mhurhangee/patent-ind-claim-en huggingface dataset:
A method of receiving a downlink, DL, signal, by a user equipment, UE , from a cell in which a plurality of beams are multiplexed in a wireless communication system, the method comprising: generating a quasi-orthogonal scrambling sequence of a downlink control information, DCI, wherein the quasi-orthogonal scrambling sequence of the DCI is used for scrambling the DCI at a base station; and receiving the DCI through at least one beam among the multiplexed plurality of beams, using the quasi-orthogonal scrambling sequence of the DCI, and receiving a physical downlink shared channel, PDSCH, based on scheduling information included in the DCI, characterised in that the method further comprises: in the generation of the quasi-orthogonal scrambling sequence of the DCI, initializing, by the UE , the quasi-orthogonal scrambling sequence of the DCI using a beam-specific parameter corresponding to the at least one beam for transmitting the DCI, wherein the beam-specific parameter is a beam index allocated to the at least one beam, and wherein the quasi-orthogonal scrambling sequence of the DCI is initialized using 'n beamID ∗ 2 X ' and 'n SCID ∗ 2 Z ', where 'n beamID ' denotes the beam index, 'X' is a value determined based on a maximum number of the multiplexed plurality of beams, 'n SCID ' denotes a scrambling identifier, and 'Z' is determined based on a maximum number of UEs of multi-user multiple input multiple output, MU-MIMO, in a same beam. generating a quasi-orthogonal scrambling sequence of a downlink control information, DCI, wherein the quasi-orthogonal scrambling sequence of the DCI is used for scrambling the DCI at a base station; and receiving the DCI through at least one beam among the multiplexed plurality of beams, using the quasi-orthogonal scrambling sequence of the DCI, and receiving a physical downlink shared channel, PDSCH, based on scheduling information included in the DCI, characterised in that the method further comprises: in the generation of the quasi-orthogonal scrambling sequence of the DCI, initializing, by the UE , the quasi-orthogonal scrambling sequence of the DCI using a beam-specific parameter corresponding to the at least one beam for transmitting the DCI, wherein the beam-specific parameter is a beam index allocated to the at least one beam, and wherein the quasi-orthogonal scrambling sequence of the DCI is initialized using 'n beamID ∗ 2 X ' and 'n SCID ∗ 2 Z ', where 'n beamID ' denotes the beam index, 'X' is a value determined based on a maximum number of the multiplexed plurality of beams, 'n SCID ' denotes a scrambling identifier, and 'Z' is determined based on a maximum number of UEs of multi-user multiple input multiple output, MU-MIMO, in a same beam.
Device for unloading general cargo from a shipping container or truck, which device comprises: - a mobile driven chassis ; - a height-displaceable platform arranged on the chassis via a parallelogram-shaped rod system ; - a conveyor track tiltable around a horizontal axis and arranged with an end on the chassis ; - drive means for driving the tilting movement of the conveyor track ; - coupling means arranged between the free end of the conveyor track and the platform , so that the platform is displaced in the height with the tilting movement of the conveyor track , characterized in that the coupling means comprise a flexible element, such as a cord, cable or chain, wherein the free end of the conveyor track reaches to a position above the platform . - a mobile driven chassis ; - a height-displaceable platform arranged on the chassis via a parallelogram-shaped rod system ; - a conveyor track tiltable around a horizontal axis and arranged with an end on the chassis ; - drive means for driving the tilting movement of the conveyor track ; - coupling means arranged between the free end of the conveyor track and the platform , so that the platform is displaced in the height with the tilting movement of the conveyor track , the coupling means comprise a flexible element, such as a cord, cable or chain, wherein the free end of the conveyor track reaches to a position above the platform .
A chair comprising: a leg erected on a floor surface; a seat arranged above the leg ; and a support mechanism (2; 5; 6; 7; 8) interposed between the leg and the seat , wherein the support mechanism (2; 5; 6; 7; 8) is arranged below the seat , and is configured to movably support the seat , at least at two locations in a front-rear direction and two locations in a left-right direction, along a predetermined trajectory, the support mechanism (2; 5; 6; 7; 8) comprises: a return-force generation mechanism (P) configured to generate, in accordance with an amount of movement, a return force in a direction of returning the seat having moved in a front-rear or left-right direction from a reference position (S), to the reference position (S), characterized in that the support mechanism (2; 5; 6; 7; 8) further comprises a seat inclining function configured such that, when a seat surface inclines, the seat moves in a direction of the inclination and to downwardly incline a tip side in a movement direction of the seat in accordance with movement of the seat from a predetermined reference position (S). a leg erected on a floor surface; a seat arranged above the leg ; and a support mechanism (2; 5; 6; 7; 8) interposed between the leg and the seat , wherein the support mechanism (2; 5; 6; 7; 8) is arranged below the seat , and is configured to movably support the seat , at least at two locations in a front-rear direction and two locations in a left-right direction, along a predetermined trajectory, the support mechanism (2; 5; 6; 7; 8) comprises: a return-force generation mechanism (P) configured to generate, in accordance with an amount of movement, a return force in a direction of returning the seat having moved in a front-rear or left-right direction from a reference position (S), to the reference position (S), characterized in that the support mechanism (2; 5; 6; 7; 8) further comprises a seat inclining function configured such that, when a seat surface inclines, the seat moves in a direction of the inclination and to downwardly incline a tip side in a movement direction of the seat in accordance with movement of the seat from a predetermined reference position (S). a return-force generation mechanism (P) configured to generate, in accordance with an amount of movement, a return force in a direction of returning the seat having moved in a front-rear or left-right direction from a reference position (S), to the reference position (S), characterized in that the support mechanism (2; 5; 6; 7; 8) further comprises a seat inclining function configured such that, when a seat surface inclines, the seat moves in a direction of the inclination and to downwardly incline a tip side in a movement direction of the seat in accordance with movement of the seat from a predetermined reference position (S).
A pulp moulding apparatus comprising: first and second mould tools having first and second mould cavities, the mould tools being movable between a closed configuration in which the first and second mould cavities combine to form a moulded pulp item and a release configuration in which the first and second mould tools are separated to enable release of the moulded pulp item; and a vacuum source connected to the first mould tool ; wherein the first and second mould tools each include a mould surface , a vacuum cavity located on the rear side of the mould surface, a fluid connection channel , and a connector , the connectors of the first and second mould tools being arranged to fluidly connect the fluid connection channels of the first and second mould tools when the first and second mould tools are in the closed configuration such that a vacuum applied to the vacuum cavity of the first mould tool by the vacuum source is simultaneously applied to the vacuum cavity of the second mould tool via the fluid connection channels . first and second mould tools having first and second mould cavities, the mould tools being movable between a closed configuration in which the first and second mould cavities combine to form a moulded pulp item and a release configuration in which the first and second mould tools are separated to enable release of the moulded pulp item; and a vacuum source connected to the first mould tool ; wherein the first and second mould tools each include a mould surface , a vacuum cavity located on the rear side of the mould surface, a fluid connection channel , and a connector , the connectors of the first and second mould tools being arranged to fluidly connect the fluid connection channels of the first and second mould tools when the first and second mould tools are in the closed configuration such that a vacuum applied to the vacuum cavity of the first mould tool by the vacuum source is simultaneously applied to the vacuum cavity of the second mould tool via the fluid connection channels .
Assembly module for a motor vehicle , with an optical sensor system which is suitable a) to monitor a detection area located outside the vehicle , b) in the event of detection of a user in the detection area , to trigger a signal for starting an authentication check between an ID transmitter and the motor vehicle , c) to monitor an operating area located outside the vehicle and differing from the detection area , d) to provide an operating signal for the vehicle in the event of detection of a user in the operating area , wherein an emergency actuation for additionally triggering the operating signal is comprised, which is suitable e) to provide an operating signal for the vehicle by activating the emergency actuation with a body part of the user , wherein the sensor system emits light in the range not visible to the user , wherein the sensor system emits pulsed light. a) to monitor a detection area located outside the vehicle , b) in the event of detection of a user in the detection area , to trigger a signal for starting an authentication check between an ID transmitter and the motor vehicle , c) to monitor an operating area located outside the vehicle and differing from the detection area , d) to provide an operating signal for the vehicle in the event of detection of a user in the operating area , wherein an emergency actuation for additionally triggering the operating signal is comprised, which is suitable e) to provide an operating signal for the vehicle by activating the emergency actuation with a body part of the user ,
A guiding system for a robot , the guiding system comprising: a millimeter-wave positioning system configured to emit a radar positioning signal ; receive a reflection of the radar positioning signal from the robot ; and determine, using the reflection, a position of the robot relative to a base station for charging the robot ; and a transmitter configured to emit a radar guiding signal for guiding the robot to the base station by following a radiation pattern of the radar guiding signal and to steer the radar guiding signal towards the position of the robot based on the determined position. a millimeter-wave positioning system configured to emit a radar positioning signal ; receive a reflection of the radar positioning signal from the robot ; and determine, using the reflection, a position of the robot relative to a base station for charging the robot ; and emit a radar positioning signal ; receive a reflection of the radar positioning signal from the robot ; and determine, using the reflection, a position of the robot relative to a base station for charging the robot ; and a transmitter configured to emit a radar guiding signal for guiding the robot to the base station by following a radiation pattern of the radar guiding signal and to steer the radar guiding signal towards the position of the robot based on the determined position.
A method of treating comminuted waste material, the method comprising: a) providing a heating chamber and one or more combustion heating means for heating the contents of the heating chamber , the heating chamber having an inlet and an outlet and comprising a first and second zone , b) feeding comminuted waste material through the inlet and into the heating chamber ; c) heating the comminuted waste material in the first and second zone of the heating chamber , using the combustion heating means , to generate a combustible gas; d) supplying at least a portion of the generated combustible gas to the one or more combustion heating means for heating the first and second zones of the heating chamber ; and e) heating the comminuted waste material in the first zone of the heating chamber to a first temperature T1 to gasify the comminuted waste material; heating the gasified material in the second zone of the heating chamber to a second temperature T2 to generate combustible gas, where the second temperature T2 is greater than the first temperature T1, and adjusting the amount of heat applied by the one or more combustion heating means to the first and second zones of the heating chamber by altering the ratio of two or more fuel components supplied to the one or more combustion heating means . a) providing a heating chamber and one or more combustion heating means for heating the contents of the heating chamber , the heating chamber having an inlet and an outlet and comprising a first and second zone , b) feeding comminuted waste material through the inlet and into the heating chamber ; c) heating the comminuted waste material in the first and second zone of the heating chamber , using the combustion heating means , to generate a combustible gas; d) supplying at least a portion of the generated combustible gas to the one or more combustion heating means for heating the first and second zones of the heating chamber ; and e) heating the comminuted waste material in the first zone of the heating chamber to a first temperature T1 to gasify the comminuted waste material; heating the gasified material in the second zone of the heating chamber to a second temperature T2 to generate combustible gas, where the second temperature T2 is greater than the first temperature T1, and adjusting the amount of heat applied by the one or more combustion heating means to the first and second zones of the heating chamber by altering the ratio of two or more fuel components supplied to the one or more combustion heating means .
An acoustic system for improving the acoustic quality in a room for speech, the acoustic system comprising a room having a first zone (A) and a second zone (B), the first zone (A) comprising a first end of the room and the second zone (B) comprising a second end of the room opposite the first end of the room , the system further comprising a ceiling of the room , the ceiling comprising a plurality of ceiling tiles , wherein the ceiling tiles comprises a first group of ceiling tiles having sound absorbing properties and a second group of ceiling tiles having sound diffusing properties, wherein the first group of ceiling tiles comprises ceiling tiles being arranged in the second zone (B) and the second group of ceiling tiles comprises ceiling tiles being arranged in the first zone (A), and wherein the ceiling tiles arranged in the first zone (A) are arranged such that sound directed thereto is reflected to the first zone (A) and to the second zone (B).
A brain signal measurement and stimulation structure comprising: a flexible element comprising a contact part configured to be in contact with the surface of a cerebral cortex to measure a signal generated in the brain or transmit an external stimulus to the brain, a transmitting/receiving part configured to be positioned between a skull and a skin, and a connection part configured to connect the contact part and the transmitting/receiving part ; and an integrated circuit connected to the transmitting/receiving part to transmit and receive a signal, wherein the flexible element comprises a lower-layer support substrate , a graphene electrode layer and a wiring layer formed on the lower-layer support substrate , and an insulation layer formed on the graphene electrode layer and the wiring layer , the insulation layer is etched such that the graphene electrode layer is partially exposed, and a part of the graphene electrode layer and a part of the wiring layer are adjacently connected, wherein at least one of the contact part and connection part has a serpentine structure. a flexible element comprising a contact part configured to be in contact with the surface of a cerebral cortex to measure a signal generated in the brain or transmit an external stimulus to the brain, a transmitting/receiving part configured to be positioned between a skull and a skin, and a connection part configured to connect the contact part and the transmitting/receiving part ; and an integrated circuit connected to the transmitting/receiving part to transmit and receive a signal, wherein the flexible element comprises a lower-layer support substrate , a graphene electrode layer and a wiring layer formed on the lower-layer support substrate , and an insulation layer formed on the graphene electrode layer and the wiring layer , the insulation layer is etched such that the graphene electrode layer is partially exposed, and a part of the graphene electrode layer and a part of the wiring layer are adjacently connected, wherein at least one of the contact part and connection part has a serpentine structure.
An implantable device, comprising: a body comprising a wireless communication system; two or more electrodes in electrical communication with the wireless communication system configured to detect an electrophysiological signal transmitted by a nerve or emit an electrical pulse to the nerve; and a helical nerve cuff comprising at least one of the two or more electrodes positioned along a length of the helical nerve cuff, wherein the body is attached to the helical nerve cuff without an interceding lead between the body and the helical nerve cuff, and the helical nerve cuff is configured to at least partially wrap around a fibrous tissue comprising the nerve and position the at least one of the two or more electrodes in electrical communication with the nerve. a body comprising a wireless communication system; two or more electrodes in electrical communication with the wireless communication system configured to detect an electrophysiological signal transmitted by a nerve or emit an electrical pulse to the nerve; and a helical nerve cuff comprising at least one of the two or more electrodes positioned along a length of the helical nerve cuff, wherein the body is attached to the helical nerve cuff without an interceding lead between the body and the helical nerve cuff, and the helical nerve cuff is configured to at least partially wrap around a fibrous tissue comprising the nerve and position the at least one of the two or more electrodes in electrical communication with the nerve.
Decoupling mat comprising a plastic layer of film-like plastic with a structuring which defines indentations provided with undercuts on the first side and cavities arranged between the indentations on the opposite second side , said cavities crossing each other and forming a grid-like arrangement, and a fleece or fabric firmly connected to the second side and covering the cavities , characterized in that the cross section of the indentations increases in at least some corner regions in the direction of the first side , in particular increases continuously, preferably starting from the bottom of the corresponding indentation .
Use as fragrance of 3,7-dimethyloct-6-en-1-yl methyl carbonate.
A clothing treatment apparatus, comprising a cabinet, and a water-containing assembly , a sprinkling assembly and an atomization generator that are arranged in the cabinet; wherein the water-containing assembly comprises a water tank and a plurality of delivery pipelines, the water tank is connected to the atomization generator through one of the delivery pipelines, and the atomization generator is configured to perform atomized washing on the clothing; the water tank is connected to the sprinkling assembly through the rest of the delivery pipelines, and the sprinkling assembly is configured to perform sprinkling washing on the clothing, characterized in that : the water tank comprises a first water-containing member and a second water-containing member that communicate with each other, and the plurality of delivery pipelines comprise a first delivery pipeline , a second delivery pipeline , and a third delivery pipeline ; and an outlet of the first water-containing member is connected to the sprinkling assembly through the first delivery pipeline , a first outlet of the second water-containing member is connected to the atomization generator through the second delivery pipeline , and a second outlet of the second water-containing member is connected to the sprinkling assembly through the third delivery pipeline . wherein the water-containing assembly comprises a water tank and a plurality of delivery pipelines, the water tank is connected to the atomization generator through one of the delivery pipelines, and the atomization generator is configured to perform atomized washing on the clothing; the water tank is connected to the sprinkling assembly through the rest of the delivery pipelines, and the sprinkling assembly is configured to perform sprinkling washing on the clothing, characterized in that : the water tank comprises a first water-containing member and a second water-containing member that communicate with each other, and the plurality of delivery pipelines comprise a first delivery pipeline , a second delivery pipeline , and a third delivery pipeline ; and an outlet of the first water-containing member is connected to the sprinkling assembly through the first delivery pipeline , a first outlet of the second water-containing member is connected to the atomization generator through the second delivery pipeline , and a second outlet of the second water-containing member is connected to the sprinkling assembly through the third delivery pipeline . the water tank comprises a first water-containing member and a second water-containing member that communicate with each other, and the plurality of delivery pipelines comprise a first delivery pipeline , a second delivery pipeline , and a third delivery pipeline ; and an outlet of the first water-containing member is connected to the sprinkling assembly through the first delivery pipeline , a first outlet of the second water-containing member is connected to the atomization generator through the second delivery pipeline , and a second outlet of the second water-containing member is connected to the sprinkling assembly through the third delivery pipeline .