mhurhangee/ep-ind-claims huggingface dataset:
An electromagnetic radiation delivery system, wherein the delivery system is adapted for removable insertion into an endotracheal tube capable of being disposed within a patient's trachea while ventilating and maintaining patency of the patient's airway, the endotracheal tube being optically clear or translucent and having a lumen defined by a tube wall and a ventilator collar for coupling the endotracheal tube to a ventilator, the EMR delivery system to deliver therapeutic EMR to the patient, the EMR delivery system comprising: an EMR source for emitting non-ultraviolet, therapeutic EMR having intensity sufficient to activate desired therapeutic properties within the patient; an EMR conduction line conducive to the propagation of EMR from the EMR source along the endotracheal tube, the EMR conduction line being adapted to be removably inserted into the endotracheal tube; and a coupling to connect the EMR source to a coupling end of the EMR conduction line; characterized in that the EMR delivery system further comprises a port adapter for receiving the EMR conduction line such that the EMR conduction line is adapted to be removably passable through the port adapter, the port adapter being adapted for connection to the endotracheal tube. wherein the delivery system is adapted for removable insertion into an endotracheal tube capable of being disposed within a patient's trachea while ventilating and maintaining patency of the patient's airway, the endotracheal tube being optically clear or translucent and having a lumen defined by a tube wall and a ventilator collar for coupling the endotracheal tube to a ventilator, the EMR delivery system to deliver therapeutic EMR to the patient, the EMR delivery system comprising: an EMR source for emitting non-ultraviolet, therapeutic EMR having intensity sufficient to activate desired therapeutic properties within the patient; an EMR conduction line conducive to the propagation of EMR from the EMR source along the endotracheal tube, the EMR conduction line being adapted to be removably inserted into the endotracheal tube; and a coupling to connect the EMR source to a coupling end of the EMR conduction line; an EMR source for emitting non-ultraviolet, therapeutic EMR having intensity sufficient to activate desired therapeutic properties within the patient; an EMR conduction line conducive to the propagation of EMR from the EMR source along the endotracheal tube, the EMR conduction line being adapted to be removably inserted into the endotracheal tube; and a coupling to connect the EMR source to a coupling end of the EMR conduction line; characterized in that the EMR delivery system further comprises a port adapter for receiving the EMR conduction line such that the EMR conduction line is adapted to be removably passable through the port adapter, the port adapter being adapted for connection to the endotracheal tube.
A display device comprising: a display unit which comprises a display area and a first hole formed in the display area; and an input sensing unit which is disposed on the display unit and comprises a second hole corresponding to the first hole, wherein the input sensing unit further comprises: a base layer which comprises an adjacent area (IS-AA) located adjacent to the second hole and a sensing area (IS-DA) overlapping the display area and surrounding the adjacent area (IS-AA); detection electrodes which are disposed on the sensing area (IS-DA); and a first connection wiring which is disposed on the adjacent area (IS-AA) and electrically connects detection electrodes spaced apart by the second hole among the detection electrodes, characterised in that the first connection wiring does not overlap the detection electrodes in a plan view of the display device. a display unit which comprises a display area and a first hole formed in the display area; and an input sensing unit which is disposed on the display unit and comprises a second hole corresponding to the first hole, wherein the input sensing unit further comprises: a base layer which comprises an adjacent area (IS-AA) located adjacent to the second hole and a sensing area (IS-DA) overlapping the display area and surrounding the adjacent area (IS-AA); detection electrodes which are disposed on the sensing area (IS-DA); and a first connection wiring which is disposed on the adjacent area (IS-AA) and electrically connects detection electrodes spaced apart by the second hole among the detection electrodes, characterised in that the first connection wiring does not overlap the detection electrodes in a plan view of the display device. a base layer which comprises an adjacent area (IS-AA) located adjacent to the second hole and a sensing area (IS-DA) overlapping the display area and surrounding the adjacent area (IS-AA); detection electrodes which are disposed on the sensing area (IS-DA); and a first connection wiring which is disposed on the adjacent area (IS-AA) and electrically connects detection electrodes spaced apart by the second hole among the detection electrodes, characterised in that the first connection wiring does not overlap the detection electrodes in a plan view of the display device.
Flame retarded polystyrene compositions containing: at least a polystyrene crystal homopolymer, at least an inorganic hypophosphite, at least an halogen containing molecule or polymer, at least a so called "organic synergic" or "radical initiator" wherein said polystyrene, after processing, has a weight average molecular weight (Mw); determined by GPC according to the description of at least 90% of the polystyrene in an identical composition without said compounds, and. at least a polystyrene crystal homopolymer, at least an inorganic hypophosphite, at least an halogen containing molecule or polymer, at least a so called "organic synergic" or "radical initiator"
A method for operating a receiving end in a wireless communication system, the method comprises: receiving subset information of analog beams of a transmitting end, from the transmitting end; and transmitting to the transmitting end information on a combination of transmit beams to be used for data signal transmission to the receiving end, using an analog beamforming of the transmitting end, wherein the information on a combination of transmit beams is determined based on the subset information, wherein the subset information indicates one of: at least one subset into which the analog beams are classified, and, information used to classify the at least one subset, and wherein each analog beam of the at least one subset has a correlation equal to or less than a threshold, with one another. receiving subset information of analog beams of a transmitting end, from the transmitting end; and transmitting to the transmitting end information on a combination of transmit beams to be used for data signal transmission to the receiving end, using an analog beamforming of the transmitting end, wherein the information on a combination of transmit beams is determined based on the subset information, wherein the subset information indicates one of: at least one subset into which the analog beams are classified, and, information used to classify the at least one subset, and wherein each analog beam of the at least one subset has a correlation equal to or less than a threshold, with one another.
A multi-layered carbon ceramic brake disk having at least one carrier body, and at least one ventilation layer that comprises ventilation ducts, and at least one friction layer, made by joining green bodies of at least one individual carrier body, and of at least one individual ventilation layer, and of at least one individual friction layer, which green bodies comprise thermoplastic or thermoset polymeric materials, in their solid or cured states, and by subsequent carbonisation and ceramicisation by infiltration with carbide-forming elements, characterised in that the multi-layered carbon ceramic brake disk has a symmetrical structure with a sequence of layers of a friction layer, a carrier body, a ventilation layer comprising ventilation ducts, a second carrier body, and a second friction layer.
An adaptive milking system, comprising: a memory operable to store a default threshold flow rate; and a processor operable to: receive from a milk meter a measured flow rate of milking an animal during a first period of time; calculate a percentage of the measured flow rate; monitor the flow rate of milking the animal; trigger a delay timer when the monitored flow rate of milking the animal becomes lower than the larger of (a) the default threshold flow rate and (b) the calculated percentage of the measured flow rate; and generate a control signal to stop the milking process when the delay timer reaches a threshold time. a memory operable to store a default threshold flow rate; and a processor operable to: receive from a milk meter a measured flow rate of milking an animal during a first period of time; calculate a percentage of the measured flow rate; monitor the flow rate of milking the animal; trigger a delay timer when the monitored flow rate of milking the animal becomes lower than the larger of (a) the default threshold flow rate and (b) the calculated percentage of the measured flow rate; and generate a control signal to stop the milking process when the delay timer reaches a threshold time. receive from a milk meter a measured flow rate of milking an animal during a first period of time; calculate a percentage of the measured flow rate; monitor the flow rate of milking the animal; trigger a delay timer when the monitored flow rate of milking the animal becomes lower than the larger of (a) the default threshold flow rate and (b) the calculated percentage of the measured flow rate; and generate a control signal to stop the milking process when the delay timer reaches a threshold time.
A method of preparing a suspension of a polymersome-encapsulated functional protein, comprising: thermally blending a quantity of an amphiphilic diblock copolymer with a quantity of a low molecular weight polyethylene glycol for at least 30 minutes, wherein the thermal blending is performed at 90-100 °C to produce a PEG/polymer formulation, wherein the amphiphilic diblock copolymer comprises poly(ethylene oxide)-block-poly(butadiene) (PEO-b-PBD); mixing and cooling the PEG/polymer formulation to room temperature; adding an aliquot of a solution of a functional protein to a sample containing the PEG/polymer formulation, wherein a ratio of the aliquot to the PEG/polymer formulation is between around 0.5:1 and around 1.5:1 by volume to produce polymersomes; and performing at least three dilution steps such that the polymersomes are progressively saturated with the functional protein, wherein each dilution step comprises: adding to the sample an additional amount of the solution of the functional protein; mixing a resulting dispersion of the functional protein in the PEG/polymer formulation; and sonicating the resulting dispersion for at least 30 minutes; removing surface-associated protein from polymersomes in the suspension of the polymersome-encapsulated functional protein using proteolysis wherein using proteolysis comprises: treating the PEG/polymer/protein sample with a 0.4 wt% pronase solution for at least 18 hours at room temperature allowing dialysis of the mixed PEG/polymer/protein sample at 4 °C for at least twelve hours. thermally blending a quantity of an amphiphilic diblock copolymer with a quantity of a low molecular weight polyethylene glycol for at least 30 minutes, wherein the thermal blending is performed at 90-100 °C to produce a PEG/polymer formulation, wherein the amphiphilic diblock copolymer comprises poly(ethylene oxide)-block-poly(butadiene) (PEO-b-PBD); mixing and cooling the PEG/polymer formulation to room temperature; adding an aliquot of a solution of a functional protein to a sample containing the PEG/polymer formulation, wherein a ratio of the aliquot to the PEG/polymer formulation is between around 0.5:1 and around 1.5:1 by volume to produce polymersomes; and performing at least three dilution steps such that the polymersomes are progressively saturated with the functional protein, wherein each dilution step comprises: adding to the sample an additional amount of the solution of the functional protein; mixing a resulting dispersion of the functional protein in the PEG/polymer formulation; and sonicating the resulting dispersion for at least 30 minutes; adding to the sample an additional amount of the solution of the functional protein; mixing a resulting dispersion of the functional protein in the PEG/polymer formulation; and sonicating the resulting dispersion for at least 30 minutes;
A gasket mainly comprising a non-halogen flame retardant-containing adhesive sheet, wherein at least one surface of the gasket is an adhesive face of the aforementioned non-halogen flame retardant-containing adhesive sheet, the aforementioned non-halogen flame retardant-containing adhesive sheet is an adhesive sheet wherein a non-halogen flame retardant-containing adhesive layer/a nonporous core film/a non-halogen flame retardant-containing adhesive layer are laminated in this order, a primer layer is formed on at least one surface of the nonporous core film, and the non-halogen flame retardant is a phosphorus flame retardant selected from phosphates, aromatic condensed phosphates and ammonium polyphosphates.
A transparency comprising: at least two sheets (22, 30) joined together; at least one sensor element (84, 162, 220) responsive to moisture positioned between the at least two sheets (22, 30); sensor electronics operatively connected to the sensor element (84, 162, 220) to measure an electrical property of the sensor element (84, 162, 220) that changes as a function of corrosion caused by moisture, and at least one power source operatively connected to the sensor element (84, 162, 220) and to the sensor electronics, characterized in that: the sensor electronics measure the electrical property of the sensor element (84, 162, 220) to determine if the sensor element (84, 162, 220) is a new sensor element, an operating sensor element, a saturated sensor element, or a broken sensor element, and in that a moisture seal overlays at least a portion of marginal edges (40, 44) of outer opposed surfaces (42, 46) and peripheral edges of the transparency. at least two sheets (22, 30) joined together; at least one sensor element (84, 162, 220) responsive to moisture positioned between the at least two sheets (22, 30); sensor electronics operatively connected to the sensor element (84, 162, 220) to measure an electrical property of the sensor element (84, 162, 220) that changes as a function of corrosion caused by moisture, and at least one power source operatively connected to the sensor element (84, 162, 220) and to the sensor electronics, characterized in that: the sensor electronics measure the electrical property of the sensor element (84, 162, 220) to determine if the sensor element (84, 162, 220) is a new sensor element, an operating sensor element, a saturated sensor element, or a broken sensor element, and in that a moisture seal overlays at least a portion of marginal edges (40, 44) of outer opposed surfaces (42, 46) and peripheral edges of the transparency. the sensor electronics measure the electrical property of the sensor element (84, 162, 220) to determine if the sensor element (84, 162, 220) is a new sensor element, an operating sensor element, a saturated sensor element, or a broken sensor element, and in that a moisture seal overlays at least a portion of marginal edges (40, 44) of outer opposed surfaces (42, 46) and peripheral edges of the transparency.
A bending machine, in particular a press brake, comprising: a machine frame having a first side part and a second side part; a stationary press beam, which is coupled to the machine frame and extends between the first side part and the second side part in a Z direction oriented in the press brake longitudinal direction; a cross beam, which is coupled to the first side part and the second side part and extends between the side parts (5, 6) and is arranged above the stationary press beam; at least one actuator, which is coupled to the cross beam by means of an actuator suspension; an adjustable press beam, which is coupled movably to the cross beam by means of the at least one actuator and can be adjusted in a vertical Y direction relative to the stationary press beam, characterised in that the actuator suspension comprises a first linear guide and a second linear guide, wherein the first linear guide is designed to transmit a vertical force acting in the Y direction and wherein the second linear guide is designed to transmit a horizontal force acting in an X direction normal to the Y direction and the Z direction, wherein the actuator can be displaced in the Z direction by means of the actuator suspension. a machine frame having a first side part and a second side part; a stationary press beam, which is coupled to the machine frame and extends between the first side part and the second side part in a Z direction oriented in the press brake longitudinal direction; a cross beam, which is coupled to the first side part and the second side part and extends between the side parts (5, 6) and is arranged above the stationary press beam; at least one actuator, which is coupled to the cross beam by means of an actuator suspension; an adjustable press beam, which is coupled movably to the cross beam by means of the at least one actuator and can be adjusted in a vertical Y direction relative to the stationary press beam, characterised in that the actuator suspension comprises a first linear guide and a second linear guide, wherein the first linear guide is designed to transmit a vertical force acting in the Y direction and wherein the second linear guide is designed to transmit a horizontal force acting in an X direction normal to the Y direction and the Z direction, wherein the actuator can be displaced in the Z direction by means of the actuator suspension.
An aggregate saw chain for a hand held chain saw, the saw chain comprising: a plurality of drive links coupled together with cutter links and/or tie straps, the drive links, tie straps and cutter links being pivotally coupled by rivets passing though aligned rivet holes; characterized in that the saw chain has a pitch within a range of approximately 11.18 mm (0.440 inches) to 11.43 mm (0.450 inches), and in that the saw chain has a maximum width of approximately 5.72 mm (0.225 inches). a plurality of drive links coupled together with cutter links and/or tie straps, the drive links, tie straps and cutter links being pivotally coupled by rivets passing though aligned rivet holes; characterized in that the saw chain has a pitch within a range of approximately 11.18 mm (0.440 inches) to 11.43 mm (0.450 inches), and in that the saw chain has a maximum width of approximately 5.72 mm (0.225 inches).
A method of using vault-like particles as carrier molecules to deliver one or more than one substance to an environmental medium, comprising: a) providing vault-like particles comprising the one or more than one substance, wherein the vault-like particles: (i) comprise, consist essentially of or consist of a modified MVP; (ii) comprise a modified VPARP or modified portion of VPARP comprising at least 150 consecutive residues of VPARP; or (iii) comprise both a modified MVP and a modified VPARP or modified portion of VPARP comprising at least 150 consecutive residues of VPARP; and b) administering the vault-like particles to the environmental medium, wherein the one or more than one substance is selected from the group consisting of an enzyme, a pharmaceutical agent, a plasmid, a polynucleotide, a polypeptide, a chemical sensor, a fluorescent sensor, an ionic sensor, a microorganism sensor, an optical sensor or a pH sensor, or a combination thereof. a) providing vault-like particles comprising the one or more than one substance, wherein the vault-like particles: (i) comprise, consist essentially of or consist of a modified MVP; (ii) comprise a modified VPARP or modified portion of VPARP comprising at least 150 consecutive residues of VPARP; or (iii) comprise both a modified MVP and a modified VPARP or modified portion of VPARP comprising at least 150 consecutive residues of VPARP; and (i) comprise, consist essentially of or consist of a modified MVP; (ii) comprise a modified VPARP or modified portion of VPARP comprising at least 150 consecutive residues of VPARP; or (iii) comprise both a modified MVP and a modified VPARP or modified portion of VPARP comprising at least 150 consecutive residues of VPARP; and b) administering the vault-like particles to the environmental medium,
Trolley for supporting and moving motorcycles, comprising a base extending in a longitudinal direction (X-X) and divided along the longitudinal direction (X-X) into two half-bases (10a;10b), respectively a front half-base and a rear half-base, the opposite, respectively front and rear, free ends of said half-bases being fixed to a respective cross-piece provided with swivel wheels; means for guiding and retaining the front wheel of the motorcycle, said guiding and retaining means comprise two first L-shaped bars lying in a vertical plane (Z-X) and formed with a longitudinal arm and a vertical arm; characterized in that each longitudinal arm has a plurality of protrusions, situated opposite each other along a transverse widthwise direction (Y-Y) of the trolley, arranged at a predefined relative distance in the longitudinal direction (X-X) and designed to be inserted in corresponding transverse seats of the front half-base, inside which they may be displaced so as to ensure the locked position, in the transverse direction (Y-Y), of the motorcycle wheel.
A method, comprising: transmitting a transport block, TB, from a buffer of a transmitting user equipment, UE, device to a receiving UE device using configured grant resources during a period of a sidelink configured grant; receiving, at the transmitting UE device during the period, feedback from the receiving UE device over a physical sidelink feedback channel, PSFCH, indicating whether the TB was successfully received; and in response to the feedback indicating that the receiving UE device successfully received the TB, stopping transmissions of the TB on subsequent configured grant resources of the sidelink configured grant within the same period, the method being characterised by retransmitting a pending TB from a different hybrid automatic repeat request, HARQ, process during the period of the sidelink configured grant, flushing the TB from the buffer; and generating a new TB and performing an initial transmission of the new TB on next configured grant resources during the period of the sidelink configured grant in response to the feedback indicating that the receiving UE device successfully received the retransmitted TB. transmitting a transport block, TB, from a buffer of a transmitting user equipment, UE, device to a receiving UE device using configured grant resources during a period of a sidelink configured grant; receiving, at the transmitting UE device during the period, feedback from the receiving UE device over a physical sidelink feedback channel, PSFCH, indicating whether the TB was successfully received; and in response to the feedback indicating that the receiving UE device successfully received the TB, stopping transmissions of the TB on subsequent configured grant resources of the sidelink configured grant within the same period, the method being characterised by retransmitting a pending TB from a different hybrid automatic repeat request, HARQ, process during the period of the sidelink configured grant, flushing the TB from the buffer; and generating a new TB and performing an initial transmission of the new TB on next configured grant resources during the period of the sidelink configured grant in response to the feedback indicating that the receiving UE device successfully received the retransmitted TB.