge mounting said neck portion to said body portion and allowing movement between a first position where said neck portion is proximate said body portion, said transverse portion being positioned proximate to said body portion when said neck portion and said body portion are in said first position, and a second position where said neck portion is angularly displaced from said body portion; (d) a first alignment member secured to said transverse portion of said neck portion; (e) a second alignment member secured to said body portion, said second alignment member mating with said first alignment member at a substantially fixed position; and (f) a securement member for securing said neck portion to said body portion, wherein said securement member extends through said transverse portion of said neck portion. (a) a neck portion (12,512), said neck portion having an elongated portion supporting the frets of the guitar and a transverse portion extending transverse to said elongated portion; (b) a body portion (14, 514); (c) a hinge (48, 448, 548) mounted to said neck portion and said body portion, said hinge mounting said neck portion to said body portion and allowing movement between a first position where said neck portion is proximate said body portion, said transverse portion being positioned proximate to said body portion when said neck portion and said body portion are in said first position, and a second position where said neck portion is angularly displaced from said body portion; (d) a first alignment member secured to said transverse portion of said neck portion; (e) a second alignment member secured to said body portion, said second alignment member mating with said first alignment member at a substantially fixed position; and (f) a securement member for securing said neck portion to said body portion, wherein said securement member extends through said transverse portion of said neck portion.