mhurhangee/ep-ind-claims huggingface dataset:
A method implemented by a mobile device of changing the discontinuous reception, DRX, configuration for a connection between a mobile device and a base station, said method comprising: receiving, from the base station, a control message indicating updated configuration parameters for the connection with the base station; and sending, by the mobile device, an acknowledgement of the control message; continuing to use a current DRX configuration for the connection after receipt of the control message until a subsequent on duration of a DRX cycle according to the current DRX configuration has occurred; and applying the updated configuration parameters for the connection in the subsequent on duration of the DRX cycle, characterized in that the length of the DRX cycle according to the updated configuration parameters is different from the length of the DRX cycle according to the current DRX configuration, and said method further comprises computing a new DRX start offset for the updated DRX configuration as a function of a current DRX start offset for the current DRX configuration. receiving, from the base station, a control message indicating updated configuration parameters for the connection with the base station; and sending, by the mobile device, an acknowledgement of the control message; continuing to use a current DRX configuration for the connection after receipt of the control message until a subsequent on duration of a DRX cycle according to the current DRX configuration has occurred; and applying the updated configuration parameters for the connection in the subsequent on duration of the DRX cycle, characterized in that the length of the DRX cycle according to the updated configuration parameters is different from the length of the DRX cycle according to the current DRX configuration, and said method further comprises computing a new DRX start offset for the updated DRX configuration as a function of a current DRX start offset for the current DRX configuration.
Method for reducing the moisture content of air of a first defined space in communication with, via an entrance to said first defined space, at least one second defined space, the air of first defined space having lower moisture content than that of said at least one second defined space, whereby the reduction of the air moisture content is achieved by at least one means for dehumidifying air, and by - dividing said at least one second defined space into two compartments arranged in series and communicating with each other via partition means, characterized by - taking wholly or partially air having higher moisture content from the compartment of the second defined space located longest from the first defined space, - dehumidifying said air, - feeding said dehumidified air wholly or partially to the compartment of the second defined space located closest to the first defined space, and - allowing said dehumidified air to flow on the one hand into the first defined space and on the other hand back into the compartment of the second defined space located longest from the first defined space via said partition means. - dividing said at least one second defined space into two compartments arranged in series and communicating with each other via partition means, characterized by - taking wholly or partially air having higher moisture content from the compartment of the second defined space located longest from the first defined space, - dehumidifying said air, - feeding said dehumidified air wholly or partially to the compartment of the second defined space located closest to the first defined space, and - allowing said dehumidified air to flow on the one hand into the first defined space and on the other hand back into the compartment of the second defined space located longest from the first defined space via said partition means.
A child safety seat comprising a cushioning structure, a first component (121, 111) and a second component (123, 112) configured to slide relative to each other, the cushioning structure comprising a first cushioning member (21, 8) positioned at the first component (121, 111), the first cushioning member (21, 8) being resilient, and wherein when the second component (123, 112) slides relative to the first component (121, 111), the first cushioning member (21, 8) provides a cushion for the second component (123, 112), and wherein the first cushioning member (21, 8) is fixed to the first component (121, 111), a first cushioning slot (210, 81) is formed on the first cushioning member (21, 8), and the cushioning structure further comprises: a fastening member fixed to the second component (123, 112), wherein when the second component (123, 112) slides relative to the first component (121, 111), the fastening member is squeezed into the first cushioning slot (210, 81); and wherein the fastening member comprises a cushioning head (33, 114) disposed at a free end of the fastening member, and a diameter of the cushioning head (33, 114) is larger than a diameter of the first cushioning slot (210, 81); wherein the fastening member further comprises a column body (32, 113) with a length longer than a length of the first cushioning member (21, 8), and the cushioning head (33, 114) is disposed at an end of the column body (32, 113); and wherein the child safety seat further comprises at least one second cushioning member disposed at the first component, the at least one second cushioning member and the first cushioning member being arranged longitudinally along the first component, a second cushioning slot being formed on the at least one second cushioning member and communicated with the first cushioning slot. a fastening member fixed to the second component (123, 112), wherein when the second component (123, 112) slides relative to the first component (121, 111), the fastening member is squeezed into the first cushioning slot (210, 81); and wherein the fastening member comprises a cushioning head (33, 114) disposed at a free end of the fastening member, and a diameter of the cushioning head (33, 114) is larger than a diameter of the first cushioning slot (210, 81); wherein the fastening member further comprises a column body (32, 113) with a length longer than a length of the first cushioning member (21, 8), and the cushioning head (33, 114) is disposed at an end of the column body (32, 113); and wherein the child safety seat further comprises at least one second cushioning member disposed at the first component, the at least one second cushioning member and the first cushioning member being arranged longitudinally along the first component, a second cushioning slot being formed on the at least one second cushioning member and communicated with the first cushioning slot.
A deicing composition comprising (i) a deicing agent selected from the group consisting of sodium chloride, calcium magnesium acetate, calcium chloride, magnesium chloride, potassium chloride, potassium acetate, sodium acetate, sodium formate, and potassium formate, (ii) a native protein, and (iii) a thickener, with the proviso that components (ii) and (iii) are not the same. (i) a deicing agent selected from the group consisting of sodium chloride, calcium magnesium acetate, calcium chloride, magnesium chloride, potassium chloride, potassium acetate, sodium acetate, sodium formate, and potassium formate, (ii) a native protein, and (iii) a thickener, with the proviso that components (ii) and (iii) are not the same.
A cleaning cloth produced using a fabric having cut loops made of yarn, wherein the yarn includes at least one first yarn - which is made of one, or two or more strands of fiber - and at least one second yarn - which is made of one, or two or more strands of fiber - which are intermingled longitudinally, where a fineness of the fiber of the first yarn is greater than a fineness of the fiber of the second yarn, wherein a fineness of the fiber of the first yarn ranges from 4,4 to 66,7 dtex (4 to 60 deniers) and a fineness of the fiber of the second yarn ranges from 0,0022 to 3,9 dtex (0,002 to 3,5 deniers).
Overvoltage protection circuit for a first subnetwork of a multi-voltage on-board electrical system, which has the first subnetwork having a first on-board electrical system voltage, a second subnetwork having a second on-board electrical system voltage, and an electric machine for the purpose of supplying the second subnetwork with power, wherein the first on-board electrical system voltage is lower than the second on-board electrical system voltage, having a first earth connection for the purpose of connecting a common earth potential of the first subnetwork, of the second subnetwork and of the electric machine, an additional second earth connection for the purpose of connecting a reference earth potential, and a control connection for the purpose of driving the electric machine, characterized in that the overvoltage protection circuit is configured to check whether an earth differential voltage between the first earth connection and the second earth connection reaches a threshold value and to reduce the second on-board electrical system voltage when the earth differential voltage between the first earth connection and the second earth connection reaches the threshold value.
A plant cultivating method comprising: applying a voltage of 4 kV or more and 15 kV or less to a culture material not including phosphorus at a frequency of 0 Hz or more and 200 kHz or less; sowing a seed of a plant in the culture material after the applying; and adding phosphorus to the culture material within 7 days from germination of the seed of the plant. applying a voltage of 4 kV or more and 15 kV or less to a culture material not including phosphorus at a frequency of 0 Hz or more and 200 kHz or less; sowing a seed of a plant in the culture material after the applying; and adding phosphorus to the culture material within 7 days from germination of the seed of the plant.
A filter assembly (12, 112) comprising: a conformal filter (24, 124) shaped to conform to the face of a user, having a body (30, 130) with at least one filter bed (53, 153), an input end (32, 132), and an output end (36, 136) with an integral connector (40, 140) recessed in the body (30, 130) and adapted to mount onto a respirator inhalation connector; characterised in that the filter assembly (12, 112) further comprises: a connector piece (26, 126) removably mounted to the integral connector (40, 140) of the conformal filter (24, 124) including a sleeve (60, 160) having an axial passage (62, 162) therethrough and having at one end (64, 164) an interior fastener (66, 166) that is connected to the integral connector (40, 140) of the conformal filter (24, 124) and at another end (68, 168) having an external fastener (70, 170) adapted to mount onto a respirator inhalation connector; and a radial wall (72, 172) extending from the sleeve (60, 160) to an outer rim (74, 174) which abuts the body (30, 130) of the conformal filter (24, 124). a conformal filter (24, 124) shaped to conform to the face of a user, having a body (30, 130) with at least one filter bed (53, 153), an input end (32, 132), and an output end (36, 136) with an integral connector (40, 140) recessed in the body (30, 130) and adapted to mount onto a respirator inhalation connector; characterised in that the filter assembly (12, 112) further comprises: a connector piece (26, 126) removably mounted to the integral connector (40, 140) of the conformal filter (24, 124) including a sleeve (60, 160) having an axial passage (62, 162) therethrough and having at one end (64, 164) an interior fastener (66, 166) that is connected to the integral connector (40, 140) of the conformal filter (24, 124) and at another end (68, 168) having an external fastener (70, 170) adapted to mount onto a respirator inhalation connector; and a radial wall (72, 172) extending from the sleeve (60, 160) to an outer rim (74, 174) which abuts the body (30, 130) of the conformal filter (24, 124). a connector piece (26, 126) removably mounted to the integral connector (40, 140) of the conformal filter (24, 124) including a sleeve (60, 160) having an axial passage (62, 162) therethrough and having at one end (64, 164) an interior fastener (66, 166) that is connected to the integral connector (40, 140) of the conformal filter (24, 124) and at another end (68, 168) having an external fastener (70, 170) adapted to mount onto a respirator inhalation connector; and a radial wall (72, 172) extending from the sleeve (60, 160) to an outer rim (74, 174) which abuts the body (30, 130) of the conformal filter (24, 124).
An automated aerial vehicle, comprising: a frame; a motor coupled to the frame; a propeller coupled to and rotated by the motor; a stopping member; one or more object detection components; and a control system configured to at least: select a safety profile from a plurality of safety profiles, each safety profile being associated with a respective safety perimeter of the propeller, the safety perimeter defining a distance or perimeter around the propeller; and detect an object within a selected respective safety perimeter associated with the selected safety profile of the propeller based on information received from the one or more object detection components; wherein the control system is configured to control the stopping member, and the stopping member is configured to stop the propeller in response to the control system detecting the object within the selected respective safety perimeter of the propeller. a frame; a motor coupled to the frame; a propeller coupled to and rotated by the motor; a stopping member; one or more object detection components; and a control system configured to at least: select a safety profile from a plurality of safety profiles, each safety profile being associated with a respective safety perimeter of the propeller, the safety perimeter defining a distance or perimeter around the propeller; and detect an object within a selected respective safety perimeter associated with the selected safety profile of the propeller based on information received from the one or more object detection components; select a safety profile from a plurality of safety profiles, each safety profile being associated with a respective safety perimeter of the propeller, the safety perimeter defining a distance or perimeter around the propeller; and detect an object within a selected respective safety perimeter associated with the selected safety profile of the propeller based on information received from the one or more object detection components; wherein the control system is configured to control the stopping member, and the stopping member is configured to stop the propeller in response to the control system detecting the object within the selected respective safety perimeter of the propeller.
A method for receiving a feedback trigger frame in a first station, STA, of a wireless communication system, the method comprising the steps of: receiving the feedback trigger frame comprising an acknowledgement, ACK, indication field from a second STA; and transmitting a frame based on the feedback trigger frame; characterized in that the ACK indication field indicates one type of response frame among four types of response frames including a type of beamforming report and a type of normal ACK, wherein transmission of the frame when the type of the response frame is the type of the beamforming report is deferred compared to transmission of the frame when the type of the response frame is one of the other response types, wherein the ACK indication field is defined in a bit size 2 and a value of the type of the beamforming report is defined as '11', and wherein the frame corresponding to the type of the beamforming report has a longer length than the frame corresponding to the other response types. receiving the feedback trigger frame comprising an acknowledgement, ACK, indication field from a second STA; and transmitting a frame based on the feedback trigger frame; characterized in that the ACK indication field indicates one type of response frame among four types of response frames including a type of beamforming report and a type of normal ACK, wherein transmission of the frame when the type of the response frame is the type of the beamforming report is deferred compared to transmission of the frame when the type of the response frame is one of the other response types, wherein the ACK indication field is defined in a bit size 2 and a value of the type of the beamforming report is defined as '11', and wherein the frame corresponding to the type of the beamforming report has a longer length than the frame corresponding to the other response types.
A use of a building entry for integration into an outer wall of a building and for leading a plurality of lines into the building, said building entry comprising a subdividing element which is structurally integrated into the outer building wall by casting with a casting material capable of flowing first and then hardening, the integrated subdividing element then forming a plurality of passage openings, in which use an empty tube is further placed at each of the passage openings to extend the respective passage opening after the structural integration of the subdividing element by casting and then at least one of the lines is inserted into at least some of the respective empty tubes, wherein the empty tubes are protective tubes extending away from and on the outside of the building and being placed from the outside of the building, at the subdividing element, wherein the subdividing element is arranged, after casting, in a through opening which extends between an inside of the building and the outside of the building and is defined by the hardened casting material, and wherein the subdividing element subdivides the through opening into the plurality of passage openings with respect to directions perpendicular to its longitudinal axis, wherein a respective individual seal is assigned to the passage openings of the subdividing element towards the inside of the building, the respective individual seal being either a blind closure closing the respective passage opening towards the inside of the building prior to the line being led through, or sealing against the respective line after the latter has been led through. said building entry comprising a subdividing element which is structurally integrated into the outer building wall by casting with a casting material capable of flowing first and then hardening, the integrated subdividing element then forming a plurality of passage openings, in which use an empty tube is further placed at each of the passage openings to extend the respective passage opening after the structural integration of the subdividing element by casting and then at least one of the lines is inserted into at least some of the respective empty tubes, wherein the empty tubes are protective tubes extending away from and on the outside of the building and being placed from the outside of the building, at the subdividing element, wherein the subdividing element is arranged, after casting, in a through opening which extends between an inside of the building and the outside of the building and is defined by the hardened casting material, and wherein the subdividing element subdivides the through opening into the plurality of passage openings with respect to directions perpendicular to its longitudinal axis, wherein a respective individual seal is assigned to the passage openings of the subdividing element towards the inside of the building, the respective individual seal being either a blind closure closing the respective passage opening towards the inside of the building prior to the line being led through, or sealing against the respective line after the latter has been led through.
The use of herbicide combinations for controlling harmful plants in soybean crops, wherein the herbicide combination in question has an active content of a broad-spectrum herbicide from the group of the compounds which consists of imazamox and its salts and a herbicide from the group of the compounds which consists of foliar-acting and/or soil-acting herbicides which are effective selectively in soybeans against monocotyledonous and predominantly dicotyledonous harmful plants, from the group consisting of metribuzin, clomazone, metolachlor, dimethenamid, alachlor, and fluthiamide, herbicides which are effective selectively in soybeans against dicotyledonous harmful plants, from the group consisting of lactofen, flumiclorac and cloransulam, foliar- and soil-acting herbicides which are effective selectively in soybeans against monocotyledonous harmful plants, from the group consisting of cycloxydim, and foliar-acting herbicides which are effective selectively in soybeans against monocotyledonous harmful plants, from the group consisting of fluazifop-P, haloxyfop-P and propaquizafop, and the soybean crops are tolerant to the herbicides and contained in the combination, if appropriate in the presence of safeners. a broad-spectrum herbicide from the group of the compounds which consists of imazamox and its salts and imazamox and its salts a herbicide from the group of the compounds which consists of foliar-acting and/or soil-acting herbicides which are effective selectively in soybeans against monocotyledonous and predominantly dicotyledonous harmful plants, from the group consisting of metribuzin, clomazone, metolachlor, dimethenamid, alachlor, and fluthiamide, herbicides which are effective selectively in soybeans against dicotyledonous harmful plants, from the group consisting of lactofen, flumiclorac and cloransulam, foliar- and soil-acting herbicides which are effective selectively in soybeans against monocotyledonous harmful plants, from the group consisting of cycloxydim, and foliar-acting herbicides which are effective selectively in soybeans against monocotyledonous harmful plants, from the group consisting of fluazifop-P, haloxyfop-P and propaquizafop, foliar-acting and/or soil-acting herbicides which are effective selectively in soybeans against monocotyledonous and predominantly dicotyledonous harmful plants, from the group consisting of metribuzin, clomazone, metolachlor, dimethenamid, alachlor, and fluthiamide, herbicides which are effective selectively in soybeans against dicotyledonous harmful plants, from the group consisting of lactofen, flumiclorac and cloransulam, foliar- and soil-acting herbicides which are effective selectively in soybeans against monocotyledonous harmful plants, from the group consisting of cycloxydim, and foliar-acting herbicides which are effective selectively in soybeans against monocotyledonous harmful plants, from the group consisting of fluazifop-P, haloxyfop-P and propaquizafop,