mhurhangee/patent-ind-claim-en huggingface dataset:
An optical waveguide module comprising: a. an optical light guide having opposite first and second planar surfaces extending between a first side edge and a second side edge , the optical light guide including one or more optical pathways extending between the first and second side edges ; b. one or more first edge connectors , each first edge connector having a first adapter port to interface with a first fiber optic plug and having a first alignment feature opposite the first adapter port ; and c. one or more second edge connectors , each second edge connector having a second adapter port to interface with a second fiber optic plug and having a second alignment feature opposite the second adapter port ; characterised by : the first alignment feature of each first edge connector enabling passive alignment of the first adapter port with the one or more optical pathways in a first direction parallel to the first side edge ; the second alignment feature of each second edge connector enabling passive alignment of the second adapter port with the one or more optical pathways in a second direction parallel to the second side edge ; wherein the first alignment feature of each of the one or more first edge connectors includes at least one alignment protrusion that engages with a corresponding first notch in the first side edge of the optical light guide ; and wherein the second alignment feature of each of the one or more second edge connectors includes at least one alignment protrusion that engages with a corresponding second notch in the second side edge of the optical light guide . a. an optical light guide having opposite first and second planar surfaces extending between a first side edge and a second side edge , the optical light guide including one or more optical pathways extending between the first and second side edges ; b. one or more first edge connectors , each first edge connector having a first adapter port to interface with a first fiber optic plug and having a first alignment feature opposite the first adapter port ; and c. one or more second edge connectors , each second edge connector having a second adapter port to interface with a second fiber optic plug and having a second alignment feature opposite the second adapter port ; the first alignment feature of each first edge connector enabling passive alignment of the first adapter port with the one or more optical pathways in a first direction parallel to the first side edge ; the second alignment feature of each second edge connector enabling passive alignment of the second adapter port with the one or more optical pathways in a second direction parallel to the second side edge ; wherein the first alignment feature of each of the one or more first edge connectors includes at least one alignment protrusion that engages with a corresponding first notch in the first side edge of the optical light guide ; and wherein the second alignment feature of each of the one or more second edge connectors includes at least one alignment protrusion that engages with a corresponding second notch in the second side edge of the optical light guide .
A method for amplifying radio signals between a terminal and an antenna or antenna connector by means of a circuit arrangement comprising an amplification unit and a detector unit having signal paths designed for different frequency ranges and a power detector, comprising - receiving a transmission signal from the terminal; - dividing a transmission signal power of the transmission signal at least into a first signal part and a second signal part; - applying the first signal part to the signal paths of the detector unit, - determining a frequency range of the first signal part by applying the signal paths of the detector unit to the power detector in time sequence to evaluate a power of the first signal part; - detecting disturbing signals by comparing a power on a band-specific applied signal path, which has a bandpass filter for useful signals, with a power on an applied signal path which supports both the useful signals and the disturbing signals to be detected; - adjusting the signal routing for the second signal part in the amplification unit based on the frequency range determined by the detector unit, wherein adjusting the signal routing for the second signal part in the amplification unit comprises switching signal paths having one or more amplifiers designed for the determined frequency range; - amplifying at least the second signal part using the amplification unit. - receiving a transmission signal from the terminal; - dividing a transmission signal power of the transmission signal at least into a first signal part and a second signal part; - applying the first signal part to the signal paths of the detector unit, - determining a frequency range of the first signal part by applying the signal paths of the detector unit to the power detector in time sequence to evaluate a power of the first signal part; - detecting disturbing signals by comparing a power on a band-specific applied signal path, which has a bandpass filter for useful signals, with a power on an applied signal path which supports both the useful signals and the disturbing signals to be detected; - adjusting the signal routing for the second signal part in the amplification unit based on the frequency range determined by the detector unit, wherein adjusting the signal routing for the second signal part in the amplification unit comprises switching signal paths having one or more amplifiers designed for the determined frequency range; - amplifying at least the second signal part using the amplification unit.
A medicinal inhaler comprising a refill assembly and a reusable assembly , the refill assembly being configured to be removably coupled to the reusable assembly, the refill assembly comprising: a patient port ; and an adapter configured to receive at least a portion of a canister , the canister comprising a medicament and a dose release valve , the adapter movable between a first position in which the dose release valve is not actuated to release a dose of medicament and a second position in which the dose release valve is actuated to release a dose of medicament, characterised in that the refill assembly further comprises a lockout member movable between i) a first position in which the adapter is not movable from its first position to its second position, and ii) a second position in which the adapter is movable from its first position to its second position; wherein the inhaler is structured such that the lockout member is in its first position when the refill assembly is not coupled to the reusable assembly and is in its second position when the refill assembly is coupled to the reusable assembly. a patient port ; and an adapter configured to receive at least a portion of a canister , the canister comprising a medicament and a dose release valve , the adapter movable between a first position in which the dose release valve is not actuated to release a dose of medicament and a second position in which the dose release valve is actuated to release a dose of medicament, characterised in that the refill assembly further comprises a lockout member movable between i) a first position in which the adapter is not movable from its first position to its second position, and ii) a second position in which the adapter is movable from its first position to its second position; a first position in which the adapter is not movable from its first position to its second position, and ii) a second position in which the adapter is movable from its first position to its second position; wherein the inhaler is structured such that the lockout member is in its first position when the refill assembly is not coupled to the reusable assembly and is in its second position when the refill assembly is coupled to the reusable assembly.
A non-gelling and chemically stable solution composition that can be injected directly, the composition comprising: glucagon, an anti-gelling polyol, wherein the anti-gelling polyol is selected from a group consisting of propylene glycol, glycerol, sorbitol and polyethylene glycol or a mixture thereof, an injectable acid, (i) a stabilizing-salt; (ii) an antioxidant; (iii) optionally a viscosity-reducer to obtain a pump-able solution; and (iv) water, without containing a surfactant, wherein the composition has a pH between 2 and 5. glucagon, an anti-gelling polyol, wherein the anti-gelling polyol is selected from a group consisting of propylene glycol, glycerol, sorbitol and polyethylene glycol or a mixture thereof, an injectable acid, (i) a stabilizing-salt; (ii) an antioxidant; (iii) optionally a viscosity-reducer to obtain a pump-able solution; and (iv) water, (i) a stabilizing-salt; (ii) an antioxidant; (iii) optionally a viscosity-reducer to obtain a pump-able solution; and (iv) water, without containing a surfactant, wherein the composition has a pH between 2 and 5.
Compressed air supply system for a vehicle, having an air dryer , the air dryer comprising a moisture absorbing medium , characterised in that the moisture absorbing medium is additionally designed to at least partly absorb at least one trace gas from air, wherein the absorption of the trace gas is a measure for the current absorption capacity of the moisture absorbing medium, and in that at least one detector that is sensitive to said trace gas is provided downstream of the moisture absorbing medium as a monitoring instrument for the impending saturation of the medium , wherein the detector is connected to an evaluation unit , which - interprets it as the impending saturation of the moisture absorbing medium if the concentration of the trace gas exceeds a first threshold value, and - interprets a further increase of the concentration of trace gas to a maximum followed by a decrease to below a second threshold value as full saturation of the moisture absorbing medium with moisture. - interprets it as the impending saturation of the moisture absorbing medium if the concentration of the trace gas exceeds a first threshold value, and - interprets a further increase of the concentration of trace gas to a maximum followed by a decrease to below a second threshold value as full saturation of the moisture absorbing medium with moisture.
Display device for a watch movement, the device comprising: A roller arranged in order to be driven in rotation around an axis of rotation by a gear train and comprising a motif on its rim; and characterized in that the device comprises At least one reflective surface arranged to project an image of the motif on a projection surface , the motif varying on the rim of the roller so that the visual aspect of the image of the motif projected on to the projection surface varies according to the angular position of the roller . A roller arranged in order to be driven in rotation around an axis of rotation by a gear train and comprising a motif on its rim; and characterized in that the device comprises At least one reflective surface arranged to project an image of the motif on a projection surface , the motif varying on the rim of the roller so that the visual aspect of the image of the motif projected on to the projection surface varies according to the angular position of the roller .
A device for improved sanitization, the device comprising: a sanitizing element configured to output a sanitizing agent; a scanning device configured to generate scanning data of the physical form of an object ; and a controller operatively coupled to the sanitizing element and the scanning device , the controller configured to: determine the output of the sanitizing agent, receive the scanning data generated by the scanning device , and determine one or more areas of the object failing to receive sufficient contact with the sanitizing agent based upon the scanning data and sanitizing agent output, characterized in that the controller is configured to determine the output of the sanitizing agent during operation of the scanning device , and in that the controller is further configured to, in response to receiving the scanning data, generate a three dimensional, 3D, rendering of the object . a sanitizing element configured to output a sanitizing agent; a scanning device configured to generate scanning data of the physical form of an object ; and a controller operatively coupled to the sanitizing element and the scanning device , the controller configured to: determine the output of the sanitizing agent, receive the scanning data generated by the scanning device , and determine one or more areas of the object failing to receive sufficient contact with the sanitizing agent based upon the scanning data and sanitizing agent output, determine the output of the sanitizing agent, receive the scanning data generated by the scanning device , and determine one or more areas of the object failing to receive sufficient contact with the sanitizing agent based upon the scanning data and sanitizing agent output, characterized in that the controller is configured to determine the output of the sanitizing agent during operation of the scanning device , and in that the controller is further configured to, in response to receiving the scanning data, generate a three dimensional, 3D, rendering of the object .
A method, performed by a user equipment, UE, in 5 th generation mobility management, 5GMM,-IDLE mode in a 5G system, 5GS, network, for initiating a service request procedure, the method comprising: determining that the UE is using control plane, CP, cellular internet of things, CloT, 5GS optimization; and in case that an emergency service is required, transmitting a control plane service request, CPSR, message including a control plane service type field set to "emergency services". determining that the UE is using control plane, CP, cellular internet of things, CloT, 5GS optimization; and in case that an emergency service is required, transmitting a control plane service request, CPSR, message including a control plane service type field set to "emergency services".
A timepiece part comprising: a rotating axle including a first shaft , a second shaft disposed coaxially to the first shaft , connected to the first shaft , and having a diameter greater than the first shaft , and a seat disposed outside the position where the first shaft and the second shaft connect; a guide member disposed in contact with the seat , having a first opening in which the first shaft is inserted, and a diameter greater than the second shaft; a flat member disposed in contact with the guide member, and having a second opening in which the first shaft is inserted; and a fixing member disposed in contact with the flat member, having a third opening in which the first shaft is inserted, and a diameter greater than the second shaft. a rotating axle including a first shaft , a second shaft disposed coaxially to the first shaft , connected to the first shaft , and having a diameter greater than the first shaft , and a seat disposed outside the position where the first shaft and the second shaft connect; a second shaft disposed coaxially to the first shaft , connected to the first shaft , and having a diameter greater than the first shaft , and a seat disposed outside the position where the first shaft and the second shaft connect; a guide member disposed in contact with the seat , having a first opening in which the first shaft is inserted, and a diameter greater than the second shaft; a flat member disposed in contact with the guide member, and having a second opening in which the first shaft is inserted; and a fixing member disposed in contact with the flat member, having a third opening in which the first shaft is inserted, and a diameter greater than the second shaft.
Latching device for an engine hood of a motor vehicle, the latching device comprising a locking mechanism having a catch and a pawl for ratcheting the catch in a main ratchet position, the latching device further comprising a catch hook which can limit an opening movement of a latch holder after the locking mechanism is opened at a securing position between a provided closed position and a provided open position, there being an end position of the latching device, in which the latch holder can only descend from the provided closed position in the case of overloading, characterized in that the catch hook has a barrier and the latching device is designed such that, during a latching process in the case of an excessively high latching speed, the latching movement of the latch holder is limited by the barrier at the provided closed position of the latch holder .
A display apparatus comprising: a display panel having a pair of recesses; a cover disposed before the display panel and including a black matrix ; and a camera and a microphone , wherein the camera and the microphone are disposed, behind the black matrix , in positions corresponding to the pair of recesses of the display panel , and the black matrix includes a through-hole for the microphone formed at a position corresponding to the microphone ; and a transparent portion to allow light to pass there through to the camera formed at a position corresponding to the camera . a display panel having a pair of recesses; a cover disposed before the display panel and including a black matrix ; and a camera and a microphone , wherein the camera and the microphone are disposed, behind the black matrix , in positions corresponding to the pair of recesses of the display panel , and the black matrix includes a through-hole for the microphone formed at a position corresponding to the microphone ; and a transparent portion to allow light to pass there through to the camera formed at a position corresponding to the camera .
A method for determining the sequence of a target nucleic acid, comprising (a) providing a target nucleic acid having two strands; (b) contacting the target nucleic acid with a polymerase attached to a nanopore under conditions to sequentially remove nucleotides from a first strand of the two strands by pyrophosphorolysis, thereby sequentially producing single nucleotide triphosphates; and (c) distinguishing the sequentially produced single nucleotide triphosphates by detecting changes to the current flowing through the nanopore. (a) providing a target nucleic acid having two strands; (b) contacting the target nucleic acid with a polymerase attached to a nanopore under conditions to sequentially remove nucleotides from a first strand of the two strands by pyrophosphorolysis, thereby sequentially producing single nucleotide triphosphates; and (c) distinguishing the sequentially produced single nucleotide triphosphates by detecting changes to the current flowing through the nanopore.
Gas pressure regulator device including a body , a moving slider and a diaphragm capable of setting the slider in motion under the effect of a difference in pressure of the gas, said body including a cylindrical longitudinal inner wall , an axial opening on the upstream side, at least one radial orifice passing through, from end to end, the thickness of the body and on the downstream side a closing flange substantially perpendicular to the longitudinal axis of said body , the flange including a guide element for guiding the gas, disposed such that it projects inside the body , said guide element having a shape that allows the gas originating from the opening on the upstream side of the body to be guided towards a point situated on the flange and in the median plane of each radial orifice , the slider being hollow and tubular and sliding in a substantially sealed manner inside said body while bearing against the inner wall between an "open" position wherein each radial orifice is at least partially open to allow the gas originating from the opening to pass and a "closed" position wherein each orifice is fully closed off by said slider , the downstream annular face thereof thus bearing against the flange of the body , and vice-versa, said regulator device being characterised in that said guide element has a shape which has a portion opposite each radial orifice , said portion flaring out from the associated point towards the edges of the associated radial orifice , the interior of the body and the upstream side thereof.
A method, comprising: applying a first set of beamforming coefficients to a transmit beam signal to generate a set of component transmit signals (325-a, 325-b, 325-c) for transmission by a set of co-located satellite antennas , wherein an inter-element spacing of satellite antennas (301-a, 301-b, 301-c) of the set of co-located satellite antennas is different across the set of co-located satellite antennas ; transmitting, by the set of co-located satellite antennas at a first time (401-a), the set of component transmit signals (325-a, 325-b, 325-c) to form a beam , wherein a first line segment at a boundary of the beam is tangential to a first sphere (335-a) having a surface that encompasses Earth , wherein a location on the first line segment tangential to the surface of the first sphere (335-a) is above a surface of the Earth by a threshold altitude ; receiving, by the set of co-located satellite antennas , a plurality of component receive signals (330-a, 330-b, 330-c) comprising reflected energy of the beam ; applying a second set of beamforming coefficients to the plurality of component receive signals (330-a, 330-b, 330-c) to obtain a receive beam signal associated with the beam ; and processing the receive beam signal based at least in part on the transmit beam signal to obtain a signature associated with an object within a limb of the Earth defined by the first sphere (335-a) and a second sphere (335-b) that is concentric with and larger than the first sphere (335-b). applying a first set of beamforming coefficients to a transmit beam signal to generate a set of component transmit signals (325-a, 325-b, 325-c) for transmission by a set of co-located satellite antennas , wherein an inter-element spacing of satellite antennas (301-a, 301-b, 301-c) of the set of co-located satellite antennas is different across the set of co-located satellite antennas ; transmitting, by the set of co-located satellite antennas at a first time (401-a), the set of component transmit signals (325-a, 325-b, 325-c) to form a beam , wherein a first line segment at a boundary of the beam is tangential to a first sphere (335-a) having a surface that encompasses Earth , wherein a location on the first line segment tangential to the surface of the first sphere (335-a) is above a surface of the Earth by a threshold altitude ; receiving, by the set of co-located satellite antennas , a plurality of component receive signals (330-a, 330-b, 330-c) comprising reflected energy of the beam ; applying a second set of beamforming coefficients to the plurality of component receive signals (330-a, 330-b, 330-c) to obtain a receive beam signal associated with the beam ; and processing the receive beam signal based at least in part on the transmit beam signal to obtain a signature associated with an object within a limb of the Earth defined by the first sphere (335-a) and a second sphere (335-b) that is concentric with and larger than the first sphere (335-b).