mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for generating nitric oxide comprising: a housing and a recess formed by an interior of the housing ; the housing including a first wall having an aperture formed therein to provide access to the recess and a second wall permitting gas flow therethrough; an insulator arranged in the recess ; a pair of electrodes arranged within the housing to at least partially engage the insulator ; a power supply connected to the pair of electrodes to energize the pair of electrodes to induce a chemical reaction within the recess that generates nitric oxide; a particle filter arranged to filter particulate passing through the second wall ; a scavenger arranged proximate to the particle filter to control an amount of undesired byproducts from the chemical reaction induced by operation of the pair of electrodes; a controller in communication with the power supply and configured to selectively energize the pair of electrodes to achieve one or more electric discharges between the electrodes to generate the nitric oxide within the housing ; and a flow path configured to non-mechanically direct, i.e. without using an additional device, the nitric oxide through the second wall of the housing and into an airway of a subject. a housing and a recess formed by an interior of the housing ; the housing including a first wall having an aperture formed therein to provide access to the recess and a second wall permitting gas flow therethrough; an insulator arranged in the recess ; a pair of electrodes arranged within the housing to at least partially engage the insulator ; a power supply connected to the pair of electrodes to energize the pair of electrodes to induce a chemical reaction within the recess that generates nitric oxide; a particle filter arranged to filter particulate passing through the second wall ; a scavenger arranged proximate to the particle filter to control an amount of undesired byproducts from the chemical reaction induced by operation of the pair of electrodes; a controller in communication with the power supply and configured to selectively energize the pair of electrodes to achieve one or more electric discharges between the electrodes to generate the nitric oxide within the housing ; and a flow path configured to non-mechanically direct, i.e. without using an additional device, the nitric oxide through the second wall of the housing and into an airway of a subject.
Process for the selective hydrogenation of a gasoline comprising polyunsaturated compounds and light sulfur compounds, said process allowing concomitantly the hydrogenation of the polyunsaturated compounds to monounsaturated compounds, the increase in molecular weight of the saturated light sulfur compounds through reaction with the unsaturated compounds, and the isomerization of the monounsaturated compounds having an external C=C double bond to the internal C=C double bond isomer thereof, said gasoline being a gasoline from fluid catalytic cracking (FCC) and having a boiling temperature between 0°C and 280°C, process wherein at a temperature of between 80°C and 220°C, a liquid hourly space velocity of between 1 h -1 and 10 h -1 and a pressure of between 0.5 and 5 MPa, and with a molar ratio between hydrogen and the diolefins to be hydrogenated of greater than 1 and less than 10 mol/mol, the gasoline and hydrogen are contacted with a catalyst in the form of sulfide containing at least one group VIb metal and at least one group VIII metal deposited on a porous support, the group VIII metal is nickel and the group VIb metal is molybdenum, the degree of sulfidation of the metals in said catalyst being greater than 80%, and wherein • the content by weight of the oxide of the group VIb element relative to the weight of the catalyst is between 6 and 18%, • the content by weight of the oxide of the group VIII element relative to the weight of the catalyst is between 4 and 12%, • the specific surface area of the catalyst is between 200 and 270 m 2 /g, • the density of the group VIb element, expressed as being the ratio between said content by weight of the oxide of the group VIb element and the specific surface area of the catalyst, is between 4 and 6 × 10 -4 g/m 2 , • the molar ratio between the group VIII metal and the group VIb metal is between 0.6 and 3 mol/mol. • the content by weight of the oxide of the group VIb element relative to the weight of the catalyst is between 6 and 18%, • the content by weight of the oxide of the group VIII element relative to the weight of the catalyst is between 4 and 12%, • the specific surface area of the catalyst is between 200 and 270 m 2 /g, • the density of the group VIb element, expressed as being the ratio between said content by weight of the oxide of the group VIb element and the specific surface area of the catalyst, is between 4 and 6 × 10 -4 g/m 2 , • the molar ratio between the group VIII metal and the group VIb metal is between 0.6 and 3 mol/mol.
A method comprising: receiving, by at least one charm device configured to be affixed to a bracelet portion of a wearable electronic device , a first interaction input; detecting a position of the at least one charm device along the bracelet portion; sending, by the at least one charm device, a first message including a first information indicative of the first interaction input and a first identifier associated with the at least one charm device to a second wearable electronic device , the first identifier being further associated with at least a portion of the second wearable electronic device; receiving a second message including second information indicative of a second interaction input provided to a portion of the second wearable electronic device; and providing a second sensory output indicative of the second interaction input, a characteristic of the second sensory output determined by the position of the at least one charm device. receiving, by at least one charm device configured to be affixed to a bracelet portion of a wearable electronic device , a first interaction input; detecting a position of the at least one charm device along the bracelet portion; sending, by the at least one charm device, a first message including a first information indicative of the first interaction input and a first identifier associated with the at least one charm device to a second wearable electronic device , the first identifier being further associated with at least a portion of the second wearable electronic device; receiving a second message including second information indicative of a second interaction input provided to a portion of the second wearable electronic device; and providing a second sensory output indicative of the second interaction input, a characteristic of the second sensory output determined by the position of the at least one charm device.
A time-of-flight, TOF, mass spectrometer comprising: an ion source array for supplying ions at an array of positions, wherein the ion source array comprises a single ion source for generating ions and an ion divider (252-253, 255, 308) for dividing or guiding the ions generated by the ion source to the array of positions on the ion source array; a position sensitive ion detector ; and ion optics (101-107, 180, 190, 220) arranged and configured to guide ions from the ion source array to the position sensitive detector so as to map ions from the array of positions on the ion source array to an array of positions on the position sensitive detector; wherein the ion optics includes at least one gridless ion mirror for reflecting ions, and the TOF mass spectrometer is characterised in that it comprises an orthogonal ion accelerator (175 185) for pulsing ions into said ion mirror, and in that the TOF mass spectrometer is configured to determine flight times of ions from the orthogonal ion accelerator to the detector. an ion source array for supplying ions at an array of positions, wherein the ion source array comprises a single ion source for generating ions and an ion divider (252-253, 255, 308) for dividing or guiding the ions generated by the ion source to the array of positions on the ion source array; a position sensitive ion detector ; and ion optics (101-107, 180, 190, 220) arranged and configured to guide ions from the ion source array to the position sensitive detector so as to map ions from the array of positions on the ion source array to an array of positions on the position sensitive detector; wherein the ion optics includes at least one gridless ion mirror for reflecting ions, and the TOF mass spectrometer is characterised in that it comprises an orthogonal ion accelerator (175 185) for pulsing ions into said ion mirror, and in that the TOF mass spectrometer is configured to determine flight times of ions from the orthogonal ion accelerator to the detector. spectrometer is characterised in that it comprises an orthogonal ion accelerator (175 185) for pulsing ions into said ion mirror, and in that the TOF mass spectrometer is configured to determine flight times of ions from the orthogonal ion accelerator to the detector.
Data loading device for loading software into aircraft systems , the data loading device comprising a portable computer and a data storage device , wherein - the data loading device comprises a switching device , wherein - the switching device comprises an external data connection , - the switching device is adapted to switch connections between the computer , the data storage device and the data connection , wherein - the switching device has a first switching state, wherein, in the first switching state, a connection is established between the data storage device and the computer by means of the switching device , - the switching device has a second switching state which comprises a connection between the data storage device and the data connection , and - wherein the data loading device is provided and configured to connect the data connection to an aircraft system and to load the software into the aircraft system , wherein the switching device does not have a switching state which comprises a connection between the computer and the data connection , characterised in that - if a power supply to the computer of the data loading device and/or to the switching device is interrupted, the switching device is configured to automatically switch into the first switching state. - the data loading device comprises a switching device , wherein - the switching device comprises an external data connection , - the switching device is adapted to switch connections between the computer , the data storage device and the data connection , wherein - the switching device has a first switching state, wherein, in the first switching state, a connection is established between the data storage device and the computer by means of the switching device , - the switching device has a second switching state which comprises a connection between the data storage device and the data connection , and - wherein the data loading device is provided and configured to connect the data connection to an aircraft system and to load the software into the aircraft system , - if a power supply to the computer of the data loading device and/or to the switching device is interrupted, the switching device is configured to automatically switch into the first switching state.
Substrate treatment device for treating substrates, comprising a planar substrate carrier and at least one planar temperature control device arranged in parallel with the substrate carrier , the substrate carrier having a substrate carrier front side for supporting at least one flat substrate and a substrate carrier rear side facing the temperature control device , at least one spacer element for forming a distance (C) between the substrate carrier and the temperature control device being provided on the substrate carrier rear side and/or on a surface of the temperature control device facing the substrate carrier , characterized in that at least one receiving module for receiving running rails is provided on the substrate carrier , the receiving module being arranged on at least one side of the substrate carrier ; the at least one receiving module is connected to the substrate carrier by at least one connection element , the connection element having a smaller cross section (B) in a direction (A) of connection between the substrate carrier and the receiving module and/or a greater length (L) than the receiving module and the at least one receiving module and/or the connection element is formed of a material or composite material which has a lower thermal conductivity than the material of the substrate carrier .
A capsule for a beverage-preparation apparatus , comprising a substantially cup-shaped capsule body defining a cavity and comprising a first end face adapted to cooperate with the water injecting means of said beverage-preparation apparatus and comprising a substantially cup-shaped partition extending into said cavity from a second end face of said capsule body opposite said first end face , a space being thereby formed between said partition and said first end face , said partition defining with said second end face a chamber within which a quantity of a beverage ingredient is disposed; and a fluid communication means disposed in and establishing fluid communication across said partition , wherein the second end face comprises an opening through the chamber communicating with the environment, and a membrane sealed to said opening , characterized in that upon injection of water into the capsule, the membrane is capable of deflecting outwardly, so as to come into contact with at least one projection of a breaching element , to be ruptured by said projection.
A ball seat comprising a tubular holder housed in a socket while the tubular holder is pushed to a ball part side by an inner surface of the socket to be deformed, the tubular holder slidably housing the ball part formed at a tip of a ball stud extending in a stick shape, wherein the holder has a concavely extending first groove at least in an inner surface of the deformed part, the first groove is formed in a shape so that a curvature of an inner surface of a cross-section of the first groove is a finite value for the whole length, the holder has a concavely extending second groove in an inner surface of a part subject to a load of the ball stud in an axis direction from the ball part, the second groove being formed to be connected to the first groove , and the second groove is formed so that the second groove has a corner at least at the base of a cross-section.
A system comprising: a treatment device comprising an elongated member having a proximal region and a distal region, the treatment device further comprising a first element and a second element at the distal region of the elongated member; and a device for sheathing the treatment device, the device comprising a first channel extending to a first opening , the first channel configured to receive the treatment device in a constrained state therethrough; and a second channel extending to a second opening , the second opening surrounded by a sidewall and configured to receive the treatment device in the constrained state therethrough, wherein the second opening is spaced apart from the first opening by a gap (g), and wherein a length of the gap is great enough to allow the second element to self-expand over the sidewall while the first element generally maintains its diameter in the constrained state while crossing the gap. a treatment device comprising an elongated member having a proximal region and a distal region, the treatment device further comprising a first element and a second element at the distal region of the elongated member; and a device for sheathing the treatment device, the device comprising a first channel extending to a first opening , the first channel configured to receive the treatment device in a constrained state therethrough; and a second channel extending to a second opening , the second opening surrounded by a sidewall and configured to receive the treatment device in the constrained state therethrough, wherein the second opening is spaced apart from the first opening by a gap (g), a first channel extending to a first opening , the first channel configured to receive the treatment device in a constrained state therethrough; and a second channel extending to a second opening , the second opening surrounded by a sidewall and configured to receive the treatment device in the constrained state therethrough, wherein the second opening is spaced apart from the first opening by a gap (g), and wherein a length of the gap is great enough to allow the second element to self-expand over the sidewall while the first element generally maintains its diameter in the constrained state while crossing the gap.
A vehicular window accessory suitable for being operably coupled to a vehicle, the vehicular window accessory being configured to maintain a temperature above a freezing point wherein the vehicular window accessory comprises: a body member , said body member having a first end and a second end , said body member having a plurality of heating elements disposed therein, said heating elements being configured to maintain a temperature of the body member that is above freezing temperature, said body member having an upper peripheral edge and a lower peripheral edge ; and a container , said container being configured to store said body member; wherein said body member is movable intermediate between a first position and a second position; the vehicular window accessory being characterized in that said body member is manufactured from a transparent flexible material, and in that said container has a plurality of magnets secured thereto, said container being operable to be positioned within a door jamb of a vehicle . a body member , said body member having a first end and a second end , said body member having a plurality of heating elements disposed therein, said heating elements being configured to maintain a temperature of the body member that is above freezing temperature, said body member having an upper peripheral edge and a lower peripheral edge ; and a container , said container being configured to store said body member; wherein said body member is movable intermediate between a first position and a second position; the vehicular window accessory being characterized in that said body member is manufactured from a transparent flexible material, and in that said container has a plurality of magnets secured thereto, said container being operable to be positioned within a door jamb of a vehicle .
A method comprising: receiving, by a wireless device , one or more radio resource control messages comprising configuration parameters of semi-persistent channel state information, CSI, reports for transmission via a physical uplink shared channel, PUSCH, of a first cell in a timing advance group; receiving a downlink control information, DCI, indicating activation of a plurality of PUSCH resources of the PUSCH of the first cell for the semi-persistent CSI reports; and in response to a time alignment timer of the timing advance group expiring, clearing first PUSCH resources of the plurality of PUSCH resources, wherein the first PUSCH resources occur after the time alignment timer expires. receiving, by a wireless device , one or more radio resource control messages comprising configuration parameters of semi-persistent channel state information, CSI, reports for transmission via a physical uplink shared channel, PUSCH, of a first cell in a timing advance group; receiving a downlink control information, DCI, indicating activation of a plurality of PUSCH resources of the PUSCH of the first cell for the semi-persistent CSI reports; and in response to a time alignment timer of the timing advance group expiring, clearing first PUSCH resources of the plurality of PUSCH resources, wherein the first PUSCH resources occur after the time alignment timer expires.
A flat contact socket with a connection section for electrically connecting to an electrical conductor and to a flat contact receptacle , which extends in a socket body along a flat contact plane , which is spaced apart from the connection section , and into which a flat contact can be inserted through an insertion opening along an insertion direction , wherein the flat contact socket has at least one blocking element which is opposite the insertion opening in the insertion direction and which delimits the flat contact receptacle at least in the insertion direction , characterised in that the at least one blocking element protrudes transverse to the insertion direction from at least one cantilever in a freestanding manner, wherein the at least one cantilever extends in the insertion direction .
Exoskeleton glove provided with an individual linkage mechanism for at least a finger or a thumb, wherein the linkage mechanism comprises a series of linkages concatenated through joints , a first linkage being attached to the glove , and a last linkage at a farthest end from the glove being provided with a thimble , wherein a cable guided within or alongside the linkage mechanism connects the last linkage and/or the thimble to the first linkage so as to transfer a force through the cable acting on the last linkage and/or the thimble (18, characterized in that at or near the first linkage a spring-loaded pulley is provided for winding or unwinding the cable , and that the pulley is connected with a magnetic brake .
Device for the protection against moving charges of high energy, the device comprising a wafer having a plurality of micro-magnets .
A method for producing a ring gear for a planetary gear train , wherein a continuous profile is produced by an extrusion process and the continuous profile is subsequently cut to a predetermined cut length (C, C1, C2, C3) to form a ring gear body and an internal toothing is formed in the continuous profile by the extrusion process, wherein the continuous profile is cut without burrs by laser cutting at the rotating end profile and the ring gear body and/or an end shield is produced from a plastic.
A method of making a cementitious composition comprising the steps of: (a) selecting at least one pozzolanic particulate material from at least one ferrous or non-ferrous slag material, at least one siliceous rock, fly ash, and combination thereof, wherein the pozzolanic material replaces the use of Portland cement; (b) selecting at least one feldspar material and grinding it to a fineness of at least 3000 Blaine; (c) mixing a lime compound selected from calcium oxide and calcium hydroxide with gypsum; (d) mixing the ground material of step (b) with the mixture of step (c) to produce an activator mixture; (e) conditioning the pozzolanic particulate material of step (a) by mixing in gradual additions of a lime saturated solution; (f) adding the activator of step (d) to the conditioned product of step (e) and stirring the mixture to produce a slurry; and (g) curing the slurry of step (f) in a sealed container. (a) selecting at least one pozzolanic particulate material from at least one ferrous or non-ferrous slag material, at least one siliceous rock, fly ash, and combination thereof, wherein the pozzolanic material replaces the use of Portland cement; (b) selecting at least one feldspar material and grinding it to a fineness of at least 3000 Blaine; (c) mixing a lime compound selected from calcium oxide and calcium hydroxide with gypsum; (d) mixing the ground material of step (b) with the mixture of step (c) to produce an activator mixture; (e) conditioning the pozzolanic particulate material of step (a) by mixing in gradual additions of a lime saturated solution; (f) adding the activator of step (d) to the conditioned product of step (e) and stirring the mixture to produce a slurry; and (g) curing the slurry of step (f) in a sealed container.