mhurhangee/ep-ind-claims huggingface dataset:
An atomizing device for an electronic cigarette, comprising: an atomizing sleeve; an air pipe located inside the atomizing sleeve; a heating assembly arranged on the air pipe; a heating assembly fixing base fixing and supporting the heating assembly; a metallic sleeve supporting the heating assembly fixing base; and a sealing cover, wherein the sealing cover and the heating assembly fixing base are respectively located at two opposite ends of the air pipe, and the atomizing sleeve, the air pipe, the sealing cover, the heating assembly fixing base, and the metallic sleeve cooperatively define a sealed tobacco solution reserving space without a reservoir cotton received therein; and a tobacco solution obstructing ring arranged on the air pipe and above the heating assembly, wherein the tobacco solution obstructing ring comprises a first ring and a second ring in communication with the first ring, a diameter of the second ring is greater than that of the first ring, and the second ring is in contact with the heating assembly; the atomizing device being characterized in that an outer wall of the second ring has a cutout surface facing toward the atomizing sleeve, the cutout surface being configured for controlling a rate of flow of the tobacco solution. an atomizing sleeve; an air pipe located inside the atomizing sleeve; a heating assembly arranged on the air pipe; a heating assembly fixing base fixing and supporting the heating assembly; a metallic sleeve supporting the heating assembly fixing base; and a sealing cover, wherein the sealing cover and the heating assembly fixing base are respectively located at two opposite ends of the air pipe, and the atomizing sleeve, the air pipe, the sealing cover, the heating assembly fixing base, and the metallic sleeve cooperatively define a sealed tobacco solution reserving space without a reservoir cotton received therein; and a tobacco solution obstructing ring arranged on the air pipe and above the heating assembly, wherein the tobacco solution obstructing ring comprises a first ring and a second ring in communication with the first ring, a diameter of the second ring is greater than that of the first ring, and the second ring is in contact with the heating assembly; the atomizing device being characterized in that an outer wall of the second ring has a cutout surface facing toward the atomizing sleeve, the cutout surface being configured for controlling a rate of flow of the tobacco solution.
A method for network infrastructure manager operations in a network comprising: estimating long-term signal to noise ratios, SINRs, for user equipments, UEs, in the network in accordance with network topology information of the network and channel quality feedback from UEs in the network; selecting, by the network infrastructure manager, a first UE, as a destination UE in accordance with the long-term SINRs; selecting, by the network infrastructure manager, a second UE as a relay UE for the destination UE; negotiating installation of a virtual range extender (vREX) UE on the destination UE; negotiating installation of a vREX forwarding agent on the relay UE, wherein the vREX FA is configured to act as a FA for the vREX UE; and transmitting, by the network infrastructure manager to a network control plane, a network topology comprising the vREX UE and the vREX FA; receiving, by the network infrastructure manager from the network control plane, transmission forwarding paths for the network; and reconfiguring, by the network infrastructure manager, the vREX UE and the vREX FA in accordance with the transmission forwarding paths. estimating long-term signal to noise ratios, SINRs, for user equipments, UEs, in the network in accordance with network topology information of the network and channel quality feedback from UEs in the network; selecting, by the network infrastructure manager, a first UE, as a destination UE in accordance with the long-term SINRs; selecting, by the network infrastructure manager, a second UE as a relay UE for the destination UE; negotiating installation of a virtual range extender (vREX) UE on the destination UE; negotiating installation of a vREX forwarding agent on the relay UE, wherein the vREX FA is configured to act as a FA for the vREX UE; and transmitting, by the network infrastructure manager to a network control plane, a network topology comprising the vREX UE and the vREX FA; receiving, by the network infrastructure manager from the network control plane, transmission forwarding paths for the network; and reconfiguring, by the network infrastructure manager, the vREX UE and the vREX FA in accordance with the transmission forwarding paths.
An anti-CD200 antibody or an antigen-binding fragment thereof for use in treating a patient afflicted with B cell chronic lymphocytic leukemia (B-CLL), wherein the anti-CD200 antibody or antigen-binding fragment thereof is administered to the patient at a dose of between 100 mg/m 2 and 600 mg/m 2, inclusive, wherein the anti-CD200 antibody or antigen-binding fragment thereof is administered to the patient at least once per week, at least once every two weeks, or at least once every three weeks, and wherein less than two months prior to administration of the anti-CD200 antibody or antigen-binding fragment thereof to the patient, the patient has not received a chemotherapeutic agent or an immunosuppressive agent, and wherein the anti-CD200 antibody or antigen-binding fragment thereof inhibits the interaction between CD200 and CD200R.
An electric vehicle floor structure comprising: a battery unit arranged underneath a floor of a passenger compartment between front wheels and rear wheels; and an underfloor panel covering an entire bottom surface of the battery unit from below, characterized in that the underfloor panel is provided with a center panel having a noise absorption material arranged centrally in both a lateral direction and a longitudinal direction of the underfloor panel, and a surrounding panel (3F, 3R, 3S) having a high-strength material arranged around the center panel. a battery unit arranged underneath a floor of a passenger compartment between front wheels and rear wheels; and an underfloor panel covering an entire bottom surface of the battery unit from below, characterized in that the underfloor panel is provided with a center panel having a noise absorption material arranged centrally in both a lateral direction and a longitudinal direction of the underfloor panel, and a surrounding panel (3F, 3R, 3S) having a high-strength material arranged around the center panel.
A transmission for a vehicle, the transmission comprising a housing and a valve block arranged in the housing, and a parking lock mechanism, the parking lock mechanism having a wheel rotationally locked to a shaft of the transmission, a pawl and a hydraulic actuator arranged for engagement of the wheel and the pawl for locking the shaft, the actuator being hydraulically connected to the valve block such that the actuator is supplied by hydraulic fluid from the valve block, the actuator being a hydraulic cylinder with a cylinder portion, a piston and a piston rod, the hydraulic cylinder being arranged for moving the pawl between an engaged position and a disengaged position by means of the piston rod, characterized in that in addition to an engaged position and a disengaged position, the piston rod has an assembly position facilitating assembling of the valve block together with the hydraulic cylinder in the transmission, and the piston rod has locking positions (31, 32, 33) for the engagement position, disengagement position and assembly position, the locking position for the assembly position constituting the locking position where the piston rod is most retracted
A terminal apparatus (100, 300), comprising: an estimation unit (130, 330) adapted to estimate a channel to a base station by using a reference signal transmitted from the base station (200, 400); a selection unit (150, 350) adapted to select a transmission weight desirable for down-link transmission spatially multiplexed with another down-link transmission on the channel from a plurality of transmission weight candidates in accordance with an estimation result by the estimation unit (130, 330); a feedback controller (160, 360) adapted to control feedback of the transmission weight selected by the selection unit (150, 350) to the base station (200, 300); and a wireless communication unit (110, 310) adapted to receive feedback control information designating transmission weights fed back from another terminal apparatus to the base station, wherein the transmission weights are desirable for first down-link transmission spatially multiplexed on the channel with second down-link transmission from the base station to the another terminal apparatus, wherein the feedback controller (160, 360) is adapted to feed back two selected transmission weights or more to the base station (200, 400), when the selection unit (150, 350) selects two transmission weights or more, and wherein the feedback controller (160, 360) is adapted to feed back the transmission weight selected by the selection unit to the base station, only if the transmission weight selected by the selection unit is contained in the transmission weights indicated by the feedback control information. an estimation unit (130, 330) adapted to estimate a channel to a base station by using a reference signal transmitted from the base station (200, 400); a selection unit (150, 350) adapted to select a transmission weight desirable for down-link transmission spatially multiplexed with another down-link transmission on the channel from a plurality of transmission weight candidates in accordance with an estimation result by the estimation unit (130, 330); a feedback controller (160, 360) adapted to control feedback of the transmission weight selected by the selection unit (150, 350) to the base station (200, 300); and a wireless communication unit (110, 310) adapted to receive feedback control information designating transmission weights fed back from another terminal apparatus to the base station, wherein the transmission weights are desirable for first down-link transmission spatially multiplexed on the channel with second down-link transmission from the base station to the another terminal apparatus, wherein the feedback controller (160, 360) is adapted to feed back two selected transmission weights or more to the base station (200, 400), when the selection unit (150, 350) selects two transmission weights or more, and wherein the feedback controller (160, 360) is adapted to feed back the transmission weight selected by the selection unit to the base station, only if the transmission weight selected by the selection unit is contained in the transmission weights indicated by the feedback control information.
A monitoring system for the air-traffic control of flying objects (5, 6) which have transmitting units for transmitting air-traffic control radio signals (ADS-B), wherein the air-traffic control radio signals (ADS-B) contain flight data relating to the respective aircraft (5, 6), with a plurality of receiving units (4a to 4c) which are designed to receive the transmitted air-traffic control radio signals, wherein a plurality of satellites (1a to 1c) are provided which in each case have communication means for forming a common satellite communication network and on each of which at least one of the receiving units (4a to 4c) is in each case arranged, whereby the receiving units (4a to 4c) are connected to the communication means of the respective satellite (1a to 1c) and are configured to transmit the flight data contained in the air-traffic control radio signals to at least one ground station (3, 7) having a communication link to the satellite communication network using a common communication protocol of the satellite communication network, whereby the receiving units are integrated into the structure of a satellite communication network in such a way that the common communication protocol of the satellite communication network can be used to transmit the flight data contained in the radio signals, whereby the receiving units (4a to 4c) have a plurality of directional receive antennas to form sector-by-sector receiving areas (22a to 22e), characterized in that the receiving units (4a to 4c) are configured to predict position and movement information of the flight data depending on a future transmission time at which the receiving unit (4a to 4c) transmits the flight data to the ground station (3, 7) via the satellite communication network.
Device for monitoring a boat drive, preferably for monitoring a drive battery of a boat drive, comprising a control system and a first water sensor configured to switch off the boat drive when a first water level is reached, characterized by a second water sensor configured to output a water level warning when a second water level is reached, wherein the second water sensor communicates by means of a system bus with the control system of the boat drive and the control system is configured to output a warning in response to receiving the water level warning, wherein the power of the boat drive is reduced upon reception of the water level warning. a second water sensor configured to output a water level warning when a second water level is reached, wherein the second water sensor communicates by means of a system bus with the control system of the boat drive and the control system is configured to output a warning in response to receiving the water level warning, wherein the power of the boat drive is reduced upon reception of the water level warning.
A system for processing content for presentation to a user, comprising: a module comprising: a first port for receiving first electronic content for display to a user; a second port for providing second electronic content to a display device associated with the user; and a processor for modifying the first electronic content to generate the second electronic content; wherein the processor is configured to segment an image of a scene into a first incomplete image of the scene to be presented to a first eye of the user and a second incomplete image of the scene to be presented to a second eye of the user, by applying a patterned image mask to the image of the scene to generate the first incomplete image, and by applying an inverse of the patterned image mask to the image of the scene to generate the second incomplete image, the first incomplete image and the second incomplete image being complementary to one another, each of the image masks and transitions from masked regions to unmasked regions being gradual, and adjust the first incomplete image by reducing image features in the first incomplete image. a module comprising: a first port for receiving first electronic content for display to a user; a second port for providing second electronic content to a display device associated with the user; and a processor for modifying the first electronic content to generate the second electronic content; a first port for receiving first electronic content for display to a user; a second port for providing second electronic content to a display device associated with the user; and a processor for modifying the first electronic content to generate the second electronic content; wherein the processor is configured to segment an image of a scene into a first incomplete image of the scene to be presented to a first eye of the user and a second incomplete image of the scene to be presented to a second eye of the user, by applying a patterned image mask to the image of the scene to generate the first incomplete image, and by applying an inverse of the patterned image mask to the image of the scene to generate the second incomplete image, the first incomplete image and the second incomplete image being complementary to one another, each of the image masks and transitions from masked regions to unmasked regions being gradual, and adjust the first incomplete image by reducing image features in the first incomplete image. segment an image of a scene into a first incomplete image of the scene to be presented to a first eye of the user and a second incomplete image of the scene to be presented to a second eye of the user, by applying a patterned image mask to the image of the scene to generate the first incomplete image, and by applying an inverse of the patterned image mask to the image of the scene to generate the second incomplete image, the first incomplete image and the second incomplete image being complementary to one another, each of the image masks and transitions from masked regions to unmasked regions being gradual, and adjust the first incomplete image by reducing image features in the first incomplete image.
Electrical/electronic installation device with a first functional module designed as an insert, to be accommodated in an installation box and having in its housing a plurality of electrical/electronic components and at least one first electrical printed circuit board, and with a second functional module designed as an attachment, which first functional module is provided on the rear side with connecting elements for connection to an installation system of a building, wherein the second functional module, designed as an attachment, has a pot-shaped recess on the front side for the re-releasable coupling of electrical/electronic devices, in which a second electrical circuit board provided with a plurality of circularly arranged electrical contact tracks is arranged, and wherein the second functional module, designed as an attachment, has, on the side facing the insert, a receiving pocket in which a coupling magnet is fixed, which can cooperate in a holding manner with a counter magnet of an electrical/electronic device to be coupled, characterized by the fact that the first functional module is provided at the front with an electrical plug, which electrical plug is provided for connection to the second functional module to be arranged at the wall side and constructed as an attachment, by the fact that the second electrical printed circuit board is inserted at the front into the pot-shaped recess, and by the fact that the electrical contact strips are connected to an electrical socket provided at the attachment, which, via the electrical plug of the insert makes the electrical connections necessary for operation to the first electrical printed circuit board located in the housing of the insert, the second electrical printed circuit board being of annular design and the outer surface of the coupling magnet being spaced apart from the second electrical printed circuit board in radial direction.
A filter cartridge, comprising: a filter media defining an interior space, and having a first end and a second end; a first end plate connected to the first end; a second end plate connected to the second end, a center tube connected to the second end plate, a pin being connected to the center tube or the second endplate and extending away from second end plate into the interior space, characterised in that the pin defines a flow passage therethrough that communicates the interior space with an outside of the filter cartridge wherein the pin is designed to engage with an opening of a valve assembly, the pin includes a base portion and a main body extending from the edge of the base portion, a side of the base portion having a slope relative to a horizontal plane that is smaller than a side of the main body. a filter media defining an interior space, and having a first end and a second end; a first end plate connected to the first end; a second end plate connected to the second end, a center tube connected to the second end plate, a pin being connected to the center tube or the second endplate and extending away from second end plate into the interior space, characterised in that the pin defines a flow passage therethrough that communicates the interior space with an outside of the filter cartridge wherein the pin is designed to engage with an opening of a valve assembly, the pin includes a base portion and a main body extending from the edge of the base portion, a side of the base portion having a slope relative to a horizontal plane that is smaller than a side of the main body.
A method for wireless communication performed by a user equipment, UE, in a network comprising a cellular wireless network and a wireless local area network, WLAN, the method comprising: determining an association state between the UE and a WLAN access point; selecting at least one metric of the WLAN access point, based at least in part on the association state; determining a value of the at least one metric; reporting the value of the at least one metric to a base station of the cellular wireless network; receiving a message from the base station in response to the reporting, the message including an allocation or re-allocation of UE traffic between the base station and the WLAN access point. determining an association state between the UE and a WLAN access point; selecting at least one metric of the WLAN access point, based at least in part on the association state; determining a value of the at least one metric; reporting the value of the at least one metric to a base station of the cellular wireless network; receiving a message from the base station in response to the reporting, the message including an allocation or re-allocation of UE traffic between the base station and the WLAN access point.
A multimeter for detecting and outputting at least one measured value, comprising: - a current sensor for detecting a current value, arranged in series connection between an input contact and an output contact of an external conductor; - an electronic evaluation unit, electrically connected to: - a first connection contact of the current sensor, which is electrically connected to the input contact; - a second connection contact of the current sensor, which is electrically connected to the output contact; and - a neutral conductor, - wherein the evaluation unit is arranged for: - converting the detected current value into an evaluatable measured value; - evaluating the evaluatable measured value by means of a conversion unit; and - outputting the evaluated measured value at least by means of a contactless data interface; - wherein the energy for operating the evaluation unit is obtained from a voltage difference between the potentials of the external conductor and the neutral conductor in an energy supply unit (42, 42a) of the evaluation unit. - a current sensor for detecting a current value, arranged in series connection between an input contact and an output contact of an external conductor; - an electronic evaluation unit, electrically connected to: - a first connection contact of the current sensor, which is electrically connected to the input contact; - a second connection contact of the current sensor, which is electrically connected to the output contact; and - a neutral conductor, - a first connection contact of the current sensor, which is electrically connected to the input contact; - a second connection contact of the current sensor, which is electrically connected to the output contact; and - a neutral conductor, - wherein the evaluation unit is arranged for: - converting the detected current value into an evaluatable measured value; - evaluating the evaluatable measured value by means of a conversion unit; and - outputting the evaluated measured value at least by means of a contactless data interface; - converting the detected current value into an evaluatable measured value; - evaluating the evaluatable measured value by means of a conversion unit; and - outputting the evaluated measured value at least by means of a contactless data interface; - wherein the energy for operating the evaluation unit is obtained from a voltage difference between the potentials of the external conductor and the neutral conductor in an energy supply unit (42, 42a) of the evaluation unit.