mhurhangee/patent-ind-claim-en huggingface dataset:
Intumescent fire protection device for closing openings in walls or ceilings, comprising a plurality of planar carriers of which at least one side is provided with an intumescent coating , the carriers being fastened to one another in an overlapping region (U), so as to partially overlap one another, such that a strip or ring is obtained, the length of which is greater than the length of an individual carrier , characterized in that the carriers are fastened to one another by means of a clamp and/or by a seam.
A millimeter-wave waveguide (20; 50) comprising: at least one strip having a cross-section adapted to have several transmission portions capable of transmitting each a millimeter wave; a sheath surrounding the strip and connected to lateral ends of the strip, and; at least four ribs connecting the strip to the sheath, said strip, said sheath, and said at least four ribs being made of a dielectric material having a dielectric constant in the range from 1 to 4; the sheath, the strip and the ribs define cavities filled with a gas, with a gas mixture, with a fluid, or with a solid having a dielectric constant smaller than that of the dielectric material. at least one strip having a cross-section adapted to have several transmission portions capable of transmitting each a millimeter wave; a sheath surrounding the strip and connected to lateral ends of the strip, and; at least four ribs connecting the strip to the sheath, said strip, said sheath, and said at least four ribs being made of a dielectric material having a dielectric constant in the range from 1 to 4; the sheath, the strip and the ribs define cavities filled with a gas, with a gas mixture, with a fluid, or with a solid having a dielectric constant smaller than that of the dielectric material.
A composition comprising a mixture of bacteria, which comprises or, alternatively, consists of: - at least a strain of bacteria selected from the group comprising the strain Lactobacillus plantarum LMG P-21021 (LP01) and the strain Lactobacillus plantarum LMG P-21020 (LP02), combined with the strain Lactobacillus paracasei DSM 24243 (LPC09), for use in the preventive and/or curative treatment of infections and/or inflammations of the urinary tract and/or bladder. - at least a strain of bacteria selected from the group comprising the strain Lactobacillus plantarum LMG P-21021 (LP01) and the strain Lactobacillus plantarum LMG P-21020 (LP02), combined with the strain Lactobacillus paracasei DSM 24243 (LPC09),
Access protection between at least two traffic surfaces , the access protection comprising a pit and a pit cover , the pit extending at least partly between the traffic surfaces and adjoining said surfaces, the pit cover having a platform arranged at ground level and a support structure below the platform , the platform being formed by a paving covering laid on paving supports and the paving supports being formed by the support structure , characterized in that the pit cover has a breaking load of between 200 kg and 1,000 kg, the breaking load of the pit cover substantially corresponding to a breaking load of the paving covering and/or the support structure being formed by at least two, in particular at least three, perpendicular supports and the breaking load of the pit cover being substantially predetermined by the compressive strength of the vertical supports . the platform being formed by a paving covering laid on paving supports and the paving supports being formed by the support structure , characterized in that the pit cover has a breaking load of between 200 kg and 1,000 kg, the breaking load of the pit cover substantially corresponding to a breaking load of the paving covering and/or the support structure being formed by at least two, in particular at least three, perpendicular supports and the breaking load of the pit cover being substantially predetermined by the compressive strength of the vertical supports .
A method in a wireless communication network , the method comprising: measuring a downlink path loss to produce a measured downlink path loss; multiplying the measured downlink path loss by a predetermined factor to produce an increased downlink path loss having a value greater than the measured downlink path loss if the measured downlink path loss is greater than a threshold; calculating an uplink transmit power using the increased downlink path loss; and transmitting an uplink reference signal with the uplink transmit power to enable an uplink channel estimation. measuring a downlink path loss to produce a measured downlink path loss; multiplying the measured downlink path loss by a predetermined factor to produce an increased downlink path loss having a value greater than the measured downlink path loss if the measured downlink path loss is greater than a threshold; calculating an uplink transmit power using the increased downlink path loss; and transmitting an uplink reference signal with the uplink transmit power to enable an uplink channel estimation.
A liposome within which RNA encoding an immunogen of interest is encapsulated, wherein the liposome comprises at least one lipid which includes a polyethylene glycol moiety, such that polyethylene glycol is present on the liposome's exterior; wherein the average molecular mass of the polyethylene glycol is between 1kDa and 3kDa; wherein the immunogen is from an influenza A, B or C virus and elicits an immune response against an orthomyxovirus.
Method of sealing an element capable of collecting light, said element comprising a first substrate having a glass function and a second substrate , said substrates sandwiching, with the aid of a lamination interlayer , an active stack of layers comprising electrode-forming conductive layers and at least one functional layer based on an absorber material for converting light energy into electrical energy, said stack being deposited on at least one surface portion of at least one of the substrates so as to define, on the periphery, a groove suitable for accommodating at least one sealing means for sealing said element, characterized in that the sealing means is deposited in the groove before the autoclaving phase and after having removed the air bubbles trapped within said element.
A device for monitoring operating data and/or for determining the replacement state of wear of a rope in use at lifting equipment, in particular cranes, having a detection device for detecting at least one rope use parameter influencing the replacement state of wear and having a data store for storing the rope use parameter and/or an operation parameter derived therefrom, wherein the data store is integrated in the rope , with a reading and/or writing unit connected to the detection device being provided to write to the data store with a rope installed at the lifting equipment, characterized in that the reading and/or writing unit is installed at a hoist winch about whose drum the rope is wound, is arranged at or opposite a guard plate of the drum in the region of a rope end fastening, and the data store is integrated in a rope end section of the rope that is fastened to the drum
A compound selected from one of the following formulae: or a pharmaceutically acceptable salt or solvate thereof.
An adaptive transmission method for satellite communication, wherein the method comprises: determining, by a the receive end, a redundancy version combination based on channel quality or a signal-to-noise ratio and bit error rate curve, and then determining a redundancy version index based on a correspondence between the redundancy version index and the redundancy version combination; and feeding back , by the receive end, the redundancy version index to a transmit end; characterized in that the feeding back, by the receive end, the redundancy version index to a transmit end comprises: performing , by the receive end, channel coding on the redundancy version index, to obtain a first bit sequence obtained after the channel coding; performing , by the receive end, channel coding on uplink transmission data, to obtain a second bit sequence obtained after the channel coding; multiplexing , by the receive end, the first bit sequence and the second bit sequence, to obtain a multiplexed third sequence; and interleaving and modulating , by the receive end, the multiplexed third bit sequence, mapping the third bit sequence to a transmission resource of an uplink data channel for transmission, and finally transmitting the third bit sequence to the transmit end. determining, by a the receive end, a redundancy version combination based on channel quality or a signal-to-noise ratio and bit error rate curve, and then determining a redundancy version index based on a correspondence between the redundancy version index and the redundancy version combination; and feeding back , by the receive end, the redundancy version index to a transmit end; characterized in that the feeding back, by the receive end, the redundancy version index to a transmit end comprises: performing , by the receive end, channel coding on the redundancy version index, to obtain a first bit sequence obtained after the channel coding; performing , by the receive end, channel coding on uplink transmission data, to obtain a second bit sequence obtained after the channel coding; multiplexing , by the receive end, the first bit sequence and the second bit sequence, to obtain a multiplexed third sequence; and interleaving and modulating , by the receive end, the multiplexed third bit sequence, mapping the third bit sequence to a transmission resource of an uplink data channel for transmission, and finally transmitting the third bit sequence to the transmit end. performing , by the receive end, channel coding on the redundancy version index, to obtain a first bit sequence obtained after the channel coding; performing , by the receive end, channel coding on uplink transmission data, to obtain a second bit sequence obtained after the channel coding; multiplexing , by the receive end, the first bit sequence and the second bit sequence, to obtain a multiplexed third sequence; and interleaving and modulating , by the receive end, the multiplexed third bit sequence, mapping the third bit sequence to a transmission resource of an uplink data channel for transmission, and finally transmitting the third bit sequence to the transmit end.
A method for using saliva to measure hydration of a human or animal subject, the method comprising: inserting a first end of a sensor into a handheld saliva testing device; receiving saliva from the subject on a second end of the sensor by contacting the second end of the sensor with the subject's tongue or mouth; moving the saliva from the second end of the sensor through at least one microfluidic channel on the sensor to the first end of the sensor; processing the saliva with the handheld saliva testing device to provide initial saliva data related to the hydration of the human or animal subject; transmitting the initial saliva data from the handheld saliva testing device to a computer processor; and processing the initial saliva data with the computer processor to provide final measurement data describing the hydration of the human or animal subject. inserting a first end of a sensor into a handheld saliva testing device; receiving saliva from the subject on a second end of the sensor by contacting the second end of the sensor with the subject's tongue or mouth; moving the saliva from the second end of the sensor through at least one microfluidic channel on the sensor to the first end of the sensor; processing the saliva with the handheld saliva testing device to provide initial saliva data related to the hydration of the human or animal subject; transmitting the initial saliva data from the handheld saliva testing device to a computer processor; and processing the initial saliva data with the computer processor to provide final measurement data describing the hydration of the human or animal subject.
A method of processing pyrolysis oil comprising; effecting a first separation of said pyrolysis oil into a lighter fraction and a heavier fraction, employing thin film distillation in effecting said first separation, subjecting said lighter fraction to plate distillation, employing about 10 to 30 plates in said plate distillation, subjecting said heavy fraction to sulfur and nitrogen removal, effecting said plate distillation in a column having a reflux control head, effecting said plate distillation in stages with a first said stage collecting a lower fraction at a vacuum of about 100 to 400 torr, and a second said stage having a higher vacuum than said first stage. effecting a first separation of said pyrolysis oil into a lighter fraction and a heavier fraction, employing thin film distillation in effecting said first separation, subjecting said lighter fraction to plate distillation, employing about 10 to 30 plates in said plate distillation, subjecting said heavy fraction to sulfur and nitrogen removal, effecting said plate distillation in a column having a reflux control head, effecting said plate distillation in stages with a first said stage collecting a lower fraction at a vacuum of about 100 to 400 torr, and a second said stage having a higher vacuum than said first stage.
A latch mechanism comprising: a bracket which incorporates a base ; a lever configured for pivotal movement about a lever axis relative to the bracket ; a latch member pivotally coupled about a latch axis to the lever , the latch member being configured to be moved by pivoting of the lever about the lever axis to reach and engage a catch ; a lever spring configured to bias the lever to pivot in a first direction about the lever axis , the lever spring acting between the lever and the base to which the lever is pivotally coupled; and a latch spring configured to bias the latch member to pivot in the first direction about the latch axis ; wherein the lever and the latch member are configured to be movable between a released position and a latched position, and, when in the latched position, the latch member engages the catch , the lever being configured to pivot about the lever axis in a second direction being opposite to the first direction when moving from the released position to the latched position; wherein, when in the latched position, upon applying a force on the lever to pivot the lever through a first angle in the second direction, the latch member is configured to be displaced from the catch , and, on subsequent release of the force, both the lever and the latch member are biased to pivot in the first direction to the released position; characterized in that , when in the released position: the lever is biased by the lever spring against, and to overlie, the bracket ; and the latch member is biased by the latch spring against, and to overlie, the lever . a bracket which incorporates a base ; a lever configured for pivotal movement about a lever axis relative to the bracket ; a latch member pivotally coupled about a latch axis to the lever , the latch member being configured to be moved by pivoting of the lever about the lever axis to reach and engage a catch ; the lever is biased by the lever spring against, and to overlie, the bracket ; and the latch member is biased by the latch spring against, and to overlie, the lever .
Expansion anchor - with an expansion sleeve for anchoring to a wall of a drill hole and - with an anchor bolt , which runs through the expansion sleeve , - in which the anchor bolt has an expansion area for the expansion sleeve to spread open, characterised in that the anchor bolt has a cutting thread for cutting into the wall of the drill hole. - with an expansion sleeve for anchoring to a wall of a drill hole and - with an anchor bolt , which runs through the expansion sleeve , - in which the anchor bolt has an expansion area for the expansion sleeve to spread open,
A composite particle comprising: an inner core comprising a dielectric material; a first coating layer provided overlaying the inner core; a second coating layer provided overlaying the first coating layer where the second coating layer comprises a semi-conductor material, the second coating layer being configured to generate excitons in response to incident light; wherein the first coating layer comprises a plasmonic material configured to enable surface plasmons to be generated at a boundary between the inner core and the first coating layer and a boundary between the first coating layer and the second coating layer; wherein the thickness of the first coating layer enables coupling between surface plasmons generated at the boundary between the inner core and the first coating layer and surface plasmons generated at the boundary between the first coating layer and the second coating layer; and wherein the thickness of the first coating layer is configured to tune the coupling of the surface plasmons so that the frequency of light absorbed by the first coating layer corresponds to the frequency of light absorbed by the generation of excitons in the second coating layer. an inner core comprising a dielectric material; a first coating layer provided overlaying the inner core; a second coating layer provided overlaying the first coating layer where the second coating layer comprises a semi-conductor material, the second coating layer being configured to generate excitons in response to incident light; wherein the first coating layer comprises a plasmonic material configured to enable surface plasmons to be generated at a boundary between the inner core and the first coating layer and a boundary between the first coating layer and the second coating layer; wherein the thickness of the first coating layer enables coupling between surface plasmons generated at the boundary between the inner core and the first coating layer and surface plasmons generated at the boundary between the first coating layer and the second coating layer; and wherein the thickness of the first coating layer is configured to tune the coupling of the surface plasmons so that the frequency of light absorbed by the first coating layer corresponds to the frequency of light absorbed by the generation of excitons in the second coating layer.
A method comprising, by a computing system: generating, by a plurality of sensors, a first set of ice thickness values corresponding to a first time, by measuring the thickness of ice with each of the plurality of sensors at a position along a surface of an airfoil ; determining, based on a measured flight data, a first plurality of lift calculation variables ; generating, based on at least the first set of ice thickness values and the first plurality of lift calculation variables, a threshold angle of attack value, the threshold value comprising a maximum angle of attack at which the airfoil will not stall ; generating a second set of ice thickness values and a second plurality of lift calculation variables corresponding to a second time ; updating at the second time, based on one or more differences between the first and second sets of ice thickness values and the first and second plurality of lift calculation variables, the threshold angle of attack value ; and sending, to a display, based on the updated threshold angle of attack, one or more changes to the flight data to adjust an actual angle of attack of the airfoil . generating, by a plurality of sensors, a first set of ice thickness values corresponding to a first time, by measuring the thickness of ice with each of the plurality of sensors at a position along a surface of an airfoil ; determining, based on a measured flight data, a first plurality of lift calculation variables ; generating, based on at least the first set of ice thickness values and the first plurality of lift calculation variables, a threshold angle of attack value, the threshold value comprising a maximum angle of attack at which the airfoil will not stall ; generating a second set of ice thickness values and a second plurality of lift calculation variables corresponding to a second time ; updating at the second time, based on one or more differences between the first and second sets of ice thickness values and the first and second plurality of lift calculation variables, the threshold angle of attack value ; and sending, to a display, based on the updated threshold angle of attack, one or more changes to the flight data to adjust an actual angle of attack of the airfoil .
System for determining an absolute position of a moving element (3; 4) of a handheld power tool , the system comprising: - said handheld power tool , comprising: - a body , comprising: - an actuator, - an excitation coil (E1), arranged to conduct an alternating excitation current, wherein said alternating excitation current generates a magnetic flux traversing two measuring coils (M1, M2), - said measuring coils (M1, M2), wherein said measuring coils (M1, M2) have a shape having a period (P), wherein said measuring coils are offset by a quarter of said period (P), - a moving element (3; 4), being made at least in part of a ferromagnetic material and/or by an electrically conductive material, said element being arranged to be moved by a user and/or by said actuator with regard to the body , wherein the moving of said element (3; 4) modifies said magnetic flux, wherein said system comprises: - a computing module , arranged to determine an absolute position of said moving element (3; 4) based on said magnetic flux. - said handheld power tool , comprising: - a body , comprising: - an actuator, - an excitation coil (E1), arranged to conduct an alternating excitation current, wherein said alternating excitation current generates a magnetic flux traversing two measuring coils (M1, M2), - said measuring coils (M1, M2), wherein said measuring coils (M1, M2) have a shape having a period (P), wherein said measuring coils are offset by a quarter of said period (P), - a moving element (3; 4), being made at least in part of a ferromagnetic material and/or by an electrically conductive material, said element being arranged to be moved by a user and/or by said actuator with regard to the body , wherein the moving of said element (3; 4) modifies said magnetic flux, - a body , comprising: - an actuator, - an excitation coil (E1), arranged to conduct an alternating excitation current, wherein said alternating excitation current generates a magnetic flux traversing two measuring coils (M1, M2), - said measuring coils (M1, M2), wherein said measuring coils (M1, M2) have a shape having a period (P), wherein said measuring coils are offset by a quarter of said period (P), - an actuator, - an excitation coil (E1), arranged to conduct an alternating excitation current, wherein said alternating excitation current generates a magnetic flux traversing two measuring coils (M1, M2), - said measuring coils (M1, M2), wherein said measuring coils (M1, M2) have a shape having a period (P), wherein said measuring coils are offset by a quarter of said period (P), - a moving element (3; 4), being made at least in part of a ferromagnetic material and/or by an electrically conductive material, said element being arranged to be moved by a user and/or by said actuator with regard to the body , wherein the moving of said element (3; 4) modifies said magnetic flux, - a computing module , arranged to determine an absolute position of said moving element (3; 4) based on said magnetic flux.