mhurhangee/patent-ind-claim-en huggingface dataset:
A recovery method for delivering extracted benzene, toluene and xylene from a gas stream in an amine-free environment, the method characterized by the steps of: introducing a feed stream of a hydrocarbon gas into an absorber, the hydrocarbon gas comprising the benzene, toluene and xylene; combining, in the absorber, the hydrocarbon gas with an aprotic solvent, the aprotic solvent being sulfolane, such that the hydrocarbon gas and the aprotic solvent are thoroughly intermixed so that the benzene, toluene and xylene are absorbed into the aprotic solvent, resulting in a benzene, toluene and xylene-rich solvent; vaporizing, using a vaporizer, the benzene, toluene and xylene-rich solvent, resulting in a vaporized benzene, toluene and xylene-rich solvent; and separating, using a distiller, the benzene, toluene and xylene from the vaporized benzene, toluene and xylene-rich solvent for delivering the extracted benzene, toluene and xylene from the hydrocarbon gas optionally at an extraction efficiency percentage of greater than 99%, wherein the percentage of benzene, toluene and xylene that is recovered is greater than 95%. introducing a feed stream of a hydrocarbon gas into an absorber, the hydrocarbon gas comprising the benzene, toluene and xylene; combining, in the absorber, the hydrocarbon gas with an aprotic solvent, the aprotic solvent being sulfolane, such that the hydrocarbon gas and the aprotic solvent are thoroughly intermixed so that the benzene, toluene and xylene are absorbed into the aprotic solvent, resulting in a benzene, toluene and xylene-rich solvent; vaporizing, using a vaporizer, the benzene, toluene and xylene-rich solvent, resulting in a vaporized benzene, toluene and xylene-rich solvent; and separating, using a distiller, the benzene, toluene and xylene from the vaporized benzene, toluene and xylene-rich solvent for delivering the extracted benzene, toluene and xylene from the hydrocarbon gas optionally at an extraction efficiency percentage of greater than 99%, wherein the percentage of benzene, toluene and xylene that is recovered is greater than 95%.
A respiratory waveform drawing system for drawing a respiratory waveform of a subject on a bed, the system comprising: a plurality of load detectors (11-14) which are to be placed in the bed or under legs of the bed, and which are configured to detect a load of the subject; a center of gravity position calculation unit configured to calculate a position of a center of gravity of the subject based on the load of the subject; and a waveform drawing unit configured to draw the respiratory waveform of the subject based on a temporal variation of the position of the center of gravity of the subject; characterized by a drawing compensation unit configured to compensate a drawing state of the respiratory waveform, wherein the drawing compensation unit comprises: a predictive waveform generation unit configured to generate a predictive waveform for the respiratory waveform of the subject based on the temporal variation of the position of the center of gravity of the subject in a past; and a correction distance calculation unit configured to calculate a distance between the respiratory waveform and the predictive waveform at a predetermined sampling time point, the drawing compensation unit being configured to compensate the drawing state of the respiratory waveform depending on the distance. a plurality of load detectors (11-14) which are to be placed in the bed or under legs of the bed, and which are configured to detect a load of the subject; a center of gravity position calculation unit configured to calculate a position of a center of gravity of the subject based on the load of the subject; and a waveform drawing unit configured to draw the respiratory waveform of the subject based on a temporal variation of the position of the center of gravity of the subject; characterized by a drawing compensation unit configured to compensate a drawing state of the respiratory waveform, wherein the drawing compensation unit comprises: a predictive waveform generation unit configured to generate a predictive waveform for the respiratory waveform of the subject based on the temporal variation of the position of the center of gravity of the subject in a past; and a correction distance calculation unit configured to calculate a distance between the respiratory waveform and the predictive waveform at a predetermined sampling time point, a predictive waveform generation unit configured to generate a predictive waveform for the respiratory waveform of the subject based on the temporal variation of the position of the center of gravity of the subject in a past; and a correction distance calculation unit configured to calculate a distance between the respiratory waveform and the predictive waveform at a predetermined sampling time point, the drawing compensation unit being configured to compensate the drawing state of the respiratory waveform depending on the distance.
Annular rotating bezel system intended to be rotatably mounted on a middle part of a watch case inside which is housed a timepiece movement which extends in a plane, comprising a rotating bezel , an annular holding ring , a toothed ring , and a spring ring which extends in a plane in which it is capable of deforming elastically along a radius, the spring ring cooperating elastically with the toothed ring , said toothed ring and said spring ring being held in an axial direction perpendicular to the plane of the movement in the bezel by the annular holding ring , either the toothed ring or the spring ring being arranged to be angularly joined to the rotating bezel , and the other being arranged to be angularly joined to the case middle , characterised in that the spring ring comprises at least one thinned portion arranged to increase the flexibility of the spring ring in its plane, the thinned portion having at least one tooth elastically and radially meshed with the toothed ring and wherein the rotating bezel comprises at least one lug extending over an inner lateral surface of the bezel , and in that the spring ring has, on an outer edge, at least one hollow in which the lug of the bezel is engaged to allow a rotating connection between the spring ring and the rotating bezel .
A method of communication at a first apparatus, comprising: scheduling to transmit a signal via a first uplink beam for a particular time with a second apparatus; generating the signal for transmission to the second apparatus; detecting at least one condition associated with transmitting the signal via the first uplink beam at a first transmission power, wherein the at least one condition includes the first uplink beam exceeding a maximum permissible exposure limit; refraining from transmitting the signal via the first uplink beam based on the at least one condition, wherein the signal is not transmitted via the first uplink beam at the particular time; and transmitting the signal to the second apparatus using a second uplink beam different from the first uplink beam, wherein the transmitting the signal to the second apparatus includes selecting the second uplink beam that does not exceed the maximum permissible exposure limit, indicating, to the second apparatus prior to the particular time, one or more uplink beams other than the first uplink beam for transmitting the signal, wherein the one or more uplink beams includes the second uplink beam, and transmitting the signal via the second uplink beam at the first transmission power, wherein the second uplink beam is directed in a different direction than the first uplink beam. scheduling to transmit a signal via a first uplink beam for a particular time with a second apparatus; generating the signal for transmission to the second apparatus; detecting at least one condition associated with transmitting the signal via the first uplink beam at a first transmission power, wherein the at least one condition includes the first uplink beam exceeding a maximum permissible exposure limit; refraining from transmitting the signal via the first uplink beam based on the at least one condition, wherein the signal is not transmitted via the first uplink beam at the particular time; and transmitting the signal to the second apparatus using a second uplink beam different from the first uplink beam, wherein the transmitting the signal to the second apparatus includes selecting the second uplink beam that does not exceed the maximum permissible exposure limit, indicating, to the second apparatus prior to the particular time, one or more uplink beams other than the first uplink beam for transmitting the signal, wherein the one or more uplink beams includes the second uplink beam, and transmitting the signal via the second uplink beam at the first transmission power, wherein the second uplink beam is directed in a different direction than the first uplink beam.
A base station (BTS) comprising: transmission means adapted to transmit a multimedia broadcast/multicast service carrier having a frame structure for MBMS services, assigning means adapted to assign specific information to at least one frame of said multimedia broadcast/multicast service carrier by stealing the at least one frame from said broadcast/multicast service carrier and assigning said specific information in its place, wherein the specific information is a downlink MBMS Associated Control Channel, which is a combination of a broadcast channel and an associated point-to-multipoint control channel, wherein a user equipment (UE) upon receiving said specific information is enabled to establish a connection without interrupting the reception of said broadcast/multicast service carrier.
Composite material comprising diatomaceous earth in association with calcium carbonate and a crystalline phase based on iron, characterised in that said crystalline phase is present only at the surface of said diatomaceous earth.
A method comprising: projecting a movement of a person in a virtual reality (VR) environment based on an actual movement of the person , wherein projecting the movement of the person comprises: projecting a movement trajectory of the person and determining a projected probability of contact with a real object ; and determining a movement along the projected movement trajectory based on at least one of a projected velocity or a projected acceleration; and if the projected movement and the projected probability satisfy a threshold relative to a position of the real object in a physical space in which the VR environment is implemented, changing a representation of the real object from an un-displayed state to an at least partially displayed state in the VR environment , wherein the real object in the displayed state is partially visible to the person . projecting a movement of a person in a virtual reality (VR) environment based on an actual movement of the person , wherein projecting the movement of the person comprises: projecting a movement trajectory of the person and determining a projected probability of contact with a real object ; and determining a movement along the projected movement trajectory based on at least one of a projected velocity or a projected acceleration; projecting a movement trajectory of the person and determining a projected probability of contact with a real object ; and determining a movement along the projected movement trajectory based on at least one of a projected velocity or a projected acceleration; and if the projected movement and the projected probability satisfy a threshold relative to a position of the real object in a physical space in which the VR environment is implemented, changing a representation of the real object from an un-displayed state to an at least partially displayed state in the VR environment , wherein the real object in the displayed state is partially visible to the person .
A porous ceramic structure (11; 21) intended to form the reinforcement of a ceramic matrix composite component, the structure having a connected porosity delimited by an internal surface (14; 25) which comprises a plurality of first points (A1, A2), each first point being associated with a second point (B1, B2) aligned with this first point along a normal (N1, N2) to the internal surface taken at the first point, the structure being divisible into a plurality of unit volumes (10; 20) of a size less than or equal to 5 mm 3 in each of which: - a characteristic pore length (LC), corresponding to the maximum of the distance (L1, L2) separating each first point (A1, A2) from its associated second point (B1, B2), is less than or equal to 0.5 mm; and - a porosity ratio is greater than or equal to 50%; and comprising a plurality of interconnected structural elements which define the connected porosity, wherein in each unit volume a surface bridging ratio corresponding to the ratio between the sum of the surfaces connecting two structural elements to each other and the sum of the free surfaces of the structural elements is less than or equal to 15%, wherein the structural elements are beams and wherein the beams are arranged to form a 4D structure where the beams are oriented in four directions given by the diagonals of a cube. - a characteristic pore length (LC), corresponding to the maximum of the distance (L1, L2) separating each first point (A1, A2) from its associated second point (B1, B2), is less than or equal to 0.5 mm; and - a porosity ratio is greater than or equal to 50%; and
A method performed by a base station , the method comprising: transmitting at least one message allocating resources of an uplink frame, the at least one message allocating: a first partition of the resources of the uplink frame as demand assigned resources (DA), the demand assigned resources (DA) allocated to a first user equipment (102a-f), UE, in response to a request for uplink resources received prior to transmitting the at least one message ; a second partition of the resources of the uplink frame as free assigned resources (FA), the free assigned resources (FA) allocated to a second UE (102a-f), not in response to a request for uplink resources; a third partition of the resources of the uplink frame as random access resources (RA), the random access resources (RA) allocated for shared use by a third UE (102a-f) and a fourth UE (102a-f), for random access uplink communication. a first partition of the resources of the uplink frame as demand assigned resources (DA), the demand assigned resources (DA) allocated to a first user equipment (102a-f), UE, in response to a request for uplink resources received prior to transmitting the at least one message ; a second partition of the resources of the uplink frame as free assigned resources (FA), the free assigned resources (FA) allocated to a second UE (102a-f), not in response to a request for uplink resources; a third partition of the resources of the uplink frame as random access resources (RA), the random access resources (RA) allocated for shared use by a third UE (102a-f) and a fourth UE (102a-f), for random access uplink communication.
A system , comprising: an intraluminal device configured to be positioned within a body lumen of a patient, the intraluminal device comprising a proximal portion and a distal portion , , wherein the intraluminal device further comprises: a catheter shaft and a catheter cable configured to be sneaked or passed through the catheter shaft during assembly; a sensor disposed at the distal portion ; a proximal connector comprising a printed circuit board assembly (PCBA) , the PCBA being configured to interface with a user console and disposed at the proximal portion , wherein a substrate of the PBCA has a length (L1); and a plurality of electrical wires connecting the sensor and the proximal connector , wherein the plurality of electrical wires are attached to the substrate of the PCBA at an angle with respect to the length orientation of the substrate to allow the electrical wires to fold up in the direction of the substrate during compression inside the catheter shaft, such that the PCBA and electrical wires terminated thereon together are configurable to form a cross-section of 2 mm 2 or less. an intraluminal device configured to be positioned within a body lumen of a patient, the intraluminal device comprising a proximal portion and a distal portion , , wherein the intraluminal device further comprises: a catheter shaft and a catheter cable configured to be sneaked or passed through the catheter shaft during assembly; a sensor disposed at the distal portion ; a proximal connector comprising a printed circuit board assembly (PCBA) , the PCBA being configured to interface with a user console and disposed at the proximal portion , wherein a substrate of the PBCA has a length (L1); and a plurality of electrical wires connecting the sensor and the proximal connector , wherein the plurality of electrical wires are attached to the substrate of the PCBA at an angle with respect to the length orientation of the substrate to allow the electrical wires to fold up in the direction of the substrate during compression inside the catheter shaft, such that the PCBA and electrical wires terminated thereon together are configurable to form a cross-section of 2 mm 2 or less. a proximal connector comprising a printed circuit board assembly (PCBA) , the PCBA being configured to interface with a user console and disposed at the proximal portion , wherein a substrate of the PBCA has a length (L1); and a plurality of electrical wires connecting the sensor and the proximal connector , wherein the plurality of electrical wires are attached to the substrate of the PCBA at an angle with respect to the length orientation of the substrate to allow the electrical wires to fold up in the direction of the substrate during compression inside the catheter shaft, such that the PCBA and electrical wires terminated thereon together are configurable to form a cross-section of 2 mm 2 or less.
An elevator information system for safe cabin environment, characterized in that it is a system comprising of a) a camera provided in the cabin and configured to detect the number of passengers in the cabin, b) an elevator controller configured to calculate or correlate the operation time of the air circulation fan and/or air purifier/filter of the elevator and c) a means of wireless communication technology, wherein the system is configured to inform a passenger on parameters affecting cabin air quality prior to his entrance in the elevator, namely on the number of persons who used the elevator , the time elapsed since the cabin emptied , the number of times that the indoor cabin air has been renewed , and finally an estimation of the time remaining until the indoor cabin air is completely refreshed, according to the characteristics of the fan and/or the air purifier that are installed in the cabin .
A system comprising a washing machine and a module for creating a foam treatment for garments, the module comprising: a T-junction comprising a first inlet, a second inlet, and an outlet; a first inlet line fluidly connected to the first inlet and comprising a vessel containing a solution fluidly connected to a pump; a second inlet line fluidly connected to the second inlet and comprising an air compressor and a flow regulator; and an outlet line having a first end fluidly connected to the outlet, a second end opposite the first end, and a cartridge between the first and second ends and having an amount of stainless steel sponge, wherein the second end of the cartridge is disposed within a drum of the washing machine. a T-junction comprising a first inlet, a second inlet, and an outlet; a first inlet line fluidly connected to the first inlet and comprising a vessel containing a solution fluidly connected to a pump; a second inlet line fluidly connected to the second inlet and comprising an air compressor and a flow regulator; and an outlet line having a first end fluidly connected to the outlet, a second end opposite the first end, and a cartridge between the first and second ends and having an amount of stainless steel sponge, wherein the second end of the cartridge is disposed within a drum of the washing machine.
A head-mounted display device comprising: a visor assembly including a display assembly to cause an image to be displayed to a user, the visor assembly including an electronic component that generates heat during operation; a head fitting assembly , flexibly coupled via a hinge to the visor assembly, by which the head-mounted display device can be worn on a head of the user, the head fitting assembly including a heat dissipation structure ; and a multilayer flexible thermal conduit that passes from the visor assembly to the head fitting assembly, to convey heat generated by the electronic component to the heat dissipation structure in the head fitting assembly, characterized in that the multilayer flexible thermal conduit comprises a plurality of flexible thermally conductive layers; and the plurality of flexible thermally conductive layers are not affixed to each other in a region where the head fitting assembly is hinged to the visor assembly, such that the plurality of flexible thermally conductive layers are able to flex separately in the region of the hinge. a visor assembly including a display assembly to cause an image to be displayed to a user, the visor assembly including an electronic component that generates heat during operation; a head fitting assembly , flexibly coupled via a hinge to the visor assembly, by which the head-mounted display device can be worn on a head of the user, the head fitting assembly including a heat dissipation structure ; and a multilayer flexible thermal conduit that passes from the visor assembly to the head fitting assembly, to convey heat generated by the electronic component to the heat dissipation structure in the head fitting assembly, characterized in that the multilayer flexible thermal conduit comprises a plurality of flexible thermally conductive layers; and the plurality of flexible thermally conductive layers are not affixed to each other in a region where the head fitting assembly is hinged to the visor assembly, such that the plurality of flexible thermally conductive layers are able to flex separately in the region of the hinge.
Vehicle , in particular hybrid vehicle with inductive charging capability, comprising • an electric machine for driving the vehicle , • a battery for powering the electric machine , • an internal combustion engine for generating electrical energy and/or directly driving the vehicle , • a secondary coil , which is arranged on the underside of the internal combustion engine , for inductive charging of the battery , characterized by • a height-adjustable engine mount for the fastening of the internal combustion engine to a chassis of the vehicle , • wherein the engine mount is designed to lower the internal combustion engine together with the secondary coil relative to the chassis for a charging process. • an electric machine for driving the vehicle , • a battery for powering the electric machine , • an internal combustion engine for generating electrical energy and/or directly driving the vehicle , • a secondary coil , which is arranged on the underside of the internal combustion engine , for inductive charging of the battery , characterized by • a height-adjustable engine mount for the fastening of the internal combustion engine to a chassis of the vehicle , • wherein the engine mount is designed to lower the internal combustion engine together with the secondary coil relative to the chassis for a charging process.